Company Overview. Company Overview

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2 Company Overview provides microwave waveguide components, coaxial components, antennas and other telecommunication components to global market. consists of microwave and millimeterwave laboratories, antenna laboratories, microwave and electronic components factories. The laboratories are equipped with advanced microwave measurement facilities and latest R&D platforms. Our professional engineers have excellent background from electronics, telecommunications, space and aviation industries. Continuing investment in the resource indicates 's ongoing commitment to provide customers with innovative and leading edge products. Company Overview offers well-designed, high quality products at global competitive prices. Our products frequency ranges up to 50 GHz. We implement TQM (Total Quality System) and SOP (Standard Operation Procedure) with ISO 9001:2000 certification, which assures 's strong commitment to quality standards and customer satisfaction. Mission Satisfy customers by providing cost effective solutions with reliable quality, good performance and timely delivery.

3 Table of Contents Section 1 Table of Contents 1 Straight waveguide 1 2 Bend 3 3 Twist 5 4 Transition Rectangular to Rectangular Transitions in Overlapping Bands Special Transitions 9 5 Twistable-Flexible 6 Adapters to Coaxial Adapter(Right Angle) to Coaxial Adapter(End-launch) 14 7 Crossguide Directional Coupler 16 8 Broadwall Directional Coupler 20 9 Tee Magic Hybrid Tee E-Plane Tee H-Plane Tee 29 Single Channel Rotary Joint Termination (Dummy Load) Low Power Termination High Power Termination Attenuator Fixed Attenuator High Power Fixed Attenuator Short Short Plate 40

4 13.2 Offset Short Sliding Short Isolator Circulator Custom Assemblies 45 Section 2 Coaxial 17 Coaxial Fixed Termination Coaxial Fixed Attenuator 49 Section 3 Antennas Table of Contents 19 Standard Gain Horn Antenna Standard Gain Horn Attenna, db Standard Gain Horn Attenna, 15 db Standard Gain Horn Attenna, 20 db Standard Gain Horn Attenna, 25 db Wideband Horn Antenna MMDS Transmitting Antenna Other Antennas 67 Section 4 Technical Reference 23 Rectangular Tubing Information Information 69

5 1 Straight Straight waveguide Straight waveguide offers a standard product line offers a standard product line of straight of straight waveguides covering waveguide offers a standard product line of straight waveguides sizes WR covering thru waveguide WR2300. sizes WR We thru also WR2300. supply waveguides covering waveguide sizes WR thru WR2300. We other also supply special other special configurations to meet meet customer's We also supply specific other requirements. special configurations For to more meet customer's specific requirements. For more information information customer's specific please requirements. contact For us more and information discuss please your contact needs us with and discuss our sales your needs engineer. with our sales please contact us and discuss your needs with our sales engineer. engineer. Section Straight Range VSWR Material Range (Max) VSWR Range VSWR IEC EIA Material (Max) Material VT3WAL (Max) 1. R3 IEC IECWR2300 EIA EIA VT3WAL VT3WAL VT4WAL R3 1. R4 R3WR2300 WR2300 WR20 VT4WAL VT4WAL VT5WAL R4 1. R5 R4WR20 WR20 WR1800 VT5WAL VT5WAL VT6WAL R5 1. R6 R5WR1800 WR1800 WR1500 VT6WAL VT6WAL VT8WAL R6 1. R8 R6WR1500 WR1500 WR1150 VT8WAL VT8WAL VT9WAL R8 1. R9 R8WR1150 WR1150 WR975 VT9WAL VT9WAL VT12WAL R9 R9WR975 WR R12 WR770 VT12WAL VT12WAL VT14WAL R12 R12 WR770 WR R14 WR650 VT14WAL VT14WAL VT18WAL R14 R14 WR650 WR R18 WR5 VT18WAL VT18WAL VT22WAL R18 R18 WR5 WR R22 WR430 VT22WAL VT22WAL VT26WAL R22 R22 WR430 WR R26 WR340 VT26WAL VT26WAL VT32WAL R26 R26 WR340 WR R32 WR284 VT32WAL VT32WAL VT40WAL R32 R32 WR284 WR R40 WR229 VT40WAL VT40WAL VT48WAL R40 R40 WR229 WR R48 WR187 VT48WAL VT48WAL VT58WAL R48 R48 WR187 WR R58 WR159 VT58WAL VT58WAL VT70WAL R58 R58 WR159 WR R70 WR137 VT70WAL VT70WAL VT84WAL R70 R70 WR137 WR R84 WR112 VT84WAL VT84WAL R84 R84 WR112 WR112

6 Range VSWR (Max) IEC EIA VT0WAL R0 WR90 VT120WAL R120 WR75 VT140WAL R140 WR62 VT180WAL R180 WR51 VT220WAL R220 WR42 VT260WAL R260 WR34 VT320WAL R320 WR28 VT400WAL R400 WR22 Cu Cu VT500WAL R500 WR19 Cu Cu Material Section 1 VT620WAL R620 WR15 Cu Cu VT740WAL R740 WR12 Cu Cu VT900WAL R900 WR Cu Cu *Indicates Model Number. See Ordering Information for complete part number. Example Part No: VT 00 WAL 200 P M C Vector Telcom :R00 Product Type:Straight WG Material:A=uminum C=Copper 2 Type:M=FBM00 Type:P=FBP00 Straight WG Length:L=200mm Straight 2

7 2 2 Bend Bend offers offers a standard a standard product product line of of E-bends and and H-bends H-bends covering covering waveguide sizes WR thru WR430. sizes WR thru WR430. Multidegrees, additional sizes, configurations Multi-degrees, additional sizes, configurations and combinations are and combinations are available on request. available on request. Section 1 R A A R 02 Bend B 2 B 2 E-Bend E-bend H-Bend H-bend Range VSWR Std Dimensions Range VSWR Std Dimensions Material (Max) A B R (mm)** Material (Max) A B R (mm)** IEC EIA IEC EIA VT22WEB R22 WR430 VT22WEB VT22WHB R22 WR430 WR430 VT22WHB VT26WEB R22 R26 WR340 WR430 VT26WEB VT26WHB R26 WR340 VT26WHB VT32WEB R26 R32 WR284 WR340 VT32WEB VT32WHB R32 WR284 WR284 VT40WEB VT32WHB R40 R32 WR229 WR284 VT40WHB R40 WR229 VT40WEB R40 WR229 VT48WEB R48 WR187 VT40WHB R40 WR229 VT48WHB R48 WR187 VT48WEB VT58WEB R48 R58 WR159 WR187 VT48WHB VT58WHB R48 R58 WR159 WR187 VT58WEB VT70WEB R58 R70 WR137 WR159 VT58WHB VT70WHB R58 R70 WR137 WR159 VT70WEB VT84WEB R70 R84 WR112 WR137 VT84WHB VT70WHB R84 R70 WR112 WR137 VT0WEB R0 WR90 VT84WEB R84 WR112 VT0WHB R0 WR90 VT84WHB R84 WR112 VT120WEB R120 WR75 VT0WEB VT120WHB R0 R120 WR75 WR90 VT0WHB R0 WR90 VT120WEB R120 WR75 VT120WHB R120 WR75 3

8 Bend VT140WEB VT140WHB R140 R140 WR62 WR62 VT140WHB VT180WEB R140 R180 WR62 WR51 VT320WEB VT180WEB VT140WEB VT180WHB R140 R180 R320 R180 WR62 WR51 WR28 WR51 VT180WHB VT140WHB VT220WEB R180 R140 R220 WR62 WR51 WR42 VT220WEB VT180WEB VT220WHB R220 R180 R220 WR42 WR51 WR42 VT220WHB VT180WHB VT260WEB R180 R220 R260 WR42 WR51 WR34 VT400WHB VT260WEB VT220WEB VT260WHB R220 R260 R400 R260 WR42 WR34 WR22 WR34 Cu VT260WHB VT220WHB VT320WEB R260 R220 R320 WR42 WR34 WR28 VT320WEB VT260WEB VT320WHB R320 R260 R320 WR28 WR34 WR28 VT320WHB VT260WHB VT400WEB R260 R320 R400 WR28 WR34 WR22 Cu VT400WEB VT320WEB VT400WHB R320 R400 R400 WR28 WR22 WR22 Cu VT400WHB VT320WHB VT500WEB R400 R320 R500 WR28 WR22 WR19 Cu VT500WEB VT400WEB VT500WHB R400 R500 WR22 R500 WR19 WR19 Cu Cu VT500WHB VT400WHB VT620WEB R400 R500 WR22 WR19 R620 WR15 Cu Cu VT620WEB VT500WEB VT620WHB R620 R500 WR15 WR19 R620 WR15 Cu Cu VT620WHB VT500WHB VT740WEB R620 R500 WR15 WR19 R740 WR12 Cu Cu VT740WEB VT620WEB R620 R740 WR15 WR12 Cu VT740WHB R740 WR12 Cu VT740WHB VT620WHB R620 R740 WR15 WR12 Cu VT900WEB R900 WR Cu VT900WEB VT740WEB R900 R740 WR WR12 Cu VT900WHB R900 WR Cu VT900WHB VT740WHB R900 R740 WR WR12 Cu Section 1VT740WEB R740 WR12 Cu VT740WHB R740 WR12 Cu VT900WEB R900 WR Cu 02 VT140WEB R140 WR62 VT140WHB R140 WR62 VT180WEB R180 WR51 VT180WHB R180 WR51 Range VSWR (Max) Std Dimensions A B R (mm)** VT900WEB *Indicates Model Number. See 1.20Ordering Information for R900 complete WR part number. Cu VT900WHB **Legs (A,B) available in other 1.20 sizes Consult sales engineer R900 for WR more information. Cu **Legs Ordering (A,B) available Information in other sizes. Consult sales engineer for more information. Example Example Part Part No: No: VT 00 WEB WEB 40X40 40X40 P M A P 4M A 4 type: Multiple Bend WG Dimensions:AXB=40X40mm types available - see VT s page type: Finish: Multiple Corrosion types protection available plus black - top see coat VT s page Bends other than 90 available on request. IEC VT220WEB R220 WR42 EIA VT140WEB R140 WR62 Material VT220WHB R220 WR42 VT260WEB R260 WR34 VT260WHB R260 WR34 VT320WHB R320 WR28 VT400WEB R400 WR22 Cu VT500WEB R500 WR19 Cu VT500WHB R500 WR19 Cu VT620WEB R620 WR15 Cu VT620WHB R620 WR15 Cu VT900WHB R900 WR Cu *Indicates Model Number. See Ordering Information for complete part number. **Legs (A,B) available in other sizes. Consult sales engineer for more information. *Indicates Model Number. See Ordering Information for complete part number. Bending Angle:4 (0 as default) Bending Angle:4 (0 as default) :R00 Material:A=uminum C=Copper Product Type:WEB: Example :R00 E-bend, Part WHB: No: Material:A=uminum C=Copper H-bend VT 00 WEB 40X40 P M A 4 2 Type:M=FBM00 Product Type:WEB: Bend E-bend, WG Vector Dimensions:AXB=40X40mm Telecom WHB: H-bend Bending 1 Angle:4 (0 as Type:P=FBP00 2 Type:M=FBM00 default) :R00 Material:A=uminum C=Copper Bend WG Dimensions:AXB=40X40mm 1 Type:P=FBP00 Product Type:WEB: E-bend, WHB: H-bend 2 Type:M=FBM00 Bends other than 90 available on request. Bends other than 90 available on request. 1 Type:P=FBP00 4

9 Twist Twist 3 Twist Telecom offers a offers standard product a standard line product Vector of waveguide Telecom line twist offers covering of a standard waveguide product sizes line twist covering of WR waveguide thru WR430. waveguide twist covering Twist angle, sizes waveguide twist direction WR sizes thru WR430. WR and flange thru WR430. types can Twist Twist be custom angle, angle, twist made direction as per direction and customer s flange types specific can requirements. be custom made as per and flange types can be custom customer s specific requirements. made as per customer s specific requirements. 2 Section 1 03 Twist 2 Minimum Range VSWR Length Material (Max) Minimum Range VSWR Minimum Type Range VSWR (mm) IECEIA Material (Max) Length Material VT22WTA (Max) 800 R22 WR430 (mm) IEC EIA VT26WTA VT22WTA R22 R26 WR430 WR340 VT32WTA VT26WTA R26 R32 WR340 WR284 VT40WTA VT32WTA VT32WTA R32 R32 R40 WR284 WR229 WR284 VT48WTA VT40WTA R40 R48 WR229 WR187 VT40WTA R40 WR229 VT58WTA VT48WTA R48 R58 WR187 WR159 VT48WTA R48 WR187 VT70WTA VT58WTA R58 R70 WR159 WR137 VT58WTA R58 WR159 VT84WTA VT70WTA R70 R84 WR137 WR112 VT70WTA VT84WTA R70 R84 WR112 WR137 VT0WTA R0 WR90 VT84WTA VT0WTA R84 R0 WR90 WR112 VT120WTA R120 WR75 VT0WTA VT120WTA R0 R120 WR75 WR90 VT140WTA R140 WR62 VT120WTA VT140WTA R120 R140 WR62 WR75 VT180WTA R180 WR51 VT140WTA VT180WTA R140 R180 WR51 WR62 VT220WTA VT180WTA VT220WTA R180 R220 R220 WR42 WR42 WR51 VT260WTA VT220WTA R220 R260 WR34 WR34 WR42 VT320WTA VT260WTA R260 R320 WR28 WR34 VT400WTA R400 WR22 Cu Cu VT320WTA R320 WR28 VT500WTA R500 WR19 Cu Cu VT400WTA R400 WR22 Cu VT620WTA R620 WR15 Cu Cu VT500WTA R500 WR19 Cu VT740WTA R740 WR12 WR12 Cu Cu VT620WTA VT900WTA R620 R900 WR WR15 Cu Cu VT900WTA R900 WR Cu VT740WTA R740 WR12 Cu VT900WTA *Indicates Model Number. See 1.15 Ordering Information 50 R900 for complete WR part number. Cu *Indicates Model Number. See Ordering Information for complete part number.

10 Example Part No: VT 00 WTA 00 P M A 4 :R00 Production Type:WG Twist Twist WG Length:L=00mm Twisting Angle:4 (0 as default) Material:A=uminum C=Copper 2 Type:M=FBM00 Type:P=FBP00 Twist angle other than 90 available on request Twist direction option of VT unless otherwise specified Section 1 03 Twist

11 4 Transition manufactures a wide variety of waveguide transitions ranging from standard rectangular waveguide Twist transitions in overlapping bands to custom transitions spanning multiple bands. Additional sizes, extended range, offers a standard product line and custom design configurations are of waveguide twist covering waveguide sizes available on request. WR thru WR430. Twist angle, twist direction and flange types can be custom made as per Port Port 2 customer s specific requirements. Section 1 L 2 04 Transition 4.1 Rectangular to Rectangular Transitions in Overlapping Bands Minimum Range VSWR Port1 Port2 Range VSWR Length Length Material (Max) Material (Max) (mm) (mm) IEC EIAIEC IEC EIA EIA VT22WTA VT34WA R3 800 WR2300 R22 R4 WR430 WR20 VT26WTA VT45WA R4 400 WR20 R26 R5 WR340 WR1800 VT32WTA VT56WA R5 300 WR1800 R32 R6 WR284 WR1500 VT40WTA R40 WR229 VT68WA R6 WR1500 R8 WR1150 VT48WTA R48 WR187 VT89WA VT58WTA R8 170 WR1150 R58 R9 WR975 WR159 VT70WTA VT912WA R9 150 WR975 R70 R12WR137 WR770 VT84WTA VT1214WA R WR770 R84 R14WR112 WR650 VT0WTA VT1418WA R14 60 WR650 R0 R18WR90 WR5 VT120WTA R120 WR75 VT1822WA R18 WR5 R22 WR430 VT140WTA R140 WR62 VT2226WA VT180WTA R22 50 WR430 R26 WR340 R180 WR51 VT220WTA VT2632WA R26 50 WR340 R220 R32WR42 WR284 VT260WTA VT3240WA R32 50 WR284 R260 R40WR34 WR229 VT320WTA VT4048WA R40 R320 WR28 WR229 R48 WR187 VT400WTA R400 WR22 Cu VT500WTA R500 WR19 Cu VT620WTA R620 WR15 Cu VT740WTA R740 WR12 Cu VT900WTA R900 WR Cu *Indicates Model Number. See Ordering Information for complete part number.

12 VT4858WA R48 WR187 R58 WR159 Section 1 VT5870WA VT4858WA R58 WR159 R70 WR137 R48 WR187 R58 WR159 Port1 Port2 VT7084WA Range 1. VSWR Length 130 R70 WR137 WG R84Type WR112 Material VT5870WA (Max) 150 (mm) R58 WR159 R70 WR137 IEC EIA IEC EIA VT840WA VT7084WA VT4858WA R84 WR112 R0 WR R70 R48 WR187 WR137 R58 R84WR159 WR112 VT0120WA VT840WA VT5870WA R0 R84 R58 WR159 WR90 R70 R120 WR137WR75 WR112 R0 WR90 VT120140WA VT7084WA VT0120WA R120 R70 R0 WR137 WR75 WR90 R84 R140 WR112WR62 R120 WR75 VT140180WA VT840WA R84 WR112 R0 WR90 VT120140WA R140 WR62 R180 WR51 R120 WR75 R140 WR62 VT0120WA R0 WR90 R120 WR75 VT180220WA VT140180WA R180 WR51 R220 WR42 VT120140WA R140 R120 WR75 WR62 R140R180 WR62 WR51 VT220260WA R220 WR42 R260 WR34 VT180220WA VT140180WA R180 R140 WR62 WR51 R180R220 WR51 WR42 VT260320WA VT220260WA VT180220WA R260 R220 R180 WR51 WR34 WR42 R220R320 R260 WR42 WR28 WR34 VT320400WA VT220260WA VT260320WA R320 R220 R260 WR42 WR28 WR34 R260R400 WR34 WR22 R320 WR28 VT400500WA VT260320WA R260 WR34 R320 WR28 R400 WR22 R500 WR19 Cu VT320400WA R320 WR28 R400 WR22 VT320400WA R320 WR28 R400 WR22 VT500620WA VT400500WA R500 WR19 R620 WR15 Cu VT400500WA R400 WR22 WR22 R500 R500 WR19 WR19 Cu Cu VT620740WA VT500620WA VT500620WA R620 WR15 R740 WR12 50 R500 WR19 R620 R620 WR15 WR15 Cu Cu Cu VT740900WA VT620740WA VT620740WA R740 R620 WR15 WR12 WR15 R740R900 WR12 WR R740 WR12 Cu Cu Cu *Indicates Model Number. See Ordering Information for complete part number. VT740900WA R740 WR12 R900 WR Cu VT740900WA R740 WR12 R900 WR Cu *Indicates Model Number. See Ordering Information for complete part number. 04 Transition Example Part No: VT 400 WA 00 P M A Material: =uminum C=Copper WG Example Type:R4 Part to No: R00 VT 400 WA 00 P M A Product Type:WG Transition Port 2 Type:M=FBM00 Material: =uminum C=Copper Port Type:P=FBP00 :R4 to R00 Port WG Transition 2 Type:M=FBM00 Length:L=00mm Product Type:WG Transition Port Type:P=FBP00 WG Transition Length:L=00mm Finish: Corrosion type: Multiple protection types available plus black - see top coat VT s page 4.2 Special Transitions 4.2 Transitions Special spanning Transitions multiple bands, rectangular to circular waveguide transitions are Transitions available. Please spanning consult multiple sales engineer bands, for rectangular more information. to circular waveguide transitions are available. Please consult sales engineer for more information.

13 4.2 Special Transitions Transitions spanning multiple bands, rectangular to circular waveguide transitions are available. Please consult sales engineer for more information. Section 1 04 Transition

14 Twistable-Flexible 5 Twistable-Flexible offers a standard product Vector Vector Telecom Telecom offers offers a standard standard product product line line of of line of rectangular twistable-flexible rectangular rectangular twistable-flexible waveguides. They are waveguides. twistable-flexible They are waveguides. used in requirements They are used used where in in requirements requirements both bending where where both both and bending bending twisting and and twisting twisting of the of waveguide the waveguide is is needed. For For more more information information of the waveguide is needed. For more information feel feel feel free to call us and discuss your needs free free to call us and discuss your needs with one of our with to one call us of and our discuss sales your engineers. needs with one of our sales sales engineers. engineers. Section Twistable- Flexible Model No* Pressure Range VSWR IL (db/m) Pressure Range Range VSWR IL IL (db/m) (MPa) (Max) (Max) (MPa) (Max) (Max) (Max) (Max) IEC EIA (Max) IEC IEC EIA EIA VT32WEL VT32WEL R32 R32 WR284 WR284 VT40WEL VT40WEL R40 R40 R40 WR229 WR229 VT48WEL VT48WEL R48 R48 R48 WR187 WR187 VT58WEL VT58WEL VT58WEL R58 R58 R58 WR159 VT70WEL VT70WEL VT70WEL R70 R70 R70 WR137 VT84WEL VT84WEL VT84WEL R84 R84 R84 WR112 VT0WEL VT0WEL R0 R0 WR90 WR90 VT120WEL VT120WEL R120 R120 WR75 WR75 VT140WEL VT140WEL R140 R140 WR62 WR62 *Indicates *Indicates Model Model Number. Number. See See Ordering Ordering Information Information for for complete complete part part number. number. Ordering Ordering Information Information Example Part No: VT 00 WEL 00 Example Part No: VT 00 WEL 00 P M Vector Telcom Vector Telcom Type:M=FBM00 2 Type:M=FBM00 :R00 Type:P=FBP00 :R00 Type:P=FBP00 Product Type:Twist-Flex WG WG Length:L=00mm Product Type:Twist-Flex WG WG Length:L=00mm type: type: Multiple Multiple types types available available - see see VT VT s s page page Finish: Finish: Corrosion Corrosion protection protection plus plus black black top top coat coat Std Std lengths lengths (mm):0, (mm):0, 200, 200, 300, 300, 500, 500, 600, 600, 900, 900, Supplied Supplied with with Neoprene Neoprene jacket jacket in in order order to to hold hold pressure, pressure, as as a standard standard model model

15 6 Adapters Adapters 6.1 to to Coaxial Coaxial Adapter Right (Right Angle Angle) Section 1 manufactures manufactures to Coaxial Adapters covering a to full Coaxial frequency Adapters range for Rectangular s, with multiple covering a flange full frequency and coaxial range for c o n n e c t o r t y p e s a n d Rectangular s, with configurations available. For more multiple information flange and coaxial feel connector free types and configurations available. For more to information call us feel and free discuss to call and your discuss your needs with one of our sales engineers. needs with one of our sales engineers. B A 06 Adapters Type N to Coaxial Adapters VSWR Dimensions Range VSWR (Max) Dimensions Material Range L*B*A (mm) IEC EIA Material (Max) L*B*A (mm) IEC EIA VT3WCAN *384*676 R3 WR2300 VT3WCAN *384*676 R3 WR2300 VT4WCAN VT4WCAN *359* *359*626 R4 R4 WR20 WR20 VT5WCAN VT5WCAN *318* *318*546 R5 R5 WR1800 WR1800 VT6WCAN VT6WCAN *280* *280*470 R6 R6 WR1500 WR1500 VT8WCAN VT8WCAN *235* *235*381 R8 R8 WR1150 WR1150 VT9WCAN VT9WCAN *212* *212*336 R9 R9 WR975 WR975 VT12WCAN VT12WCAN *187* *187*285 R12 R12 WR770 WR770 VT14WCAN *138*220 R14 R14 WR650 WR650 VT18WCAN *120*185 R18 R18 WR5 WR5 VT22WCAN *6*161 R22 R22 WR430 VT26WCAN *95*138 R26 WR340 VT32WCAN *76*114 R32 WR284 11

16 Range VSWR (Max) Dimensions L*B*A (mm) Material VT40WCAN VT40WCAN *70*98 65*70*98 R40 R40 WR229 WR229 VT48WCAN VT40WCAN VT48WCAN *63*89 65*70*98 54*63*89 R48 R40 R48 WR187 WR229 WR187 VT58WCAN VT48WCAN VT58WCAN *62*81 54*63*89 50*62*81 R58 R48 R58 WR159 WR159 WR187 6 Adapters VT70WCAN VT58WCAN VT70WCAN *49*68 48*49*68 50*62*81 R70 R58 R70 WR137 WR159 WR137 IEC EIA Section 1 06 Adapters VT84WCAN VT70WCAN VT84WCAN *48*48 40*48*48 48*49*68 R84 R84 R70 WR to Coaxial Adapter Right Angle WR112 WR137 VT0WCAN VT84WCAN VT0WCAN *41*41 38*41*41 40*48*48 R0 R0 R84 WR90 WR90 WR112 manufactures VT120WCAN VT0WCAN VT120WCAN *38*38 38*41*41 30*38*38 R120 R0 R120 WR75 WR90 WR75 VT140WCAN VT120WCAN VT140WCAN to Coaxial Adapters *33*33 27*33*33 30*38*38 R140 R120 R140 WR62 WR75 WR62 VT180WCAN VT140WCAN covering VT180WCAN a full frequency range for *30*30 27*30*30 27*33*33 R180 R180 R140 WR51 WR51 WR62 VT180WCAN *Indicates Model Number. See 1.25 Ordering 27*30*30 Information for R180 complete WR51 part number. Rectangular s, with *Indicates Model Number. See Ordering Information for complete part number. multiple flange and coaxial connector types and configurations available. For more information Ordering feel free to Information call us and discuss your needs with one of our sales engineers. Example Part No: VT 0 WCA N K M A Material:=uminum, C=Copper Example Part No: VT 0 WCA N K M A Vector WG Telecom Type:R0 Type:M=FDM0 Material:=uminum, C=Copper Product Type:WG WG To Type:R0 Coaxial Adapter J=Male, K=Female Type:M=FDM0 Coax Connector Type:N=Type N, S=SMA, Product Type:WG To Coaxial Adapter J=Male, K=Female 2.92=K2.92mm, 2.4=2.4mm, TNC=TNC Coax Connector Type:N=Type N, S=SMA, 2.92=K2.92mm, 2.4=2.4mm, TNC=TNC Finish: Corrosion type: Multiple protection types available plus black - see top coat VT s page Finish: Standard Corrosion unit provided protection not sealed plus black pressure top coat tight unless otherwise specified Standard unit provided not sealed pressure tight unless otherwise specified Type SMA N to Coaxial Adapters SMA to Coaxial Adapters SMA VSWR Dimensions to Coaxial Adapters Range VSWR Dimensions VSWR Dimensions Material Range (Max) L*B*A (mm) Range VSWR Dimensions IEC EIA Material (Max) L*B*A (mm) Material Range (Max) L*B*A (mm) IEC EIA (Max) L*B*A (mm) IEC EIA Material VT0WCAS *41*41 R0 IEC WR90 EIA VT3WCAN VT0WCAS *384*676 38*41*41 R3 WR2300 R0 WR90 VT0WCAS VT120WCAS *41*41 30*38*38 R0 R120 WR90 WR75 VT4WCAN VT120WCAS *359*626 30*38*38 R4 R120 WR20 WR75 VT120WCAS VT140WCAS *33*33 30*38*38 R140 R120 WR62 WR75 VT5WCAN VT140WCAS *318*546 27*33*33 R5 R140 WR1800 WR62 VT140WCAS VT180WCAS *33*33 27*30*30 R140 R180 WR62 WR51 VT6WCAN VT180WCAS *280*470 27*30*30 R6 R180 WR1500 WR51 VT180WCAS VT220WCAS *22*22 27*30*30 R220 R180 WR42 WR51 VT8WCAN VT220WCAS *235*381 25*22*22 R8 R220 WR1150 WR42 VT220WCAS VT320WCAS *22*22 25*19*19 R220 R320 WR42 WR28 VT9WCAN VT320WCAS *212*336 25*19*19 R9 R320 WR975 WR28 VT320WCAS *Indicates Model Number. See 1.50 Ordering 25*19*19 Information for R320 complete WR28 part number. VT12WCAN *187*285 R12 WR770 *Indicates Model Number. See Ordering Information for complete part number. VT14WCAN *138*220 R14 WR650 A B VT18WCAN *120*185 R18 WR5 12 VT22WCAN *6*161 R22 WR430

17 Example Part No: VT 00 WCA S K P C Vector Example TelecomPart No: VT 00 WCA S K P CMaterial: A=uminum C=Copper Vector WG Telecom Type:R00 Material: Type:P=FBP00 A=uminum C=Copper Product Type:WG WG to Coaxial Type:R00 Adapter J=Male, K=Female Type:P=FBP00 Product Type:WG to Coaxial Adapter Coax J=Male, Connector K=Female Type:N=Type N, S=SMA, Coax 2.92=K2.92mm, Connector Type:N=Type 2.4=2.4mm, N, TNC=TNC S=SMA, 2.92=K2.92mm, 2.4=2.4mm, TNC=TNC Standard unit provided not sealed pressure tight unless otherwise specified. Standard unit provided not sealed pressure tight unless otherwise specified. Section 1 06 Adapters K2.92mm to Coaxial Adapters K2.92mm to Coaxial Adapters VSWR Range VSWRDimensions Dimensions Range Material (Max) VSWR L*B*A (mm) (Max) Dimensions Material Range L*B*A (mm) IEC EIA IEC EIA Material (Max) L*B*A (mm) IEC EIA VT220WCA *22*22 33*22*22 R220 R220 WR42 WR42 VT220WCA *22*22 R220 WR42 VT260WCA2.92 VT260WCA *21*21 27*21*21 R260 R260 WR34 WR34 VT260WCA *21*21 R260 WR34 VT320WCA *19*19 R320 WR28 VT320WCA *19*19 R320 WR28 *Indicates VT320WCA2.92 Model Number See Ordering 1.50 Information 25*19*19 for complete R320 WR28 part number. *Indicates Model Number. See Ordering Information for complete part number. Example Part No: VT 220 WCA 2.2 K P C Vector Example Telecom Part No: VT 220 WCA 2.2 K P CMaterial: A=uminum C=Copper Vector WG Telecom Type:R220 Material: Type:P=FBP220 A=uminum C=Copper Product Type:WG WG to Type:R220 Coaxial Adapter J=Male, K=Female Type:P=FBP220 Product Type:WG to Coaxial Adapter Coax J=Male, Connector K=Female Type:N=Type N, S=SMA, Coax 2.92=K2.92mm, Connector Type:N=Type 2.4=2.4mm, N, TNC=TNC S=SMA, 2.92=K2.92mm, 2.4=2.4mm, TNC=TNC Standard unit provided not sealed pressure tight unless otherwise specified. Standard unit provided not sealed pressure tight unless otherwise specified. 2.4mm to Coaxial Adapters 2.4mm to Coaxial Adapters VSWR Dimensions Range Material (Max) VSWR L*B*A Dimensions (mm) Range IEC EIA Material (Max) L*B*A (mm) VT220WCA IEC EIA *22*22 R220 WR42 VT220WCA *22*22 R220 WR42 13

18 A Type 2.4mm N to to Coaxial Adapters Section 1 VSWR VSWR Dimensions WG Model No* Range Range Material (Max) (Max) L*B*A L*B*A (mm) (mm) IEC IEC EIA EIA VT260WCA *21*21 R260 WR34 VT3WCAN VT220WCA *384*676 36*22*22 R3R220 WR2300 WR42 VT320WCA *19*19 R320 WR28 VT4WCAN VT260WCA2.4 VT260WCA *359*626 27*21*21 27*21*21 R4R260 R260WR20 WR34 WR34 *Indicates Model Number. See Ordering Information for complete part number. VT5WCAN VT320WCA2.4 VT320WCA *318*546 25*19*19 25*19*19 R5R320 R320WR1800 WR28 WR28 VT6WCAN *Indicates Model Number. See 1.25Ordering 300*280*470 Information R6 for complete WR1500 part number. VT8WCAN Ordering Example Information Part No: 1.25 VT *235*381 WCA 2.4 K P CR8 WR1150 Material: A=uminum C=Copper VT9WCAN *212*336 R9 WR975 Example :R320 Part No: VT 320 WCA 2.4 K P C Type:P=FBP320 VT12WCAN Product Type:WG Vector Telecom to Coaxial 1.25 Adapter166*187*285 R12 Material: J=Male, WR770 K=Female A=uminum C=Copper :R320 Coax Connector Type:P=FBP320 VT14WCAN *138*220 R14 WR650 Type:N=Type N, Product Type:WG to Coaxial Adapter S=SMA, J=Male, 2.92=K2.92mm, K=Female 2.4=2.4mm, TNC=TNC VT18WCAN *120*185 R18 Coax Connector WR5 Type:N=Type N, type: Multiple types available - see VT s S=SMA, 2.92=K2.92mm, page 2.4=2.4mm, TNC=TNC VT22WCAN *6*161 R22 WR430 VT26WCAN Finish: Corrosion type: Multiple protection types 1.25 available plus 90*95*138 black - see top coat VT R26 s WR340 page VT32WCAN *76*114 R32 WR284 Finish: Standard Corrosion unit provided protection not sealed plus black pressure top coat tight unless otherwise specified. Standard unit provided not sealed pressure tight unless otherwise specified. 06 Adapters 6.2 to Coaxial Adapter End-launch 6.2 to to Coaxial Coaxial Adapter End-launch (End-launch) manufactures End-launch type Ve c t o r Te l e c o m m a n u f a c t u r e s End-launch Vector Telecom to Coaxial manufactures Adapters to End-launch covering Coaxial a type full Adapters frequency range covering to Coaxial for Rectangular a full frequency Adapters s, covering a with full range for Rectangular s, frequency multiple flange range and for Rectangular coaxial connector s, types with and with multiple flange and coaxial connector multiple configurations flange types available. and coaxial and For configurations more connector information types and feel available. For more information feel free to call us and discuss your configurations free to call us and available. discuss your For needs more with information one of our feel sales engineers. needs with one of our sales engineers. free to call us and discuss your needs with one of our sales engineers. B B A VSWR Range (Max) Connector Type Dimensions L*B*A (mm) A 14 Mate

19 A Type N to Coaxial Adapters VT22WECAS SMA 113.4*6*161 R22 WR430 VT22WECAS SMA 113.4*6*161 R22 WR430 VT26WECAN N 118.7*95*138 R26 WR340 VT26WECAN N 118.7*95*138 R26 WR340 VSWR Connector Dimensions Dimensions VT32WECAN VT32WECAN Model No* Range N 8.7*76*114 R32 WR N 8.7*76*114 R32 WR284 Material (Max) (Max) Type L*B*A (mm) L*B*A (mm) IEC EIA VT40WECAN N 94.7*70*98 IECR40 EIA WR229 VT40WECAN VT22WECAN N N 94.7*70* *6*161 R22 R40WR430 WR229 VT3WCAN *384*676 R3 WR2300 VT48WECAN N 74.7*63*89 R48 WR187 VT22WECAS SMA 113.4*6*161 R22 WR430 VT48WECAN N 74.7*63*89 R48 WR187 VT48WECAS VT4WCAN *359*626 R4 WR20 VT26WECAN SMA N78.4*63* *95*138 R48R26 WR187 WR340 VT48WECAS SMA 78.4*63*89 R48 WR187 VT58WECAN VT5WCAN VT32WECAN N 350*318*546 N72.4*62*81 8.7*76*114 R5 R58R32 WR1800 WR159 WR284 VT58WECAN N 72.4*62*81 R58 WR159 VT6WCAN VT40WECAN *280*470 N 94.7*70*98 R6 R40 WR1500 WR229 VT70WECAN N 68.8*49*68 R70 WR137 VT70WECAN VT48WECAN N N 68.8*49* *63*89 R48 R70WR187 WR137 VT84WECAN VT8WCAN N 260*235* *48*48 R8 R84 WR1150 WR112 VT48WECAS SMA 78.4*63*89 R48 WR187 VT84WECAN N 58.8*48*48 R84 WR112 VT84WECAS VT9WCAN *212*336 R9 WR975 VT58WECAN SMA N49.5*48* *62*81 R84R58 WR112 WR159 VT84WECAS SMA 49.5*48*48 R84 WR112 VT0WECAN VT12WCAN VT70WECAN N 166*187*285 N49.3*41* *49*68 R12R0 R70 WR770 WR90 WR137 VT0WECAN N 49.3*41*41 R0 WR90 VT14WCAN VT84WECAN *138*220 N 58.8*48*48 R14 R84 WR650 WR112 VT0WECAS SMA 40*41*41 R0 WR90 VT0WECAS VT84WECAS SMA SMA 40*41* *48*48 R84 R0 WR112 WR90 VT18WCAN *120*185 R18 WR5 Section 1 VT120WECAN N 46.3*38*38 R120 WR75 VT120WECAN VT0WECAN N N 46.3*38* *41*41 R0R120 WR90 WR75 VT22WCAN *6*161 R22 WR430 VT120WECAS VT0WECAS SMA SMA 37*38*38 40*41*41 R120 R0 WR75 WR90 VT120WECAS SMA 37*38*38 R120 WR75 VT140WECAN VT26WCAN VT120WECAN N N90*95* *33* *38*38 R26R140 R120 WR340 WR62 WR75 VT140WECAN N 43.3*33*33 R140 WR62 VT32WCAN VT120WECAS SMA 72*76*114 37*38*38 R32 R120 WR284 WR75 VT140WECAS SMA 34*33*33 R140 WR62 VT140WECAS VT140WECAN SMAN 34*33* *33*33 R140 R140 WR62 WR62 VT220WECAS SMA 26.5*22*22 R220 WR42 VT220WECAS VT140WECAS SMA SMA 26.5*22*22 34*33*33 R140R220 WR62 WR42 VT220WECAK K2.92mm 27.8*22*22 R220 WR42 VT220WECAS SMA 26.5*22*22 R220 WR42 VT220WECAK K2.92mm 27.8*22*22 R220 WR42 VT260WECAS VT220WECAK SMA K2.92mm 26.1*21* *22*22 R260 R220 WR34 WR42 VT260WECAS SMA 26.1*21*21 R260 WR34 VT260WECAK VT260WECAS K2.92mm 1.50 SMA 29*21* *21*21 R260 R260 WR34 06 VT260WECAK VT260WECAK K2.92mm K2.92mm 29*21*21 R260 R260 WR34 WR34 VT320WECAS SMA 25.9*19*19 R320 WR28 VT320WECAS VT320WECAS SMA SMA 25.9*19*19 R320 R320 WR28 WR28 VT320WECAK K2.92mm 28.9*19*19 R320 WR28 VT320WECAK K2.92mm 28.9*19*19 R320 WR28 VT320WECAK K2.92mm R320 WR28 *Indicates Model Number. See Ordering Information for complete part number. Adapters *Indicates Model Number. See Ordering Information for complete part number. Example Part No: VT 0 WECA N K M A Example Part No: VT 0 WECA N K M A Material:=uminum, C=Copper Material:=uminum, C=Copper :R0 Type:M=FDM0 :R0 Type:M=FDM0 Product Type:WG To Coaxial Adapter J=Male, K=Female Product Type:WG To Coaxial Adapter J=Male, K=Female (End-launch) Coax Connector Type:N=Type N, S=SMA, (End-launch) 2.92=K2.92mm, Coax Connector 2.4=2.4mm, Type:N=Type TNC=TNC N, S=SMA 2.92=K2.92mm, 2.4=2.4mm, TNC=TNC Standard unit provided not sealed pressure tight unless otherwise specified. Standard unit provided not sealed pressure tight unless otherwise specified. 15

20 Crossguide Directional Coupler 7 Crossguide Directional Coupler Section 1 manufactures Crossguide Directional Couplers Vector covering Telecom a wide manufactures frequency Crossguide range. Directional Couplers Couplers are covering available a wide in 3 frequency or 4 port configuration. Standard coupling values are 20, 30, 40, 50 range. Couplers are available in 3 or 4 port configuration. Standard coupling values are 20, 30, and 60 db, with minimum Directivity of 18 db. The compactness 40, of 50 crossguide and 60 db, with coupler minimum suits Directivity many of 18 applications db. The compactness where of space crossguide is coupler at a suits premium many applications and directivity where space is not is the at a prime premium consideration. and directivity is Models not the prime are available with combinations of waveguide and coaxial ports. Special consideration. Models are available with combinations of waveguide and coaxial ports. Special multi-port crossguide couplers can be manufactured to suit customer s multi-port crossguide couplers can be manufactured to suit customer s special requirements. special requirements. Style 1-4 Ports 07 Crossguide Directional Coupler Range Operating Operating VSWR VSWR (Max) (Max) Range Bandwidth Bandwidth (%)** Main (%)** Main LineSecondary Line Line Secondary Coupling*** Coupling*** Directivity (Min) Directivity (Min) IEC VT48W+C ~60 18 R48 WR187 VT0W+C ~60 18 R0 WR90 VT58W+C Pty Ltd VT120W+C ~60 18~ R120 WR75 R58 WR159 VT70W+C VT140W+C ~ R140 WR62 R70 WR137 VT180W+C ~60 18 R180 WR51 VT84W+C ~60 18 R84 WR112 VT220W+C ~60 18 R220 WR42 VT0W+C VT260W+C ~ R260 WR34 R0 WR90 VT120W+C VT320W+C ~ R320 WR28 R120 WR75 IEC EIA VT22W+C VT32W+C ~ R32 WR284 R22 WR430 VT26W+C VT40W+C ~ R40 WR229 R26 WR340 VT32W+C VT48W+C ~60 18 R48 WR ~60 18 R32 WR284 VT58W+C ~60 18 R58 WR159 VT40W+C VT70W+C ~ R70 WR137 R40 WR229 EIA VT22W+C ~60 18 R22 WR430 VT26W+C ~60 18 R26 WR340 VT84W+C ~60 18 R84 WR112 Material 16

21 Section 1 *Indicates Model Number. See Ordering Information for complete part number. VT260W+C VT180W+C *Indicates Model Number See 1.15 Ordering Information 18~60 18~60 18~60 for 18complete R180 part WR51 R180 number. R260 WR51 WR34 **Typical operating bandwidth of the crossguide coupler is up to 20% of waveguide VT320W+C VT220W+C ~60 18~ R220 R320 WR42 WR28 **Typical operating -20 bandwidth of the crossguide 18~60 coupler 18 R220 is up WR42 to 20% of waveguide VT260W+C *Indicates bandwidth Model -20 Number See 1.15 Ordering 1.15 Information 18~60 18~60 for 18complete 18 R260part WR34 R260 number. WR34 bandwidth. VT320W+C VT320W+C **Typical ***Nominal operating Accuracy: bandwidth 1.15 ± 0.7dB of 1.15 the crossguide 18~60 18~60 coupler 18 R is up WR28 to R320 20% WR28 of waveguide *Indicates ***Nominal Model Accuracy: Number. ± See 0.7dB *Indicates bandwidth. uency Model Sensitivity: Number. ± See 1dB Ordering Information for complete part number. Ordering Information for for complete part number. **Typical uency operating **Typical ***Nominal Sensitivity: bandwidth operating Accuracy: bandwidth ± 1dB of the bandwidth ± 0.7dB of crossguide the crossguide coupler coupler is to is 20% up to of 20% waveguide of waveguide of the crossguide coupler is up to 20% of waveguide bandwidth. bandwidth. Ordering uency Sensitivity: Information ***Nominal Accuracy: ± 0.7dB ± 0.7dB ± 1dB ***Nominal Ordering uency Accuracy: Sensitivity: Sensitivity: Information ± 1dB 0.7dB ± 1dB Ordering uency Sensitivity: Information E x a m± p1db le P a rt N o : V T 0 0 W + C 3 0 P M E M A EVx ea cto m pr le T ep lea co rt mn o : V T 0 0 W + C 3 0 P M E M A M a te ria l: A l= A lu m in u m, C = C o V e ctow r G T et le y pco e m: R 0 0 FM laa nte gria e 4 l: TAy l= p e A: luf Bm Min u 0m 0, C = C o V T 0 0 W + C 3 0 P M E M A P ro d u ct T y p e : C E x ro a ssguid mwp le G e TP Dy a ire prt e ctio : NRo nal : 0 0C o upler Fla n g e 43 T y p e : F BME 0 0 E x a m V e p cto le r a T rt le N o co : V T 0 0 W + C 3 0 P M E M A P ro d u ct T y p e : C(4 row ssguid G P orts) e D ire ctio m nal C o upler M a te ria l: A l= A lu m in u m, C = C o V ector Telecom M a te ria l: F la n g e 32 T y p e : F B EM 0 0 A l= A lu m in u m, C = C o p p e r (4 W G WP G orts) T y p e : R E x a Wm G p le T y pp e a: rt RC N0 o0o u: p lin V T g : 0C 0 = W 3 0+ dc B 3 0 P M E M A 4 Type: Fla n g FBe 2 M 00 T y p e : F BMP 0 0 P ro d u ct T y p e : C ro ssguid e D ire ctio nal C o upler 3 E Produ ct Type: C rossguide V e cto r TD eirectional C o le co m Cu oupler p lin g : C = 3 0 d B 3 MType: F la n g a te riafb e l: E00 T y p e : F B P 0 0 A l= A lu m in u m, C = C o p (4 W(4 G WP orts) G P orts) 2 F la n g e 2 T y p e : F B M 0 0 W G T y p e : R 0 0 F la Type: n g e FB 4 M T y 00 p e : F B M 0 0 type: Multiple types available C o u pclin og u: pc lin- = 3g see 0: dc B = VT 3 0 ds B page Type: F la n gfb e P00 T y p e : F B P 0 0 P ro d u ct Ttype: y p e : Multiple C ro ssguid types e D ire available ctio nal C- osee uplervt s page F la n g e 3 T y p e : F B E 0 0 (4 W G P orts) F la n g e 2 T y p e : F B M 0 0 Finish: type: Corrosion type: Multiple Multiple protection types types available Cavailable plus o u - p see lin black g VT :- C see top s = 3coat VT 0 d Bs page page F la n g e T y p e : F B P 0 0 Style 2-3 Ports Style 2-3 Ports Finish: Corrosion protection Style plus 2 black - 3 top coat Ports Style 2-3 Ports Style 2-3 Ports 07 Crossguide Directional Coupler Operating VSWR (Max) Directivity Range Bandwidth Operating VSWR (Max) Coupling*** Operating (Min) Directivity VSWR (Max) Directivity Material (%)** Main Secondary VSWR (Max) Coupling*** Operating Model Range No* Bandwidth Range Bandwidth (Min) Directivity Coupling*** (Min) Material IEC EIA Range Bandwidth Line (%)** Main Secondary (%)** Main Line (Min) Operating (%)** MainVSWR Secondary IEC EIA Line Line IEC (Max) Directivity EIA Line Line VT22WL+C VT22WL+C ~60Coupling*** 18 R22 R22 WR430 IEC EIA Range Bandwidth Line Line (Min) VT22WL+C VT26WL+C VT26WL+C ~60 (%)** Main Secondary ~60 18~ R26 18 R26 WR340 R22 WR430 VT22WL+C VT32WL+C VT32WL+C Operating VSWR 1.15(Max) ~60 18~60 18~ Directivity R32 18 R32 WR284 R22 IEC WG Type WR430 EIA VT26WL+C Line 1. Line ~60 18 R26 WR340 VT40WL+C VT26WL+C Coupling*** 18~60 18 R40 WR229 VT32WL+C Range Bandwidth ~60 (Min) 18 R26 WR340 VT48WL+C ~60 VT22WL+C (%)** -20 Main 1. Secondary 18~ R48 WR187 R32 WR284 VT32WL+C ~60 18~ R22 WR430 VT58WL+C ~60 18 R58 WR159 IEC R32 EIA WR284 VT26WL+C Line 1. Line ~60 18 R26 WR340 VT70WL+C ~60 18 R70 WR137 VT22WL+C VT32WL+C VT84WL+C ~60 18~ R84 WR112 R22 R32 WR430 WR284 VT0WL+C ~60 18 R0 WR90 VT26WL+C ~60 18 R26 WR340 VT120WL+C ~60 18 R120 WR75 VT32WL+C VT140WL+C ~ R140 WR62 R32 WR284 VT180WL+C ~60 18 R180 WR51 VT220WL+C ~60 18 R220 WR42 VT260WL+C ~60 18 R260 WR34 VT320WL+C ~60 18 R320 WR28 17

22 Section 1 VT140WL+C VT180WL+C VT220WL+C ~60 18~ R140 R180 R220 WR62 WR51 WR42 VT180WL+C ~60 18 R180 WR51 VT220WL+C VT260WL+C ~60 18 R220 R260 WR42 WR34 VT220WL+C ~60 18 R220 WR42 VT260WL+C VT320WL+C ~60 18 R320 R260 WR28 WR34 VT260WL+C ~60 18 R260 WR34 VT320WL+C *Indicates Model -20 Number See Ordering 1.15 Information 18~60 for complete 18 part number. VT320WL+C ~60 18 R320 R320 WR28 WR28 *Indicates *Indicates **Typical Model operating Model Number. Number. bandwidth See See Ordering Ordering of Information the crossguide Information complete for coupler complete part is number. up part to number. 20% of waveguide **Typical **Typical bandwidth. operating operating bandwidth bandwidth of the of crossguide the crossguide coupler coupler is is to up 20% to of 20% waveguide of waveguide bandwidth. ***Nominal Accuracy: ± 0.7dB ***Nominal uency Accuracy: Sensitivity: ± 0.7dB ± ± 0.7dB 1dB uency Ordering Sensitivity: Information ± 1dB ± 1dB E x a m p le P a rt N o : V T 0 0 W L+ C 3 0 P M E A E x a mv ecto p le r P at rt elen coo m: VT 00 W L+ C 30 P M E A M a te ria l: A l= A lu m in u m, C = C o p p e E x a m p le P a rt N o : V T 0 0 W L+ C 3 0 P M E A V ector Telecom W G T y p e: R 0 0 M a te riaflan l: Age l= A3 lutype: m in u m FB, C E = C00 o p p e r V ecto r T ele co m M a te ria l: A l= A lu m in u m, C = C o p p e P ro d u ct T y p e: C rossguide W G T y p e: D irectional R 0 0 C oupler F3 latype: n g e 2 FB T ye00 p e : FB M 0 0 W G T y p e: R 0 0 Flan ge 3 Type: FB E 00 P ro d u ct T y p e: C rossguide (3 W G PD orts) irectional C oupler Fla 2 Type: n g e FBT ym p00 e : F B P 0 0 P ro d u ct T y p e: (3 WC G rossguide P orts) D irectional C oupler F la 2 FB M C o u p lin g : C = 3 0 d B Type: FB P00 (3 W G P orts) C o u p lin g : C = 3 0 d B Fla n g e T y p e : F B P 0 0 C o u p lin g : C = 3 0 d B type: Multiple types available - see VT s page Style Style Ports, Ports, 1 Coax 1 Coax Port Port Style 3-2 Ports, 1 Coax Port 07 Crossguide Operating VSWR (Max) Directivity Operating VSWR (Max) Coupling*** Directivity Coax Range Bandwidth Main Operating Secondary VSWR (Max) Directivity (Min) Coa Ma Directional Coupling*** Range Bandwidth Range Bandwidth Operating Main VSWR (Min) (Max) (Min) IEC EIA Coax Connector (%)** Directivity Material Line Main Line Secondary IEC EIA Connector (%)** Line Line (%)** Coupling*** IEC EIA Conn Coa Coupler Range Bandwidth Line Line VT22WL+C VT22WL+C Main Secondary ~60 18~60 18 (Min) 18 R22 R22 WR430 WR430 N N IEC EIA Conn /C VT22WL+C (%)** Line 1. Line VT26WL+C ~60 18 R26 WR340 R22 WR430 N N VT26WL+C ~60 18 R26 WR340 N /C VT22WL+C... VT26WL+C VT32WL+C ~ R32 WR284 R22 R26 WR430 N WR340 N VT40WL+C ~60 18 R40 WR229 N VT26WL+C ~60 18 R26 WR340 N VT48WL+C ~60 18 R48 WR187 N VT58WL+C ~60 18 R58 WR159 N VT70WL+C ~60 18 R70 WR137 N VT84WL+C ~60 18 R84 WR112 N VT0WL+C ~60 18 R0 WR90 N VT120WL+C ~60 18 R120 WR75 SMA VT140WL+C ~60 18 R140 WR62 SMA VT180WL+C ~60 18 R180 WR51 SMA VT220WL+C ~60 18 R220 WR42 SMA, K VT320WL+C ~60 18 R320 WR28 SMA, K 18

23 VT180WL+C ~60 18 R180 WR51 SMA VT140WL+C ~60 18 R140 WR62 SMA A VT180WL+C ~60 18 R180 WR51 SMA VT220WL+C... VT180WL+C ~60 18~ R220 R180 WR42 WR51 SMA SMA, K A VT220WL+C ~60 18 R220 WR42 SMA, VT320WL+C... VT220WL+C ~60 18~ R320 R220 WR28 WR42 SMA, K K A VT320WL+C ~60 18 R320 WR28 SMA, VT320WL+C... *Indicates Model Number. -20 See 1.15 Ordering 1.50Information 18~60 for complete 18 part R320number. WR28 SMA, K A *Indicates Model Number. See See Ordering for part **Typical operating *Indicates bandwidth Model Number. of See the Ordering crossguide Information coupler for complete is up part to 20% number. of waveguide **Typical **Typical **Typical operating operating operating bandwidth bandwidth bandwidth of of the the of crossguide the crossguide coupler coupler is is is up up up to to to 20% 20% 20% of of waveguide waveguide of waveguide bandwidth. bandwidth. bandwidth. bandwidth. ***Nominal Accuracy: ± 0.7dB ± 0.7dB ***Nominal Accuracy: ± 0.7dB ***Nominal Accuracy: ± 0.7dB uency uency Sensitivity: Sensitivity: ± 1dB ± 1dB uency Sensitivity: ± 1dB uency Sensitivity: ± 1dB Ordering Information Section 1 Exam ple Part N o : VT 00 W L+ C 30 N K P M A E x a m p le P a rt N o : V T 0 0 W L+ C 3 0 N K P M A V ecto r T eleco m M a teria l: A l= A lu m in u m, C = C o p p er V ector E x a mtelecom p P a rt N o : V T 0 0 W L+ C 3 0 N K P M MA a teria l: A l= A lu m in u m, C = C o p p er W G Type: R00 2 Type: FBM 00 V ector Telecom M a teria l: A l= A lu m in u m, C = C o p p er P ro d u ct T yw p e G : TCrossguide y p e : R 0Directional 0 Coupler n2 g e Type: T y p e: FB FB MP Product Type: C rossguide W(2 D irectional G WTG ypp orts, e : CR 1 oupler C 0oax 0 P ort) J= M a le, Type: 2 K = Type: Fem FBa P00 lefb M 00 Product Type: (2 WCG rossguide P orts, 1 CD oax irectional P ort) Coupling: C ouplerc= 30dB J= M Ca ole, a x K C= o n Fem ntype: e ctor a let yfb p e P00 : N = T y p e N, S = S M A, (2 W G P orts, 1 C oax P ort) 2. 2 = K 2. 2 m m, 2.4 = 2.4 m m, T N C = TN C C o u p lin g : C = 3 0 d B C o a x J= CM oan le, n e ctor K = Fem T y pa e le : N = T y p e N, S = S M A, Ctype: o u pmultiple lin g : C = types 3 0 davailable B - see VT 2 s. 2 C= oka page 2 x. C o2 nm nm e ctor, 2.4 T= y p2 e.4: mn m = T, yt pn e C N =, TN S = C S M A 2. 2 = K 2. 2 m m, 2.4 = 2.4 m m, T N C = TN C 07 Crossguide Directional Coupler 19

24 8 Broadwall Directional Coupler 8 Broadwall 8 Broadwall Directional Directional Coupler Coupler Section 1 manufactures a standard product line of multi-hole Vector Vector broadwall Telecom Telecom manufactures directional manufactures a couplers standard a standard product covering product line line of a multi-hole wide of multi-hole frequency broadwall broadwall directional range. directional The couplers coupl optimum electrical characteristics of high directivity and coupling covering covering a wide a wide frequency frequency range. range. The optimum The optimum electrical electrical characteristics characteristics of high of high directivity directivity and coupling and coupl flatness are achieved utilizing a precision machined Tchebyscheff flatness flatness are achieved coupling are achieved utilizing hole distribution utilizing a precision a precision machined and machined Tchebyscheff a precision Tchebyscheff coupling ground coupling hole tapered hole distribution distribution and a load and precision precision element ground ground tapered in the tapered load secondary load element element in the arm. in secondary the secondary Directional arm. arm. Directional Directional couplers couplers are typically are typically used used for power used sampling, for power frequency sampling, monitoring, frequency especially in monitoring, the test setups especially where power in the power sampling, frequency monitoring, especially in the test setups where power reflection reflect test setups where power reflection measurements are required. measurements measurements are required. Additional sizes and special configurations are available on request. Additional sizes are required. and special Additional configurations sizes and special configurations are available are available on request. on request. Style Style Ports Ports 08 Broadwall Directional Coupler VSWR (Max) Directivity Range VSWR VSWR (Max) (Max) Directivity Coupling** Directivity Range Main (Min) Ma Main Secondary Coupling** (Min) Material Line IEC IEC EIA Main Secondary (Min) EIA Line Line VT14WC Line 1.15 Line IEC EIA R14 WR650 VT14WC R14 WR650 / VT14WC VT18WC R WR5R14 WR650 VT18WC R18 WR5 / VT18WC VT22WC R WR430R18 WR5 VT22WC VT26WC R26 R22 WR340 WR430 / VT22WC R22 WR430 VT32WC R32 WR284 VT26WC R26 WR340 / VT26WC VT40WC R WR229R26 WR340 VT32WC R32 WR284 / VT32WC VT48WC R WR187R32 WR284 VT40WC R40 WR229 / VT40WC VT58WC R WR159R40 WR229 VT48WC VT70WC R70 R48 WR137 WR187 / VT48WC R48 WR187 VT58WC VT84WC R84 R58 WR112 WR159 / VT58WC VT0WC R WR90 R58 WR159 VT70WC R70 WR137 / VT70WC VT120WC R WR75 R70 WR137 VT84WC VT140WC R140 R84 WR62 WR112 / VT84WC R84 WR112 VT0WC VT180WC R180 R0 WR51 WR90 / VT0WC R0 WR90 VT120WC VT220WC R220 R120 WR42 WR75 / VT120WC VT260WC R WR34 R120 WR75 VT140WC R140 WR62 / VT140WC VT320WC R WR28 R140 WR62 VT180WC R180 WR51 / VT180WC R180 WR VT220WC R220 WR42 20 / VT220WC R220 WR42

25 VT260WC R260 WR34 VT320WC R320 WR28 VT260WC *Indicates Model Number. 1. See Ordering 1.15 Information 3-40for complete part number. VT260WC R260 R260 WR34 WR34 /C VT320WC VT320WC **Nominal Accuracy: ± dB R320 R320 WR28 WR28 /C *Indicates *Indicates uency Model Model Sensitivity: Number. Number. See ± 1dB See Ordering Ordering Information Information for for complete complete part part number. number. **Nominal **Nominal Accuracy: ± 0.7dB Ordering Accuracy: Information ± 0.7dB uency uency Sensitivity: Sensitivity: ± 1dB ± 1dB Ordering Information E x a m p le P a rt N o : V ector Telecom E x a m pw le G PType: a rt N o R: 00 V T 00 W C 30 P M E A 3 Type: FB E00 E x a m p le P a rt N o : V T 00 W C 30 P M E A Product Type: Broadw V ector all Telecom D irectional C oupler M aterial: 2 Type: A l= A lum FBMinum 00, = C opper V ector Telecom M aterial: A l= A lum inum, C = C opper W G Type: C oupling: R 00C= 30dB 3 Type: FBP00 E00 W G Type: R 00 3 Type: FB E00 Product Type: Broadw all D irectional C oupler 2 Type: FBM 00 Product Type: Broadw all D irectional C oupler 2 Type: FBM 00 C oupling: C= 30dB Type: FBP00 C oupling: C= 30dB Type: FBP00 type: type: Multiple Multiple types types available available - see - see VT VT s s page page V T 00 W C 30 P M E A M aterial: A l= A lum inum, C = C opper Section 1 Finish: Finish: Corrosion Corrosion protection protection plus plus black black top top coat coat Style 2-4 Ports Style Style Ports Ports 08 Broadwall Directional Coupler VSWR (Max) Directivity Range Coupling** Main Secondary (Min) Line VSWR (Max) Line IEC EIA Directivity Range VSWR VSWR (Max) (Max) Coupling** Directivity Directivity VT26WUC Model Range Coupling** Main Secondary (Min) Coupling** 3-40 (Min) R26 WR340 Material Line Line IEC EIA IEC EIA VT32WUC Main Secondary (Min) Ma Line 1.15 Line Line IECR32 EIA WR284 VT26WUC R26 WR340 VT26WUC VT26WUC VT40WUC R26 WR340 VT32WUC R32 WR284 R26 R40 WR340 WR229 / VT32WUC VT32WUC VT48WUC R32 WR284 VT40WUC R40 WR229 R32 R48 WR284 WR187 / VT40WUC VT40WUC VT58WUC VT48WUC R WR187 R40 R40 R58 WR229 WR229 WR159 / VT48WUC VT58WUC VT48WUC VT70WUC R WR159R48 WR187 R48 R70 WR187 WR137 / VT58WUC VT70WUC R70 WR137R58 WR159 VT58WUC VT84WUC R58 R84 WR159 WR112 / VT84WUC R84 WR112 VT70WUC VT70WUC VT0WUC R70 WR137 VT0WUC R0 WR90 R70 R0 WR137 WR90 / VT84WUC VT84WUC VT120WUC R84 WR112 VT120WUC R120 WR75 R84 R120 WR112 WR75 / VT0WUC VT0WUC VT140WUC R WR62 R0 R0 R140 WR90 WR90 WR62 / VT120WUC VT120WUC VT180WUC R WR51 R120 R180 R120 WR75 WR51 WR75 / VT140WUC VT220WUC R WR42 R220 R140 WR42 WR62 VT140WUC R140 WR62 / R260 WR34 VT180WUC VT180WUC VT260WUC R180 R180 R260 WR51 WR51 WR34 / VT320WUC R320 WR28 VT220WUC VT220WUC VT320WUC R220 R220 R320 WR42 WR42 WR28 / VT260WUC *Indicates Model Number. 1. See Ordering 1.15Information 3-40 for complete part number. VT260WUC R260 R260 WR34 WR34 / VT320WUC VT320WUC **Nominal Accuracy: ± 0.7dB R320 R320 WR28 WR28 / *Indicates *Indicates uency Model Model Sensitivity: Number. Number. See ± 1dB See Ordering Ordering Information Information for for complete complete part part number. number. **Nominal **Nominal Accuracy: ± 0.7dB Ordering Accuracy: Information ± 0.7dB uency uency Sensitivity: Sensitivity: ± 1dB ± 1dB Ordering Information 21

26 VT320WUC *Indicates Model Number. W1. See G TOrdering y p e : 1.15 R Information for complete part number. R320 F la n g e WR28 4 T y p e : F B M 0 0 /C *Indicates **Nominal P ro d u ct Model Accuracy: T y p e : Number. B ro ± a0.7db d wsee a ll D Ordering ire ctio n a l Information C o u p le r for complete part number. F la n g e 3 T y p e : F B E 0 0 (4 W G P o rts) **Nominal F la n g e 2 T y p e : F B M 0 0 uency Accuracy: Sensitivity: ± 0.7dB ± 1dB C o u p lin g : C = 3 0 d B F la n g e T y p e : F B P 0 0 uency Sensitivity: E x a m p le ± P1dB a rt N o : V T 0 0 W U C 3 0 P M E M A V e cto r T e le co m M a te ria l: A l= A lu m in u m, C = C o p p e W G T y p e : R 0 0 F la n g e 4 T y p e : F B M 0 0 E x a m p le P a rt N o : V T 00 W C 30 P M E A P ro d u ct T y p e : BEro x adm wpa le ll DP ire a rt ctio Nno a: l CV T o u p0 le0 r W U C 3 0 P M E M A F la n g e 3 T y p e : F B E 0 0 type: V ector Multiple Telecomtypes available - see VT s M aterial: page A l= A lum inum, C = C opper (4 VW eg ctop r otrts) e le co m M a te ria l: A l= A lu m in u m, C = C o p p e r F la n g e 2 T y p e : F B M 0 0 W G Type: R 00 3 Type: FB E00 W G T y p e : 0 0 F la n g e 4 T y p e : F B M 0 0 Finish: Corrosion protection C o u p linplus g : C = black 3 0 d Btop coat F la n g e T y p e : F B P 0 0 Product P d u ct Type: T y p e : Broadw B a dwall a ll DD irectional ctional C oupler o r F n g2 e Type: 3 T y p e FBM : F B E (4 W G P orts) C oupling: C= 30dB F n g e 2 Type: T y p e : FBP00 F B M 0 0 C o u p lin g : C = 3 0 d B Type: FB P00 Style 3-2 Ports, 1 Coax Port Finish: Corrosion type: Multiple protection types available plus black - see top VT coat s page Style 3-2 Ports, 1 Coax Port Style 3 Style Ports, 1 Ports Coax Port Section 1 VT14WC N N R14 WR650 FDP/FD VT18WC N N R18 WR5 FDP/FD VSWR (Max) Directivity VT22WC N Range RangeVSWR 1. VSWR (Max) (Max) 1.25 Coupling** 3-40 Coupling** Directivity Directivity Model Model No* No* Range VSWR Coax Main Secondary (Min) Coax Main (Max) Secondary Directivity N R22 WR430 FDP/FD (Min) Material Connector VT26WC N Range Main Secondary (Min) Ma 1. Line Line 1.25 Coupling** IEC EIA Line Connector N R26 WR340 FDP/FD IEC EIA VT14WC N Main Secondary (Min) Coax Line Line IEC EIA Mate N R14 WR650 VT32WC N Line 1. Line Connector IEC EIA VT26WUC R26 N WR340 R32 WR284 FDP/FD /C VT18WC N N R18 WR5 VT14WC N VT14WC N VT40WC N VT32WUC N R14 WR650 VT22WC N N N R22 R32 R14 WR430 N WR284 WR650 R40 WR229 FDP/FD /C VT18WC N VT48WC N VT40WUC VT26WC N N N R26 R40 R18 WR340 N WR229 WR5 R48 WR187 FDP/FD /C /C VT22WC N VT32WC N N R32 N WR284R22 WR430 VT58WC N VT48WUC N R48 R22 N WR187 WR430 R58 WR159 FDP/FD /C /C VT40WC N N R40 WR229 VT26WC N VT26WC N N N R26 R26 WR340 WR340 /C VT70WC N VT58WUC VT48WC N N R48 R58 WR187 N WR159 R70 WR137 FDP/FD /C VT32WC N VT32WC N VT58WC N N N R58 N R32 WR159R32 WR284 WR284 /C VT84WC N VT70WUC R70 N WR137 R84 WR112 FBP/FB /C VT40WC N VT40WC N VT70WC N N N R70 R40 N WR137 WR229 R40 WR229 /C VT0WC N VT84WUC R84 N WR112 R0 WR90 FBP/FB /C Broadwall VT48WC N VT84WC N N N R84 R48 WR112 WR187 /C VT48WC N VT120WC S VT0WUC N R48 WR187 VT0WC N R0 N R0 SMA WR90 WR90 R120 WR75 FBP/FB /C VT58WC N N R58 WR159 /C Directional VT58WC N VT140WC S VT120WUC VT120WC S SMA R120 N R120 SMA WR75 R58 WR75 R140 WR159 WR62 FBP/FB /C VT70WC N N R70 WR137 /C Coupler VT70WC N VT140WC S SMA R140 N WR62 R70 WR137 VT180WC S VT140WUC R140 SMA WR62 R180 WR51 FBP/FB /C VT84WC N N R84 WR112 /C VT180WC S SMA R180 WR51 VT84WC N VT0WC N VT220WC S VT180WUC N R84 WR112 FBP/FBM/FB VT220WC S SMA,K*** N R220 SMA,K*** R180 R0 WR51 WR42 WR90 R220 WR42 /C /C VT0WC N VT120WC S VT220WUC VT260WC S VT260WC S SMA,K*** SMAR260 N R220 SMA,K*** R120 WR34 R0 WR42 WR75 R260 WR90 WR34 FBP/FBM/FB /C /C VT120WC S VT140WC S VT260WUC VT320WC S SMA,K*** SMA R320 WR28 R120 WR75 VT320WC S SMA R260 SMA,K*** R140 WR34 WR62 R320 WR28 FBP/FBM/FB /C VT140WC S VT180WC S VT320WUC *Indicates Model Number See Ordering Information for complete SMA SMA R320 part R180 number. R140 WR28 WR51 WR62 FBP/FBM/FB /C VT180WC S VT220WC S *Indicates **Nominal Model Number. Accuracy: See ± 0.7dB Ordering Information 3-40 for complete SMA,K*** part number. SMA R220 R180 WR42 WR51 FBP/FBM/FB /C VT260WC S SMA,K*** R260 WR34 /C VT220WC S **Nominal Accuracy: 1. ± 0.7dB SMA,K*** R220 WR42 FBP/FBM/FB VT320WC S uency Sensitivity: 1. ± db SMA,K*** R320 WR28 /C VT260WC S uency Sensitivity: 1. ± 1dB SMA,K*** R260 WR34 FBP/FBM/FB *Indicates *** These Model units Number. are supplied See Ordering with 2.92mm Information (K-type) for complete connectors. part number. VT320WC S Ordering Information SMA,K*** R320 WR28 FBP/FBM/FB **Nominal Accuracy: ± 0.7dB *Indicates Ordering Model Number. Information See Ordering Information for complete part number. uency Sensitivity: ± 1 db **Nominal Accuracy: ± 0.7dB *** These units Exam are supplied ple Part with N o : 2.92mm VT 00 W(K-type) C 30 N connectors. K P M A uency Sensitivity: V ecto r T± e lecom 1 db M aterial: A l= A lum in u m, C = C o p p e r W G *** These units are supplied Type: R00 2 Type: FBM 00 with 2.92mm (K-type) connectors. VT18WC N N R18 WR5 08 Range Main Line VSWR (Max) Secondary Line P ro d u ct T y p e : Broadwall D irectional Coupler (2 W G P orts, 1 C oax P ort) Coupling: C= 30dB Coupling** Directivity (Min) Fla n g e T y p e : FB P 0 0 J= M ale, K = F em ale Coax Connector IEC EIA C o axial C o n n ecto r T y p e: N = T yp e N, S = S M A, 2. 2 = K 2. 2 m m, 2.4 = 2.4 m m, T N C = T N C Flan 22

27 (2 W G P orts, (2 W1 G C oax P orts, P ort) 1 C oax P ort) J= M a le, K J= = FM em a le a, lek = F em a le C o u p lin g : CC o= u p3 lin 0 dg B: C = 3 0 d B C o a x ia l C oc no na ecto x ia l r C ot ny np e: ecto N r = Tyyp p e: e N, = S T= yps e M A N, S = S M Finish: Corrosion protection plus black top 2 coat. 2 = K m2 = m K, = m2 m.4, m2 m.4, = T2 N.4 C m= m T N, CT N C = T N C type: Multiple type: types Multiple available Style types available - 4 see - VT 2 s - see VT page s Ports, page 2 Coax Ports Finish: Corrosion Finish: Corrosion protection protection plus black plus top black coat top coat Style 4 Style Ports, 2 Ports, Coax 2 Ports Coax Ports Range Main Line VT14WUC N N R14 WR650 FDP/FD VT18WUC N N R18 WR5 FDP/FD VSWR (Max) VSWR (Max) Directivity VT22WUC N Directivity Range VSWR (Max) Range Coupling** Directivity Coupling** (Min) Coax Main Secondary Coax N R22 WR430 FDP/FD Range Coupling** Coax Flang Ma VT26WUC N Main Secondary (Min) Material Connector Line Line Connector Line IEC IEC NEIA EIA IEC R26 WR340 EIA FDP/FD Line Line VT32WUC N VT14WUC N N R14 WR650 N R32 WR284 FDP/FD Section VT14WUC N 1 VT14WUC N VT18WUC N N N R18 R14 WR5 WR650 R14 WR650 FDP/FD A VT40WUC N N R40 WR229 FDP/FD VT18WUC N VT18WUC N VT22WUC N N N R22 R18 WR430 WR5 R18 WR5 FDP/FD A VT48WUC N VT26WUC N N R26 WR340 N R48 WR187 FDP/FD VT22WUC N VT22WUC N N R22 WR430 R22 WR430 FDP/FD A VT58WUC N VT32WUC N N R32 WR284 N R58 WR159 FDP/FD VT26WUC N VT26WUC N VT40WUC N N N R40 R26 WR229 WR340 R26 WR340 FDP/FD A VT70WUC N N R70 WR137 FDP/FD VT48WUC N N R48 WR187 VT32WUC N VT32WUC N N R32 WR284 R32 WR284 FDP/FD A VT84WUC N VT58WUC N N R58 WR159 N R84 WR112 FBP/FB VT40WUC N VT40WUC N VT70WUC N N N R70 R40 WR137 WR229 R40 WR229 FDP/FD A VT0WUC N N R0 WR90 FBP/FB VT48WUC N VT48WUC N VT84WUC N N N R84 R48 WR112 N WR187 R48 WR187 FDP/FD A VT120WUC S VT0WUC N N R0 SMA WR90 R120 WR75 FBP/FB VT58WUC N VT58WUC N N R58 N WR159 R58 WR159 FDP/FD A VT140WUC S VT120WUC S SMA R120 SMA WR75 R140 WR62 FBP/FB VT70WUC N VT70WUC N VT140WUC S SMAN R140 R70 NWR62 WR137 R70 WR137 FDP/FD A VT180WUC S SMA R180 WR51 FBP/FB VT84WUC N VT84WUC N VT180WUC S SMA N R180 R84 WR51 N WR112 R84 WR112 FBP/FBM A 08 VT220WUC S VT220WUC S SMA,K*** R220SMA,K*** WR42 R220 WR42 VT0WUC N VT0WUC N N R0 N WR90 R0 WR90 FBP/FBM A VT260WUC S SMA,K*** R260SMA,K*** WR34 R260 WR34 VT120WUC S VT120WUC S VT320WUC S SMA,K*** SMA R320 R120 WR28 WR75 R120 WR75 FBP/FBM A VT320WUC S SMA,K*** R320 WR28 VT140WUC S VT140WUC S SMA R140 SMA WR62 R140 WR62 FBP/FBM A *Indicates Model Number. See Ordering Information for complete part number. VT180WUC S VT180WUC S SMA R180 SMA WR51 R180 WR51 FBP/FBM A Broadwall **Nominal Accuracy: ± 0.7dB VT220WUC S VT220WUC S SMA,K*** SMA,K*** R220 WR42 R220 WR42 FBP/FBM A Directional uency Sensitivity: ± 1 db VT260WUC S VT260WUC S SMA,K*** SMA,K*** R260 WR34 R260 WR34 FBP/FBM A Coupler VT320WUC S VT320WUC S *** These units are supplied with 2.92mm (K-type) connectors SMA,K*** SMA,K*** R320 WR28 R320 WR28 FBP/FBM A *Indicates *Indicates Ordering Model Number. Model Information See Number. Ordering See Information Ordering Information complete for complete part number. part number. E x a m p le P a rt N o : V T 0 0 W U C 3 0 N K P M A **Nominal **Nominal Accuracy: V ector Accuracy: ± 0.7dB Telecom± 0.7dB M aterial: A l= A lum in u m, C = C o p p er Exam ple Part N o : VT 00 W UC 30 N K P M A uency uency Sensitivity: Sensitivity: WV ± ecto G 1 TdB r ype: T e lecom ± R 1 0dB 0 M aterial: 2 AType: l= A lu mfb in um m 00, C = C o p p er *** P ro These d u ct T *** units y p e : These are B roadw supplied all D irectional W units are with G Type: supplied 2.92mm C R00 oupler with (K-type) 2.92mm connectors. 2 Type: FBMFB 00 P00 (K-type) connectors. Ordering Information VSWR (Max) Secondary Line P ro d u ct (2 T ywp e G : Broadwall P orts, 2 CD oax irectional P ort) Coupler (2 W G P orts, 2 C oax P ort) C ou p lin g : C = 3 0 d B Coupling: C= 30dB Coupling** Directivity (Min) type: Multiple type: Multiple types types available available - see - see VT VT s page Finish: Finish: Corrosion Corrosion protection protection plus plus black black top top coat FJ= la nm gale, e TK y= p e: Fem FB P00 ale Coax Connector IEC EIA J= C om aale, x C ok n= nfem ecto aler Type: N = T y p e N, S = S M A, 2 C o. a x 2 = C ok n2 n. ecto 2 mr Tm y p, e: 2.4 N = T2 y.4 p e mn m, S, = TSN MC A =, TN C 2. 2 = K 2. 2 m m, 2.4 = 2.4 m m, T N C = TN C Flan Style 5 - Dual-arm Broadwall Directional Coupler Style 5 - Dual-arm Broadwall Directional Coupler 4 Ports 4 Ports 23

28 type: type: Multiple Multiple types types available available - see - VT see s VT s page page Finish: Finish: Corrosion Corrosion protection Style protection plus 5 - black plus Dual-arm black top coat top coat Broadwall Directional Coupler 4 Ports Style Style 5-5 Dual-arm - Dual-arm Broadwall Broadwall Directional Coupler Coupler 4 4 Ports Ports Range Main Line VT26WDXC VSWR 1.08 VSWR VSWR (Max) (Max) (Max) Directivity Range Coupling** Directivity R26 WR340 Range Main Secondary Coupling** VT32WDXC (Min) Material Main 1.08 Secondary (Min) Ma IEC EIA R32 WR284 Main Secondary (Min) Line Line Line IEC EIA VT40WDXC VT26WDXC Line Line IEC EIA R WR340 R40 WR229 Section 1 VT26WDXC VT26WDXC VT48WDXC VT32WDXC R R26 WR284R26 R48 WR340 WR340 WR187 /C VT40WDXC R40 WR229 VT32WDXC VT32WDXC VT58WDXC R32 R32 R58 WR284 WR284 WR159 /C VT48WDXC R48 WR187 VT40WDXC VT40WDXC VT70WDXC R40 R40 R70 WR229 WR229 WR137 /C VT58WDXC R58 WR159 VT48WDXC VT48WDXC VT84WDXC VT70WDXC R R48 WR137R48 R84 WR187 WR187 WR112 FBP/FBM/FB /C VT58WDXC VT58WDXC VT0WDXC VT84WDXC R R58 WR112 R58 R0 WR159 WR159 WR90 FBP/FBM/FB /C VT0WDXC VT70WDXC VT70WDXC VT120WDXC R0 WR R70 R70 R120 WR137 WR137 WR75 FBP/FBM/FB /C VT120WDXC R120 WR75 VT84WDXC VT84WDXC VT140WDXC R84 R84 R140 WR112 WR112 WR62 /C VT140WDXC R140 WR62 VT0WDXC VT0WDXC VT180WDXC R R0 WR51 R0 R180 WR90 WR90 WR51 /C VT120WDXC VT120WDXC VT220WDXC R R120 WR42 R120 R220 WR75 WR75 WR42 /C R260 WR34 VT140WDXC VT140WDXC VT260WDXC R140 R140 R260 WR62 WR62 WR34 /C 08 VT320WDXC R320 WR28 VT180WDXC VT180WDXC VT320WDXC R180 R180 R320 WR51 WR51 WR28 /C VT220WDXC VT220WDXC *Indicates Model Number See 1.15 Ordering 1.15 Information for complete part R220number. WR42 WR42 /C VT260WDXC VT260WDXC **Nominal Accuracy: ± 0.7dB R260 R260 WR34 WR34 /C VT320WDXC VT320WDXC uency Sensitivity: ± 1. 1dB R320 R320 WR28 WR28 /C *Indicates *Indicates Model Model Number. Number. See Ordering See Ordering Information Information complete for complete part number. part number. **Nominal **Nominal Accuracy: Accuracy: ± 0.7dB ± 0.7dB Broadwall Directional Coupler uency uency Sensitivity: Sensitivity: ± 1dB ± 1dB VSWR (Max) Secondary Line Coupling** Directivity (Min) IEC E x a m p le P a rt N o : V T 0 0 W U C 3 0 N K P M A Example Part No: VT 0 WDXC 30 P M E M A V ector Telecom M aterial: A l= A lum in u m, C = C o p p er Material:=uminum, C=Copper Ordering W G T ype: :R0 R Type: 4 Type: FB M 00 FBM0 P ro d u ct Product T y p e : BType:B roadw all roadw D irectional all D irectional C oupler C oupler Type: 3 Type: FB P00 FBE0 (2 W G P(4 orts, W G 2 PCo rts) oax P ort) J= M ale, K = Fem 2 Type: ale FBM0 C ou p lin g Coupling: : C = 3 0 d BC=30dB EIA C o a x C o n n ecto 1 Type: r Type: FBP0 N = T y p e N, S = S M A, 2. 2 = K 2. 2 m m, 2.4 = 2.4 m m, T N C = TN C Style 5 - Dual-arm Broadwall Directional Coupler 4 Ports 24

29 Style 6 - Dual-arm Broadwall Directional Coupler Finish: Finish: Corrosion Corrosion protection protection plus black plus black top coat top coat 2 Ports, 2 Coax Ports Style Style 6-6 Dual-arm - Dual-arm Broadwall Broadwall Directional Directional Coupler Coupler 2 2 Ports, Ports, 2 Coax 2 Coax Ports Ports VSWR (Max) Directivity Range Coupling** Main Secondary (Min) Coax Line Line Connector IEC EIA VT26WDXC N N R26 WR340 FDP VT32WDXC N VSWR 1. VSWR (Max) (Max) Directivity VSWR (Max) Directivity Directivity N R32 Range Range Range Coupling** Coupling** WR284 FDP Coax Main (Min) Coax (Min) Material VT40WDXC N Main 1.08 Secondary (Min) Coax Connector Line Line Connector IEC EIAN R40 WR229 FDP Fl Line Section 1 IEC EIA VT48WDXC N VT26WDXC N Line Line Connector IEC EIA N R26 WR340 N R48 WR187 FDP VT26WDXC N VT26WDXC N VT32WDXC N N R32 N WR284 R26 WR340 VT58WDXC N N N R26 R58 WR340 WR159 FDP/F FDP VT40WDXC N N R40 WR229 VT32WDXC N VT32WDXC N VT70WDXC N N R32 WR284 VT48WDXC N N N R48 WR187 N R32 R70 WR284 WR137 FDP/F FDP VT40WDXC N VT40WDXC N VT84WDXC N VT58WDXC N N R58 N WR159 N NR40 R40 R84 WR229 WR229 WR112 FDP/F FBP VT70WDXC N N R70 WR137 VT48WDXC N VT48WDXC N VT0WDXC N N N NR48 R48 R0 WR187 WR187 WR90 FDP/F FBP VT84WDXC N N R84 WR112 VT58WDXC N VT58WDXC N VT120WDXC S VT0WDXC N N R0 N N WR90 SMAR58 R58 R120 WR159 WR159 WR75 FDP/F FBP VT70WDXC N VT70WDXC N VT120WDXC S SMA R120 N WR75 R70 WR137 VT140WDXC S N SMA R70 R140 WR137 WR62 FDP/F FBP VT140WDXC S SMA R140 WR62 VT84WDXC N VT84WDXC N VT180WDXC S N R84 WR112 FBP/FBM/F VT180WDXC S SMA N R180 WR51 SMA R84 R180 WR112 WR51 VT0WDXC N VT0WDXC N VT220WDXC S SMA,K*** R220 N SMA,K*** WR42 N R0 R0 R220 WR90 WR90 WR42 FBP/FBM/F VT260WDXC S SMA,K*** R260 WR34 VT120WDXC S VT120WDXC S VT260WDXC S SMA SMA,K*** SMA R120 R120 R260 WR75 WR75 WR34 FBP/FBM/F 08 VT320WDXC S SMA,K*** R320 WR28 VT140WDXC S VT140WDXC S VT320WDXC S SMA SMA,K*** SMA R140 R140 R320 WR62 WR62 WR28 FBP/FBM/F VT180WDXC S VT180WDXC S *Indicates Model 1.Number See 1.25 Ordering 3-40Information for complete SMA part SMA number. R180 R180 WR51 WR51 FBP/FBM/F VT220WDXC S VT220WDXC S **Nominal Accuracy: ± 0.7dB SMA,K*** SMA,K*** R220 R220 WR42 WR42 FBP/FBM/F VT260WDXC S VT260WDXC S uency Sensitivity: ± db SMA,K*** SMA,K*** R260 R260 WR34 WR34 FBP/FBM/F Broadwall VT320WDXC S VT320WDXC S Ordering Information SMA,K*** SMA,K*** R320 R320 WR28 WR28 FBP/FBM/F Directional *** These units are supplied with 2.92mm (K-type) connectors. *Indicates *Indicates Model Model Number. Number. See Ordering See Ordering Information Information complete for complete part number. part number. Coupler **Nominal **Nominal Accuracy: Accuracy: ± 0.7dB ± 0.7dB uency Ordering uency Sensitivity: Sensitivity: E x ainformation m p le ± 1 P adb ± 1 db rt N o : V T 0 0 W D X C 3 0 N K P M A *** These *** These units are units V ector supplied are Telecom supplied with 2.92mm with 2.92mm (K-type) (K-type) connectors. connectors. M a teria l: A l= A lu m in u m, C = C o p p er W G T y p e : R 0 0 P ro d u ct T y p e : BExam roadwple all Part D irectional N o : VT C oupler 00 W D XC 30 N K P M A Type: FB P00 (2 EVx Wecto a mg r pp Torts, le e lecom P a2 rt C oax N o : P ort) V T 0 0 W D X C 3 0 N K P M a teria A J= l: M A a l= le, A lu K m = in Fem u m, ale C = C o p p er V ector W G Telecom Type : R00 2 Type: FBM 00 C ou p lin g : C = 3 0 d B C om a x teria C o nl: n ecto A l= r A lu T ym p e: in un m =, TC y= pce on p p, er S = P ro d u ct T y p e : Broadwall D irectional Coupler F la n g e T y p e: FB P00 W G T y p e : R = K 22.Type: 2 m m, FB 2.4 M = m m, T N C = T (2 W G P orts, 2 C oax P ort) J= M a le, K = Fem a le P ro d u ct T y p e : B roadw all D irectional C oupler Type: FB P00 Coupling: C= 30dB C o a x C o n n ecto r T y p e: N = Type N, S= S (2 W G P orts, 2 C oax P ort) 2. 2 = K 2 J=.M2 ma le, m, K 2.4 = Fem = 2.4ale m m, T N C = TN C ou p lin g : C = 3 0 d B 2 Type: FB M 00 C o a x C o n n ecto r T y p e: N = T y p e N, S 2. 2 = K 2. 2 m m, 2.4 = 2.4 m m, T N C 25

30 9 Tee 9.1 Magic Hybrid Tee Section 1 s Magic Hybrid Tee is four-port coupler for matching, balance and isolation. E-plane to H-plane Isolation is a function of 9 Tee the symmetry which is carefully balanced on each unit. If the E-plane port 4 or the H-plane 9.1 Magic Hybrid Tee port 2 are used as inputs the split is on the s Magic Hybrid Tee is four- port coupler for output collinear ports 1 and 3. When the input matching, balance and isolation. E-plane to H-plane is E plane port 4 the outputs are out of phase 180 deg. When the Isolation is a function of the symmetry which is carefully balanced input is on H each plane unit. port If the E-plane 2 the port outputs 4 or the are H-plane in phase. The in-phase and port equal 2 are amplitude used as inputs signals the split inputting is on the output into collinear two collinear ports can result ports combined 1 and 3. signals When the at input H-plane is E plane port and 4 the canclled outputs signal at E-plane port. are This out feature of phase 180 is widely deg. When used the input monopulse is H plane port antenna 2 feed structure and the outputs are phase. The in-phase and equal amplitude phasing testing setup. signals inputting into two collinear ports can result combined signals at H-plane port and canclled signal at E-plane port. This feature is widely used in monopulse antenna feed structure and phasing testing setup. 09 Tee Range Operating Bandwidth Range Operating Bandwidth (%)** VSWR (Max) VSWR (Max) (%)** H-Arm E-Arm Isolation VT8WMT VT12WMT ±0.25 ±0.25 R12 WR770 R8 WR1150 VT14WMT ±0.25 R14 WR650 VT9WMT ±0.25 R9 WR975 VT18WMT ±0.25 R18 WR5 VT12WMT ±0.25 R12 WR770 VT22WMT ±0.4 R22 WR430 Isolation VT18WMT ±0.25 R18 WR5 VT22WMT ±0.4 R22 WR (H&E Arms) Unbalance (Max) IEC EIA VT3WMT ±0.25 R3 WR2300 VT4WMT VT5WMT ±0.25 ±0.25 R5 WR1800 R4 WR20 VT5WMT ±0.25 R5 WR1800 VT6WMT ±0.25 R6 WR1500 VT14WMT ±0.25 R14 WR650 VT26WMT ±0.4 R26 WR340 (H&E Unbalance (Max) H-Arm E-Arm IEC EIA VT3WMT ±0.25 R3 WR2300 VT4WMT ±0.25 R4 WR20 VT6WMT ±0.25 R6 WR1500 VT8WMT ±0.25 R8 WR1150 VT9WMT ±0.25 R9 WR975 VT26WMT ±0.4 R26 WR340 VT32WMT ±0.4 R32 WR284 Material

31 Section 1 VT48WMT ±0.4 R48 WR187 VT58WMT ±0.4 R58 WR159 Range Operating Bandwidth (%)** Isolation VSWR (Max) Unbalance (H&E (Max) Arms) H-Arm E-Arm IEC EIA VT70WMT ±0.4 R70 WR137 VT84WMT ±0.4 R84 WR112 VT0WMT ±0.4 R0 WR90 VT48WMT ±0.4 R48 WR187 VT120WMT VT58WMT ±0.4 ±0.4 R58 WR159 R120 WR75 VT70WMT ±0.4 R70 WR137 VT140WMT ±0.4 R140 WR62 VT84WMT ±0.4 R84 WR112 VT180WMT ±0.4 R180 WR51 VT0WMT ±0.4 R0 WR90 VT220WMT VT120WMT ±0.4 ±0.4 R120 WR75 R220 WR42 VT140WMT ±0.4 R140 WR62 VT260WMT ±0.4 R260 WR34 VT180WMT ±0.4 R180 WR51 VT320WMT ±0.4 R320 WR28 VT220WMT ±0.4 R220 WR42 VT400WMT VT260WMT ±0.4 ±0.5 R260 WR34 R400 WR22 VT320WMT ±0.4 R320 WR28 VT500WMT ±0.5 R500 WR19 VT400WMT ±0.5 R400 WR22 Cu VT620WMT ±0.5 R620 WR15 VT500WMT ±0.5 R500 WR19 Cu VT620WMT ±0.5 R620 WR15 Cu VT740WMT ±0.5 R740 WR12 VT740WMT ±0.5 R740 WR12 Cu VT900WMT ±0.5 R900 WR VT900WMT ±0.5 R900 WR Cu *Indicates Model Number. See Ordering Information for complete part number. *Indicates Model Number. See Ordering Information for complete part number. **Typical operating bandwidth of of the the hybrid tee tee is is up up 15% 20% of of waveguide bandwidth. Performance degradation may occur while it covers wider waveguide bandwidth. Performance degradation may occur while it covers wider waveguide bandwidth. Material 09 Tee Example Part No: VT 00 WMT A Material:A=uminum C=Copper :R00 Product Type:Magic Hybrid Tee 9.2 E-Plane Tee Vector 9.2 E-Plane Telecom Tee manufactures a wide variety of E-Plane Tees. The junction of the auxiliary arm is made s on the broad manufactures wall of a wide the variety main of waveguide. E-Plane Tees. The junction of the auxiliary arm is made on the broad wall of the main waveguide. 27

32 Model No Model No Range Material Range IEC EIA Material IEC EIA VT3WET R3 WR2300 Section 1 09 Tee VT3WET VT4WET R3 WR2300 R4 WR20 VT4WET VT5WET R4 WR20 R5 WR1800 VT5WET VT6WET R5 R6 WR1800 WR1500 VT6WET VT8WET R6 R8 WR1500 WR1150 VT9WET R9 WR975 VT8WET VT12WET R WR1150 R12 WR770 VT9WET VT14WET R WR975 R14 WR650 VT12WET VT18WET R12 WR770 R18 WR5 VT14WET VT22WET R14 WR650 R22 WR430 VT18WET VT26WET R18 WR5 R26 WR340 VT22WET VT32WET R22 R32 WR430 WR284 VT26WET VT40WET R26 R40 WR340 WR229 VT32WET VT48WET R48 WR R32 WR284 VT58WET R58 WR159 VT40WET VT70WET R WR229 R70 WR137 VT48WET VT84WET R48 WR187 R84 WR112 VT58WET VT0WET R58 WR159 R0 WR90 VT70WET VT120WET R70 WR137 R120 WR75 VT84WET VT140WET R84 WR112 R140 WR62 VT0WET VT180WET R0 R180 WR90 WR51 VT120WET VT220WET R120 R220 WR75 WR42 VT260WET R260 WR34 VT140WET R140 WR62 VT320WET R320 WR28 VT180WET VT400WET R WR51 R400 WR22 Cu VT220WET VT500WET R220 WR42 R500 WR19 Cu VT260WET VT620WET R260 WR34 R620 WR15 Cu VT320WET R320 WR28 VT400WET R400 WR22 Cu VT500WET R500 WR19 Cu VT620WET R620 WR15 Cu VT740WET R740 WR12 Cu VT900WET R900 WR Cu 28

33 VT740WET R740 WR12 Cu VT900WET VT740WET R900 R740 WR WR12 Cu Cu VT900WET R900 WR Cu Example Part No: VT 00 WET A Example WG Part Type:R00 No: VT 00 WET A Material:A=uminum C=Copper Product Type:E-Plane Tee Material:A=uminum C=Copper type: WG Multiple Type:R00 types available - see VT Product s Type:E-Plane page Tee Finish: Corrosion type: Multiple protection types available plus black - see top coat VT s page 9.3 H-Plane Tee Section 1 Vector 9.3 H-Plane Telecom Tee manufactures a wide variety of H-Plane Vector 9.3 H-Plane Telecom s Tees. Tee The manufactures junction a wide of the variety auxiliary of H-Plane arm Tees. is made on the narrow wall of the main waveguide. The Vector junction Telecom s of the manufactures auxiliary arm is a made wide variety on the narrow of H-Plane wall of Tees. the main The junction waveguide. of the auxiliary arm is made on the narrow wall of the main waveguide. 09 Tee Model No Range Material IEC Type EIA Model No Range Model No Range Material Material VT3WHT R3 WR2300 IEC IEC EIA EIA VT4WHT R4 WR20 VT3WHT R3 WR2300 VT3WHT R3 WR2300 VT5WHT R5 WR1800 VT4WHT VT4WHT R4 R4 WR20 WR20 VT6WHT R6 WR1500 VT5WHT VT5WHT R5 R5 WR1800 WR1800 VT8WHT R8 WR1150 VT6WHT VT6WHT R6 R6 WR1500 WR1500 VT9WHT R9 WR975 VT8WHT VT8WHT R8 R8 WR1150 WR1150 VT12WHT R12 WR770 VT9WHT VT9WHT R9 R9 WR975 WR975 VT14WHT R14 WR650 VT12WHT VT12WHT R12 R12 WR770 WR770 VT18WHT R18 WR5 VT14WHT VT14WHT R14 R14 WR650 WR650 VT18WHT VT18WHT R18 R18 WR5 WR5 VT22WHT R22 WR430 29

34 Model No Range Material VT22WHT R22 IEC WR430 EIA Section 1 09 Tee VT26WHT VT26WHT R26 R26 WR340 WR340 VT32WHT VT32WHT R32 R32 WR284 WR284 VT40WHT VT40WHT R40 R40 WR229 WR229 VT48WHT VT48WHT R48 R48 WR187 WR187 VT58WHT VT58WHT R58 R58 WR159 WR159 VT70WHT VT70WHT R70 R70 WR137 WR137 VT84WHT VT84WHT R84 R84 WR112 WR112 VT0WHT VT0WHT R0 R0 WR90 WR90 VT120WHT VT120WHT R120 R120 WR75 WR75 VT140WHT VT140WHT R140 R140 WR62 WR62 VT180WHT VT180WHT R180 R180 WR51 WR51 VT220WHT VT220WHT R220 R220 WR42 WR42 VT260WHT VT260WHT R260 R260 WR34 WR34 VT320WHT VT320WHT R320 R320 WR28 WR28 VT400WHT VT400WHT R400 R400 WR22 WR22 Cu Cu VT500WHT VT500WHT R500 R500 WR19 WR19 Cu Cu VT620WHT VT620WHT R620 R620 WR15 WR15 Cu Cu VT740WHT VT740WHT R740 R740 WR12 WR12 Cu Cu VT900WHT VT900WHT R900 R900 WR WR Cu Cu Example Part No: VT 00 WHT A :R00 Material:A=uminum C=Copper Product Type:H-Plane Tee 30

35 Single Channel Rotary Joint Single Channel Rotary Joint Section 1 Rotary Joints (rotary couplers) are used to transmit microwave energy from stationary lines to rotating lines. The rotary joint is an electro-mechanical device with RF performance dependent upon rigorous electrical and mechanical design. Available styles are defined Rotary Joints by (rotary physical couplers) geometry are used to as transmit follows: microwave energy from stationary lines to rotating lines. The rotary joint is an electro-mechanical device with RF performance dependent I-style - Two in-line arms both collinear with the axis of rotation. upon rigorous electrical and mechanical design. Available styles are defined by physical geometry as follows: L-style - One arm is perpendicular to the axis of rotation. I-style - Two in-line arms both collinear with the axis of rotation. L-style - One arm is perpendicular to the axis of rotation. U-style - Both arms are perpendicular to the axis of rotation. U-style - Both arms are perpendicular to the axis of rotation. Single Channel Rotary Joint Operating IL Range Operating VSWR VSWR IL Model No Range Bandwidth VSWR VSWR IL WOW IL Material Model No Bandwidth (Max) WOW (Max) IEC EIA Material (MHz) (Max) WOW (Max) WOW IEC EIA (MHz) VT32WRJI R32 WR284 VT32WRJI VT32WRJL dB 0.1dB R32 WR284 VT32WRJL VT32WRJU dB 0.1dB R32 WR284 VT32WRJU VT40WRJI dB 0.1dB R32 R40 WR284 WR229 VT40WRJL VT40WRJI dB dB R40 R40 WR229 WR229 VT40WRJU VT40WRJL dB dB R40 R40 WR229 WR229 VT48WRJI R48 WR187 VT40WRJU dB 0.1dB R40 WR229 VT48WRJL R48 WR187 VT48WRJI dB 0.1dB R48 WR187 VT48WRJU R48 WR187 VT48WRJL dB 0.1dB R48 WR187 VT58WRJI R58 WR159 VT48WRJU VT58WRJL dB dB 0.1 R48 R58 WR187 WR159 VT58WRJI VT58WRJU dB 0.1dB R58 R58 WR159 WR159 VT58WRJL dB 0.1dB R58 WR VT58WRJU dB 0.1dB R58 WR159 VT70WRJI dB 0.1dB R70 WR137

36 Section 1 Single Channel Rotary Joint Operating Range VSWR VSWR IL IL Model No Bandwidth Material (Max) WOW (Max) WOW IEC EIA VT70WRJL (MHz) dB 0.1dB R70 WR137 VT70WRJI R70 WR137 VT70WRJU dB 0.1dB R70 WR137 VT70WRJL R70 WR137 VT84WRJI dB 0.1dB R84 WR112 VT70WRJU R70 WR137 VT84WRJL dB 0.1dB R84 WR112 VT84WRJI R84 WR112 VT84WRJU dB 0.1dB R84 WR112 VT84WRJL R84 WR112 VT0WRJI VT84WRJU dB dB 0.1 R0 R84 WR90 WR112 VT0WRJL VT0WRJI dB 0.1dB R0 R0 WR90 WR90 VT0WRJU VT0WRJL dB 0.1dB R0 R0 WR90 VT120WRJI VT0WRJU dB 0.1dB R0 R120 WR90 WR75 VT120WRJL VT120WRJI dB 0.1dB R120 WR75 VT120WRJU VT120WRJL dB 0.1dB R120 WR75 VT140WRJI VT120WRJU dB dB R120 R140 WR75 WR62 VT140WRJL VT140WRJI dB 0.1dB R140 WR62 VT140WRJU VT140WRJL dB 0.1dB R140 WR62 VT140WRJU VT180WRJI dB dB R140 R180 WR62 WR51 VT180WRJI VT180WRJL dB dB R180 R180 WR51 WR51 VT180WRJL R180 WR51 VT180WRJU dB 0.1dB R180 WR51 VT180WRJU R180 WR51 VT220WRJI dB 0.1dB R220 WR42 VT220WRJI R220 WR42 VT220WRJL dB 0.1dB R220 WR42 VT220WRJL R220 WR42 VT220WRJU VT220WRJU dB dB 0.1 R220 R220 WR42 WR42 VT260WRJI VT260WRJI dB dB 0.1 R260 R260 WR34 WR34 VT260WRJL dB 0.1dB R260 R260 WR34 WR34 VT260WRJU dB 0.1dB R260 WR28 VT320WRJI dB 0.1dB R320 WR28 VT320WRJL dB 0.1dB R320 WR28 VT320WRJU dB 0.1dB R320 WR28 Example Part No: VT 00 WRJL P M A :R00 Product Type:Rotary Joint WRJI (I-style), WRJL (L-style), WRJU (U-style) Material:A=uminum C=Coppe Port 2 Type:FBM Port Type:FBP 32

37 11 Termination (Dummy Load) 11 Termination (Dummy Load) 11.1 Low Power Termination 11.1 Low Power Termination s standard product line of low power terminations utilizes precision conical load s standard product line of low power terminations utilizes elements precision for optimum electrical conical performance. load This elements series of terminations for optimum is designed for electrical low power performance. This series of terminations is designed for low power input. VSWR is less is less than 1.05 than over 1.05 the full over waveguide the bandwidth. full waveguide bandwidth. Section 1 Termination (Dummy Load) Range VSWR Avg Power Length (L) VSWR (Max) Avg Power Material (W) Length (mm) (L) Range IEC EIA Material (Max) (W) (mm) IEC EIA VT3WL R3 WR2300 VT3WL R3 WR2300 VT4WL R4 WR20 VT4WL R4 WR20 VT5WL VT5WL R5 R5 WR1800 WR1800 VT6WL R6 R6 WR1500 WR1500 VT8WL R8 R8 WR1150 WR1150 VT9WL R9 R9 WR975 WR975 VT12WL R12 R12 WR770 WR770 VT14WL R14 R14 WR650 WR650 VT18WL R18 R18 WR5 WR5 VT22WL R22 R22 WR430 WR430 VT26WL1.03 VT26WL R26 WR340 R26 WR340 VT32WL1.03 VT32WL R32 WR284 R32 WR284 VT40WL R40 WR229 VT40WL R40 WR229 VT48WL R48 WR187 VT48WL R48 WR187 VT58WL R58 WR159 VT58WL R58 WR159 VT70WL R70 WR137 VT70WL R70 WR137 VT84WL R84 WR112 VT84WL R84 WR112 33

38 VT0WL R0 WR90 VT120WL VSWR Avg Power Length (L) R120 WR75 VT0WL Range 130 Material VT140WL (Max) 2(W) (mm) 90 R0 R140 WR90 IEC WR62 EIA VT120WL VT180WL1.03 VT0WL R120 R180 R0 R0 WR75 WR51 WR90 WR90 VT140WL VT220WL1.03 VT120WL R140 WR R220 R120 R120 WR42 WR75 WR75 VT180WL VT260WL1.03 VT140WL R180 R260 R140 R140 WR51 WR34 WR62 WR62 VT220WL VT320WL1.03 VT180WL R220 R320 R180 R180 WR42 WR28 WR51 WR51 VT260WL1.03 *Indicates VT220WL1.03 Model Number See Ordering 1.03 Information 2 for complete R260 part R220 R220 number. WR34 WR42 WR42 VT320WL1.03 VT260WL VT260WL R320 R260 R260 WR28 WR34 WR34 *Indicates VT320WL1.03 Model Number See Ordering 1.03 Information 2 for complete 40 part R320number. WR28 VT320WL R320 WR28 *Indicates Model Number. See Ordering Information for complete part number. Section 1 Example Part No: VT 00 WL.0 M A Material:A=uminum C=C Example WG Part Type:R00 No: VT 00 WL.0 M A Type:M=FBM00 Material:A=uminum C=C Production Type:WG Low Power Termination Max VSWR:.0 Copper Example Part No: VT 00 WL.0 M A Vector :R00 Telecom Material:A=uminum Type:M=FBM00 C=C Production Type:WG Low Power Termination Max VSWR:.0 :R00 Type:M=FBM00 Production Type:WG Low Power Termination Max VSWR:.0 Finish: Corrosion type: Multiple protection types available plus black - see top VT coat s page Finish: Corrosion type: Multiple protection types plus available black top - see coat VT s page 11.2 Finish: Corrosion High protection Power Termination plus black top coat 11.2 High Power Termination 11.2 High Power Termination 11.2 High Power Termination Termination (Dummy Load) manufactures a wide selection of high power manufactures a wide selection of high power terminations. Please call us and terminations. Please call us and discuss your special needs with one Vector discuss of our Telecom your sales special manufactures engineers. needs with a one wide of our selection sales engineers. of high power terminations. Please call us and manufactures a wide selection of high power terminations. Please call us and discuss Specification your special needs with one of our sales engineers. Range VSWR** Avg Power Specification Model discuss No* your special needs Rangewith VSWR** one of our sales Avg engineers. Material (Max) Power (W) Material (Max) IEC EIA Specification Range VSWR** Avg Power (W) VT14WHPL Material VT14WHPL (Max) (W) 0 0 R14 WR650 IEC R14 WR650 EIA Range VSWR** Avg Power R14 Material VT14WHPL VT14WHPL (Max) (W) R14 WR650 R14 IEC WR650 EIA VT14WHPL500 VT14WHPL350 VT14WHPL R14 R14 WR650 R14 R14 WR650 WR650 VT14WHPL00 VT14WHPL500 VT14WHPL R14 R14 WR650 R14 R14 WR650 WR650 VT18WHPL0 VT14WHPL00 VT14WHPL R18 R18 WR5 R14 R14 WR650 WR650 VT18WHPL0 VT14WHPL R18 R14 WR5 WR VT18WHPL R18 WR5

39 Range VSWR** (Max) Avg Power (W) IEC EIA VT18WHPL R18 WR5 VT18WHPL R18 WR5 VT18WHPL R18 WR5 VT22WHPL R22 WR430 VT22WHPL R22 WR430 VT26WHPL R26 WR340 VT26WHPL R26 WR340 VT32WHPL R32 WR284 VT32WHPL R32 WR284 VT40WHPL R40 WR229 Material Section 1 VT48WHPL R48 WR187 VT48WHPL R48 WR187 VT48WHPL R48 WR187 VT48WHPL R48 WR187 VT48WHPL R48 WR187 VT58WHPL R58 WR159 VT58WHPL R58 WR159 VT70WHPL R70 WR137 VT70WHPL R70 WR137 VT70WHPL R70 WR137 Termination (Dummy Load) VT70WHPL R70 WR137 VT70WHPL R70 WR137 VT70WHPL R70 WR137 VT70WHPL R70 WR137 VT84WHPL R84 WR112 VT84WHPL R84 WR112 VT0WHPL R0 WR90 VT0WHPL R0 WR90 VT0WHPL R0 WR90 VT120WHPL R120 WR75 VT120WHPL R120 WR75 VT120WHPL R120 WR75 VT120WHPL R120 WR75 VT120WHPL R120 WR75 VT140WHPL R140 WR62 VT140WHPL R140 WR62 35

40 Section 1 Termination (Dummy Load) Range VSWR** (Max) Avg Power (W) IEC EIA Material VT140WHPL R140 WR62 VT140WHPL R140 WR62 VT140WHPL200 VT140WHPL R140 R140 WR62 WR62 VT140WHPL300 VT140WHPL R140 R140 WR62 WR62 VT140WHPL R140 WR62 VT140WHPL400 VT140WHPL R140 R140 WR62 WR62 VT140WHPL R140 WR62 VT140WHPL R140 R140 WR62 WR62 VT180WHPL R180 WR51 VT180WHPL50 VT180WHPL500 VT180WHPL R180 R180 R180 R180 WR51 WR51 WR51 WR51 VT180WHPL500 VT220WHPL R180 R180 R220 WR51 WR51 WR42 VT220WHPL R220 WR42 VT220WHPL0 VT220WHPL R220 R220 R220 WR42 WR42 WR42 VT220WHPL R220 WR42 VT220WHPL200 VT260WHPL R220 R220 R260 WR42 WR42 WR34 VT260WHPL R260 WR34 VT260WHPL0 VT320WHPL R260 R260 R320 WR34 WR34 WR28 VT320WHPL R320 WR28 VT320WHPL30 VT400WHPL R320 R320 R400 WR28 WR28 WR22 VT400WHPL R400 WR22 Cu VT400WHPL VT400WHPL VT400WHPL R400 R400 R400 WR22 WR22 WR22 Cu Cu VT400WHPL R400 WR22 Cu VT400WHPL20 VT400WHPL R400 R400 WR22 WR22 Cu Cu *Indicates Model Number. See Ordering Information for complete part number. *Indicates *Indicates Model Model Number. Number. See See Ordering Ordering Information Information for complete for complete part number. part number. **VSWR refers to 30% of waveguide bandwidth. **VSWR refers to 30% of waveguide bandwidth. **VSWR refers to 30% of waveguide bandwidth. Ordering Information Example Example Part No: Part VT No: 00 VT WHPL WHPL M A300 M A Example Part No: VT 00 WHPL 300 M A Material:A=uminum Material:A=uminum C=Copper C=Copper Material:A=uminum C=Copper :R00 :R00 Type:M=FBM00 Type:M=FBM00 Product Type:WG WG High Type:R00 Product Type:WG High Power Power Termination Termination Power Type:M=FBM00 Power Handling(Max):300W(Avg) Product Type:WG High Power Termination Power Handling(Max):300W(Avg) type: Multiple type: Multiple types available types available - see VT - see s VT s page page Finish: Finish: Corrosion Corrosion protection protection plus black plus top black coat top coat 36

41 12 Attenuator offers a series of rectangular waveguide attenuators. 12 Attenuator Typical Attenuation values are 3dB, 6dB, db, 20dB and 30dB (other attenuation values available, consult sales engineers for details). offers a series of rectangular waveguide attenuators. Typical Attenuation The assembly construction includes a precision element for optimum values are 3dB, 6dB, db, 20dB and 30dB (other attenuation values available, consult sales engineers electrical for details). performance, The assembly but construction note that includes Attenuation a precision element vs. uency for optimum can electrical vary greatly performance, depending but note that on Attenuation the attenuation vs. uency can at vary a given greatly depending frequency. on the attenuation at Fixed a given Attenuators frequency. with Fixed normal Attenuators and high with normal power and units high are power also units available. are also available. For more For more information feel free free to call to us call and discuss and your discuss needs with one of our sales engineers. your needs with one of our sales engineers Fixed Fixed Attenuator Attenuator Section 1 2 Attenuator Range VSWR Power Attenuation** Range VSWR Power Attenuation** Material (Max) (W) IEC EIA Material (Max) (W) IEC VT14WFA /6//20/30 R14 WR650EIA VT14WFA VT18WFA /6//20/30 R18 R14 WR5 WR650 VT18WFA VT22WFA /6//20/30 R22 R18 WR430 WR5 VT22WFA VT26WFA /6//20/30 R26 R22 WR340 WR430 VT32WFA VT26WFA /6//20/30 3/6//20/30 R32 R26 WR284 WR340 VT40WFA /6//20/30 R40 WR229 VT32WFA /6//20/30 R32 WR284 VT48WFA /6//20/30 R48 WR187 VT40WFA /6//20/30 R40 WR229 VT58WFA /6//20/30 R58 WR159 VT48WFA VT70WFA /6//20/30 R70 R48 WR137 WR187 VT58WFA VT84WFA /6//20/30 R84 R58 WR112 WR159 VT70WFA VT0WFA /6//20/30 R0 R70 WR90 WR137 VT120WFA VT84WFA /6//20/30 3/6//20/30 R120 R84 WR75 WR112 FBP/FBM/FB VT0WFA /6//20/30 R0 WR90 FBP/FBM/FB 37 VT120WFA /6//20/30 R120 WR75 FBP/FBM/FB

42 Range VSWR Power Attenuation** Material (Max) (W) IEC EIA VT140WFA /6//20/30 R140 WR62 FBP/FBM/FB VT140WFA VT180WFA /6//20/30 3/6//20/30 R140 WR62 R180 WR51 FBP/FBM/FB VT180WFA /6//20/30 R180 WR51 VT220WFA /6//20/30 R220 WR42 FBP/FBM/FB VT220WFA /6//20/30 R220 WR42 VT260WFA VT260WFA /6//20/30 3/6//20/30 R260 WR34 FBP/FBM/FB R260 WR34 VT320WFA VT320WFA /6//20/30 R320 R320 WR28 WR28 FBP/FBM/FB *Indicates Model Number. See Ordering Information for complete part number. ** Nominal Attenuation Accuracy: ± 0.5dB uency Sensitivity: ± 0.7dB Section 1 Example Part No: VT 00 WFA 30 P M A Material:A=uminum C=Copper :R00 2 Type:M=FBM00 Product Type: Fixed Attenuator Type:P=FBP00 Attenuation:30dB 12.2 High High Power Power Fixed Fixed Attenuator Attenuator 2 Attenuator 2 Range VSWR Power Attenuation** Range VSWR Power Attenuation** Material (Max) (W) IEC EIA Material (Max) (W) VT48WHPFA /20 R48 IEC WR187 EIA VT48WHPFA VT70WHPFA /20 55 R70R48 WR137 WR187 VT70WHPFA VT0WHPFA R0 R70 WR90WR137 VT120WHPFA /20/30 R120 WR75 VT0WHPFA R0 WR90 FBP/FBM/FB VT140WHPFA R140 WR62 VT120WHPFA /20/30 R120 WR75 FBP/FBM/FB VT320WHPFA R320 WR28 VT140WHPFA R140 WR62 FBP/FBM/FB 38

43 VT320WHPFA R320 WR28 FBP/FBM/FB *Indicates Model Number. See Ordering Information for complete part number. ** Nominal Attenuation Accuracy: ± 0.5dB uency Sensitivity: ± 0.7dB Example Part No: VT 00 WHPFA 30 P M A 20 :R00 Product Type: High Power Fixed Attenuator Attenuation:30dB Handling Power: 20W (CW) Material:A=uminum C=Copper 2 Type:M=FBM00 Type:P=FBP00 Section 1 2 Attenuator 39

44 13 Short 13 Short Vector Telecom offers a offers standard a product standard line of product waveguide line short of plates waveguide which provide short high reflection plates short which circuits provide for terminating high all reflection standard waveguides. short circuits for terminating offers a cover, all-clear standard configuration waveguides. as a standard product. Vector ternate Telecom materials offers and configurations a cover, are all-clear available upon request. configuration as a standard product. ternate materials and 13.1 configurations Short are available Plate upon request Short Plate Section 1 3 Short Model Range VSWR No* Range VSWR Thickness Thickness Material (Min) (mm) Material (Min) (mm) IEC IEC EIA EIA VT3WS VT3WS R3 R3WR2300 WR2300 FDP FDP VT4WS... VT4WS R4 R4WR20 WR20 FDP FDP VT5WS... VT5WS R5 R5WR1800 WR1800 FDP FDP VT6WS... VT6WS R6 R6WR1500 WR1500 FDP FDP VT8WS... VT8WS R8 R8WR1150 WR1150 FDP FDP VT9WS... VT9WS R9 R9WR975 WR975 FDP FDP VT12WS... VT12WS R12 R12 WR770 WR770 FDP FDP VT14WS... VT14WS R14 R14 WR650 WR650 FDP FDP VT18WS... VT18WS R18 R18 WR5 WR5 FDP FDP VT22WS... VT22WS R22 R22 WR430 WR430 FDP FDP VT26WS... VT26WS R26 R26 WR340 WR340 FDP FDP VT32WS... VT32WS R32 R32 WR284 WR284 FDP FDP VT40WS... VT40WS R40 R40 WR229 WR229 FDP FDP VT48WS R48 WR187 FDP 40

45 Section 1 Range VSWR (Min) Thickness (mm) IEC EIA VT48WS R48 WR187 FDP Material VT58WS... VT58WS R58 R58 WR159 WR159 FDP FDP VT70WS... VT70WS R70 R70 WR137 WR137 FDP FDP VT84WS... VT84WS R84 R84 WR112 WR112 FBP FBP VT0WS... VT0WS R0 R0 WR90 WR90 FBP FBP VT120WS... VT120WS R120 R120 WR75 WR75 FBP FBP VT140WS... VT140WS R140 R140 WR62 WR62 FBP FBP VT180WS... VT180WS R180 R180 WR51 WR51 FBP FBP VT220WS... VT220WS R220 R220 WR42 WR42 FBP FBP VT260WS... VT260WS R260 R260 WR34 WR34 FBP FBP VT320WS... VT320WS R320 R320 WR28 WR28 FBP FBP VT400WS... VT400WS R400 R400 WR22 WR22 Cu Cu VT500WS... VT500WS R500 R500 WR19 WR19 Cu Cu VT620WS... VT620WS R620 R620 WR15 WR15 Cu Cu VT740WS... VT740WS R740 R740 WR12 WR12 Cu Cu VT900WS... VT900WS R900 R900 WR WR Cu Cu *Indicates Model Number. See Ordering Information for complete part number. 3 Short Example Part No: VT 00 WS A Material:A=uminum C=Copper :R00 Product Type: Short 13.2 Offset Short offset shorts are available on special order. These are designed to have a specific shorting distance as required Sliding Short 41

46 13.2 Offset Short offset shorts are available on special order. These are designed to have a specific shorting distance as required. Section Sliding Short sliding shorts are available. Please consult sales engineer for more information. 3 Short 42

47 14 Isolator Section 1 4 Isolator offers a standard product line of waveguide isolators 14 Isolator ranging from WR to WR 137. For 14 Isolator more Vector information Telecom feel offers free to call a standard us Vector discuss p r o d uyour Telecom c t needs offers l i n e with o one a f wof aour standard v esales g u i d e product engineers. line of waveguide isolators isolators ranging from WR to ranging from WR to WR 137. For WR137. For more information more information feel free to call us and discuss feel free your needs to call with us one and of our discuss sales engineers. your needs with one of our sales Operating Isolation VSWR IL Model engineers. No Range Bandwidth (Max) (Max) (MHz) (Min) IEC EIA Material VT70WISO R70 WR137 Operating Operating Isolation VT84WISO VSWR IL IL R84 WR112 Model Model No NoRange Range Bandwidth Material Material (Max) (Max) (Max) (MHz) (MHz) (Min) IEC EIA VT0WISO R0 WR90 EIA VT70WISO VT120WISO VT70WISO R70 R120 WR137 R70 WR75 WR137 VT84WISO R84 WR112 VT84WISO VT140WISO R140 R84 WR62 WR112 VT0WISO R0 WR90 VT0WISO VT180WISO R180 R0 WR51 WR90 VT120WISO R120 WR75 VT120WISO VT220WISO VT140WISO R140 R120 R220 WR62 WR75 WR42 VT140WISO VT260WISO VT180WISO R180 R140 R260 WR51 WR62 WR34 VT180WISO VT320WISO VT220WISO R220 R180 R320 WR42 WR51 WR28 VT220WISO VT400WISO VT260WISO R260 R400 R220 WR34 WR22 WR42 VT260WISO VT500WISO VT320WISO R320 R260 R500 WR28 WR34 WR19 VT400WISO R400 WR22 Cu VT320WISO VT620WISO R320 R620 WR28 WR15 VT500WISO R500 WR19 Cu VT400WISO VT740WISO R400 R740 WR22 WR12 VT620WISO R620 WR15 Cu Cu VT500WISO VT900WISO VT740WISO R900 R740 R500 WR WR12 WR19 Cu Cu VT620WISO VT900WISO R900 R620 WR WR15 Cu Cu VT740WISO Ordering Information R740 WR12 Cu VT900WISO R900 WR Cu Example Part No: VT 00 WISO :R00 Product Type:WG Isolator type: Multiple Example types Part available No: VT - see 00 VT WISO s page :R00 Product Type:WG Isolator 43

48 Section 1 5 Circulator 15 Circulator 15 Circulator offers a standard product line of waveguide circulators Vector 15 ranging Telecom from WR offers Circulator WR a 137. standard For more product information line feel free of to waveguide call us and discuss circulators your needs ranging with from one of WR our sales to offers a standard product line of waveguide engineers. WR137. For more information feel free to call circulators ranging from WR to WR 137. For more information feel us free and to call discuss and your discuss needs your with needs one with of one our of sales our sales engineers. Operating IL Isolation VSWR Model No Range Bandwidth (Max) (MHz) (Max) (Min) IEC EIA Material Operating IL Isolation VT70WCIC Operating 1.20VSWR 0.3 IL 20 Isolation R70 WG WR137 Type Model No Range Bandwidth VSWR Material Model No Range Bandwidth (Max) (MHz) (Max) (Min) IEC EIA Material (Max) VT84WCIC R84IEC WR112 EIA (MHz) (Max) VT0WCIC VT70WCIC VT70WCIC R0 R70 R70WR90 WR137 WR137 VT120WCIC VT84WCIC VT84WCIC R120 R84 R84WR75 WR112 WR112 VT0WCIC VT140WCIC VT0WCIC R0 WR R140R0 WR62 WR90 VT120WCIC R120 WR75 VT180WCIC VT120WCIC R180R120 WR51 WR75 VT140WCIC R140 WR62 VT220WCIC VT140WCIC VT180WCIC R220R140 WR42 WR62 R180 WR51 VT260WCIC VT180WCIC VT220WCIC R260 R220 R180 WR34 WR42WR51 VT320WCIC VT220WCIC VT260WCIC R320 R260 R220 WR28 WR34WR42 VT400WCIC VT260WCIC VT320WCIC R400 R320 R260 WR22 WR28WR34 Cu VT400WCIC R400 WR22 Cu VT500WCIC VT320WCIC R500R320 WR19 WR28 Cu VT500WCIC R500 WR19 Cu VT620WCIC VT400WCIC R620R400 WR15 WR22 Cu Cu VT620WCIC R620 WR15 Cu VT740WCIC VT500WCIC R740R500 WR12 WR19 Cu Cu VT740WCIC R740 WR12 Cu VT900WCIC VT620WCIC R900R620 WR WR15 Cu VT900WCIC R900 WR Cu Cu VT740WCIC R740 WR12 Cu VT900WCIC Ordering Information R900 WR Cu (Min) Example Part No: VT 00 WCIC :R00 Product Type:WG Circulator Example Part No: VT 00 WCIC type: Multiple :R00 types available - see VT Product s Type:WG page Circulator 44

49 16 Custom Assemblies provides a wide variety of waveguide assemblies that are custom designed, manufactured and tested to meet customer s special requirements. Please call us and discuss your needs with one 16 Custom Assemblies of our sales engineers. provides a wide variety of waveguide assemblies that are custom designed, manufactured and tested to meet customer s special requirements. Please call us and discuss your needs with one of our sales engineers. Section 1 6 Custom Assemblies 45

50 17 Coaxial Fixed Termination supplies high quality Coaxial Terminations up to 18 GHz. Our Free Standing Convection Cooled Terminations offer great flexibility for 17 all Coaxial your engineering Fixed Termination applications. Please call us with your requirements and discuss your needs with one of our sales engineers. supplies high quality Coaxial Terminations up to 18 GHz. Our Free Standing Convection Cooled 15 Circulator Terminations offer great flexibility for all your engineering applications. Please call us with your requirements and discuss your needs with one of our sales engineers. offers a standard product line of waveguide circulators ranging from WR to WR 137. For more information feel free to call us and discuss your needs with one of our sales engineers. Section 2 Coaxial 7 Coaxial Fixed Termination Avg Peak Power Range Coax Connector Impedance Model No VSWR Avg Power Power Operating (W) Peak Power (kw) Type ( ) VSWR Range IL Isolation Coax Connector Impedance VSWR VT124CL2S Range (W) Bandwidth 2 (kw) 0.25 DC Type SMA 50(Ω) (Max) VT040CL2S 2(MHz) 0.25 (Max) DC-4 (Min) IEC EIA VT124CL2S DC SMA Model No VT400CL2S VT040CL2S DC-40 DC SMA SMA VT180CL2S1 VT400CL2S DC-18 DC SMA SMA VT180CL2S DC SMA 50 VT180CL2S DC SMA 50 VT180CL2S DC SMA 50 VT180CL2S2... VT400CL5S DC-18 DC SMA SMA VT180CL2S3... VT180CLS DC-18 DC SMA SMA VT70WCIC R70 WR137 VT84WCIC R84 WR112 VT0WCIC R0 WR90 VT120WCIC R120 WR75 VT400CL5S... VT060CL2N DC-40DC N,SMA,BNC,TNC,7/16 SMA VT140WCIC R140 WR62 VT180CLS... VT180CL2N DC-18 DC N,BNC,SMA,TNC,7/ VT180WCIC VT060CL2N... VT030CL DC DC R180 N,SMA,BNC,TNC,7/16 WR51 (M) VT180CL2N... VT080CL2N DC-18DC N,BNC,SMA,TNC,7/16 N(M) VT220WCIC R220 WR42 VT060CL5N1 VT030CL DC-6 DC N,BNC,SMA,TNC,7/16 7/16 (M) VT260WCIC VT060CL5N VT080CL2N DC-6 DC R260 WR34 N(M) N(M) VT180CL5N DC N 50 VT320WCIC VT060CL5N DC R320 N,BNC,SMA,TNC,7/16 WR28 50 VT180CL5N DC N,BNC,SMA,TNC 50 VT060CL5N DC N(M) 50 VT400WCIC VT060CLN DC R400 N,BNC,SMA,TNC,7/16 WR22 50 VT180CL5N DC N 50 VT0CLN 1 DC N 50 VT500WCIC R500 WR19 VT180CL5N DC N,BNC,SMA,TNC 50 VT180CLN1 1 DC N,SMA,BNC,TNC 50 Cu Cu VT620WCIC R620 WR15 Cu VT060CLN... VT180CLN2 1 1 DC-6 DC N,BNC,SMA,TNC,7/16 N VT0CLN... VT060CL25N DC- DC N SMA,N,7/16,TNC,BNC VT180CLN DC N,SMA,BNC,TNC 50 VT0CL25N 25 1 DC N 50 VT180CLN DC N 50 VT180CL25N 25 1 DC N,SMA,TNC 50 VT060CL25N DC SMA,N,7/16,TNC,BNC 50 VT060CL30N VT0CL25N DC-6 DC N,SMA,7/16,TNC,BNC N VT740WCIC R740 WR12 Cu VT900WCIC R900 WR Cu VT0CL30N 30 1 DC N 50 VT180CL25N DC N,SMA,TNC 50 VT040CL50N1 50 DC N,SMA,7/16,TNC 50 VT060CL30N DC N,SMA,7/16,TNC,BNC 50 Example Part No: :R00 VT 00 WCIC VT0CL30N DC N 50 VT040CL50N DC N,SMA,7/16,TNC 50 Product Type:WG Circulator Material 46

51 Avg Power (W) Peak Power (kw) Range VSWR Coax Connector Type Impedance (Ω) VT060CL50N DC N,BNC,7/16,TNC 50 VT0CL50N DC N 50 VT180CL50N DC N,SMA 50 VT180CL50N DC N,7/16,SMA 50 VT040CL80N DC N,7/16,TNC 50 VT180CL80N DC N 50 VT180CL80N DC N 50 VT040CL0N DC N,7/16 50 VT180CL0N DC N 50 VT180CL0N DC N 50 VT040CL150N DC N,7/16 50 Section 2 Coaxial VT180CL150N DC N 50 VT180CL150N DC N 50 VT040CL200N DC N,7/16 50 VT0CL200N DC N,7/16 50 VT040CL250N DC N,7/16 50 VT0CL25N DC N,7/16 50 VT040CL300N DC N, 7/16 50 VT0CL300N DC N,7/ Coaxial Fixed Termination VT040CL400N DC N,7/16 50 VT0CL400N DC N,7/16 50 VT040CL500N DC N,7/16 50 VT040CL500N DC N,7/16 50 VT040CL800N DC N,7/16 50 VT040CL00N DC N,7/16,L27 50 VT040CL1500N DC N,7/16,L27 50 VT040CL2000N DC N,7/16,L27 50 VT020CL00N DC N,7/16,L27 50 VT020CL2000N DC N,7/16,L27 50 VT020CL3000N DC L27, 7/16,L36 50 VT0CL5000N DC L27, 7/16,L52 50 VT030CL1N DC N,NBC 75 VT030CL2N DC N,NBC 75 VT030CL5N DC N,NBC 75 VT030CL50N DC N 50 VT030CL150N DC N 50 47

52 Section 2 Coaxial 7 Coaxial Fixed Termination Avg Power (W) Peak Power (kw) Avg Range VSWR Coax Connector Type VT085CL30N DC N,SMA 50 Model No Power (W) Peak Power (kw) Range VSWR Impedance (Ω) Coax Connector VT180CL50N DC N,SMA 50 Avg Peak Power Range Coax Connector Impedance Model VT180CL75N... No VT085CL30N 30 5 DC DC VSWR 1.30 N,SMA N,SMA 50 Power (W) (kw) Type ( ) VT180CL50N DC N,SMA VT180CL150N3... VT58WS DC-187 R WR159 FDP N 50 VT085CL30N VT180CL75N DC-8.5 DC N,SMA N,SMA 50 VT040CL50N2... VT70WS DC-47 R WR137 FDP N 50 VT180CL50N DC N,SMA 50 VT180CL150N DC N VT040CL0N2... VT84WS DC-45 R WR112 FBP N 50 VT180CL75N 75 5 DC N,SMA 50 VT040CL50N2 50 DC N VT180CL150N3 VT040CL300N2... VT0WS DC-18 DC-45 R WR90 FBP N N VT040CL0N2 0 DC N VT040CL50N2 VT180CL50N4... VT120WS DC-18 DC-4 5 R WR75 FBP N N VT040CL300N2 300 DC N VT040CL0N2 VT180CL0N3... VT140WS DC-18 DC-4 5 R WR62 FBP N N VT180CL50N DC N VT040CL300N2 VT180CL200N... VT180WS DC-18 DC-4 5 R WR51 FBP N N VT180CL0N3 0 5 DC N VT180CL50N DC N 50 VT0820CL300N... VT220WS R WR42 FBP N 50 VT180CL200N DC N VT180CL0N3 0 5 DC N 50 VT0820CL350N N 50 VT0820CL300N VT260WS R WR34 FBP 1.20 N VT180CL200N DC N 50 VT1214CL300N N 50 VT0820CL300N VT0820CL350N VT320WS R WR28 FBP N N 50 VT040CL25N... VT400WS DC-44 R WR22 N Cu 50 VT0820CL350N VT1214CL300N N N 50 VT500WS R500 WR19 Cu VT040CL30N DC N 50 VT1214CL300N VT040CL25N DC N N 50 VT620WS R620 WR15 Cu VT040CL50N DC N 50 VT040CL25N VT040CL30N DC-4 DC N N 50 VT740WS R740 WR12 Cu VT040CL30N VT040CL80N... VT040CL50N DC-4 DC-4 DC N N 50 N 50 VT900WS R900 WR Cu VT040CL50N3 VT040CL0N3... VT040CL80N DC-4 DC N N 50 N 50 *Indicates Model Number. See Ordering Information for complete part number. VT040CL80N VT040CL0N DC-4 DC N N 50 VT040CL0N3 0 5 DC N 50 Example Part No: VT 040 CL 200 N J Example Example Part Vector Part No: Telecom No: VT 040 VT CL WS N J A J=Male, K=Female J=Male, K=Female Range:0-4GHz Material:A=uminum Coax Connector C=Copper Type:N=Type N, S Range:0-4GHz Coax Connector Type:N=Type N, S=SMA Product Type:Coaxial :R00 Termination Product Type: Avg Power:200W Short Product Type:Coaxial Termination Avg Power:200W Type 13.2 Offset Short offset shorts are available on special order. These are designed to have a specific shorting distance as required. 48

53 18 Coaxial Fixed Attenuator supplies a wide selection of high quality Fixed Attenuators ranging from 2 W to kw in standard Attenuation values of 3, 6,, 20, 30, 40 and 50 db. Please call us with your requirements and discuss your needs with one of our sales 15 engineers. Circulator offers a standard product line of waveguide circulators ranging from WR to WR 137. For more information feel free to call us and discuss your needs with one of our sales engineers. Section 2 Coaxial Model No Range Avg Power (W) Operating Peak Bandwidth Power (kw) (MHz) VSWR Range (Max) IL VSWR (Max) Isolation Nom Attenuation Value (Min) IEC EIA Coax Connector Type Impedance (Ω) VT180CFA2S DC ,7-8,9-12 SMA 50 VT70WCIC R70 WR137 VT180CFA2S DC ,,20,30 SMA 50 Material VT84WCIC VT180CFA2S DC ,,20,30 R84 WR112 SMA 50 VT0WCIC VT265CFA2S DC ,,20,30 R0 WR90 SMA 50 VT180CFA2S DC ,,20,30 SMA 50 VT120WCIC R120 WR75 8 Coaxial Fixed Attenuator VT180CFA3N DC ,50,60,70,80,90 N,SMA,TNC 50 VT140WCIC R140 WR62 VT180CFA5S DC ,6,,20 SMA 50 VT180WCIC R180 WR51 VT180CFAS DC ,6,,20,30 SMA 50 VT220WCIC R220 WR42 VT040CFA2N DC ,,20,30,40 N,BNC,SMA,TNC,L16 50 VT260WCIC R260 WR34 VT180CFA2N DC ,,20,30,40 N,SMA 50 VT320WCIC R320 WR28 VT180CFA2N DC ,60,70,80,90 N,SMA 50 VT400WCIC R400 WR22 Cu VT040CFA5N DC ,,20,30,40 N,BNC,SMA,TNC 50 VT500WCIC VT180CFA5N DC ,20,30,40 R500 WR19 N,SMA 50 Cu VT620WCIC VT180CFA5N DC ,60,70,80,90 20 R620 WR15 N.SMA 50 Cu VT040CFAN... 1 DC ,,20,30,40 N,SMA,TNC,BNC,7/16 50 VT740WCIC R740 WR12 Cu VT180CFAN DC ,20,30,40 N,SMA 50 VT900WCIC R900 WR Cu VT180CFAN DC ,20,30,40,50,60,70,80,90 N,SMA,TNC 50 VT040CFA25N DC ,,20,30,40,50 N,SMA,TNC,BNC 50 VT180CFA25N DC ,20,30,40 N,SMA,TNC,BNC 50 VT180CFA25N DC ,20,30,40,50,60,70,80,90 N,SMA,TNC,BNC 50 Example Part No: :R00 VT 00 WCIC VT040CFA30N DC ,,20,30,40 N.SMA,7/16,TNC,BNC 50 VT040CFA50N DC ,20,30,40,50 N,SMA,7/16,TNC,BNC 50 Product Type:WG Circulator VT040CFA50N DC ,20,30,40 N,SMA,7/16,TNC,BNC 50 VT180CFA50N DC ,20,30,40 N,SMA,7/16,TNC,BNC 50 49

54 Avg Power (W) Peak Power (kw) Range VSWR Nom Attenuation Value Coax Connector Type Impedance (Ω) VT0CFA50N DC /6,,20,30,40 N,7/16 50 VT0CFA50N DC /6,,20,30,40 N.7/16 50 VT040CFA80N DC ,20,30,40,50 N,7/16,TNC,BNC 50 VT180CFA80N DC ,20,30,40 N,SMA 50 VT0CFA80N DC /6,,20,30,40 N,7/16 50 VT040CFA0N DC ,20,30,40,50 N,7/16 50 VT180CFA0N DC ,20,30,40 N,SMA 50 VT0CFA0N DC ,30,40,50 N,7/16 50 VT040CFA150N DC ,20,30,40,50 N,7/16 50 VT180CFA150N DC ,40 N 50 VT0CFA150N DC ,30,40 N,7/16 50 Section 2 Coaxial VT040CFA200N DC ,20,30,40,50 N,7/16 50 VT0CFA200N DC ,20,30,40,50 N,7/16 50 VT040CFA250N DC ,20,30,40,50 N,7/16 50 VT0CFA250N DC ,20,30,40 N,7/16 50 VT040CFA300N DC ,20,30,40,50 N,7/16 50 VT0CFA300N DC ,40 N 50 VT040CFA400N DC ,20,30,40,50 N,7/16 50 VT080CFA400N DC ,50 N 50 8 Coaxial Fixed Attenuator VT040CFA500N DC ,20,30,40,50 N,7/16 50 VT075CFA500N DC ,50 N 50 VT040CFA800N DC ,50,60 N,7/16 50 VT030CFA00N DC ,50 N,L27,7/16 50 VT030CFA1500N DC ,50 N,L27,7/16 50 VT030CFA2000N DC ,50 N,L27,7/16 50 VT020CFA00N DC ,40,50 N,L27,7/16 50 VT020CFA2000N DC ,40,50 N,L27,7/16 50 VT020CFA3000N DC ,40,50 N,L27,7/16 50 VT0CFA4000N DC ,40,50 N,L27,7/16 50 VT0CFA5000N DC ,40,50 L29,L36,L50 50 VT0CFA000N DC ,40,50 L29,L36,L50 50 VT0CFA1F DC ,20,30,40 F,N 75 VT0CFA1F DC ,2,4,8,16,20 F 75 VT030CFA2N DC ,,20,30 N,BNC 75 VT030CFA5N DC ,, 20, 30 N,BNC 75 VT040CFA50N DC ,6,,20,30,40 N,SMA 50 VT040CFA0N DC ,6,,20,30,40 N,SMA 50 VT040CFA300N DC ,6,,20,30,40 N,SMA 50 VT0CFA50N DC- 1.35,20,30,40 N,SMA 50 50

55 VT260WS R260 WR34 FBP VT320WS R320 WR28 FBP VT400WS R400 WR22 Cu VT500WS R500 WR19 Cu Avg Avg Avg Peak Peak Peak Nom Attenuation Coax Connector Impedance Model No Power Power Range VSWR Power Power Range VSWR Nom Attenuation Nom Attenuation Coax Connector Coax Connector Impedance Imped Model No VT620WS... Power Value Type (Ω) (W) Power (kw) Range 60 VSWR 4 R620 WR15 Cu Value Type ( (W) (kw) Value Type ( ) VT0CFA0N2... VT740WS... (W) (kw) DC ,20,30,40R740 WR12 N,SMA Cu 50 VT0CFA0N2 VT0CFA0N2 0 0 DC- DC ,20,30,40,20,30,40 N,SMA N,SMA VT0CFA200N2... VT900WS DC ,20,30,40R900 WR N,SMA Cu 50 VT0CFA200N2 VT0CFA200N DC- DC ,20,30,40,20,30,40 N,SMA N,SMA *Indicates Model Number. See Ordering Information for complete part number. Ordering Information Example Example Part No: Part No: VT 040 VT CFA CFA N 200 J K N 30J K 30 Vector Telecom Attenuation:30dB Attenuation:30dB Example Range:0-4GHz Range:0-4GHz Part No: VT 00 WS A Output Output Connector Connector Type:J=Male, Type:J=Male, K=Female K=Female Product Product Type:Coaxial Type:Coaxial Fixed Fixed Attenuator Attenuator Input Input Connector Connector Type:J=Male, Type:J=Male, K=Female K=Female Material:A=uminum C=Copper Avg Power:200W Avg Power:200W Coax Connector Coax Connector Type:N=Type Type:N=Type N, S=SMA N, S=SMA :R00 Product Type: Short Section2 Coaxial 13.2 Offset Short offset shorts are available on special order. These are designed to have a specific shorting distance as required. 8 Coaxial Fixed Attenuator 13.3 Sliding Short 51

56 Section 3 Antennas 19 Standard Gain Horn Antenna 19 Standard Gain Horn Antenna manufactures a high quality manufactures line of standard a high gain quality horn antennas line of that standard are linearly polarized, gain horn lightweight antennas and corrosion that are linearly polarized, lightweight resistant. The most common Gain values and corrosion resistant. The available are, 15, 20, 25dB. Other Gain most common Gain values values and available Horn sizes are can, be designed 15, 20, to 25dB. Other Gain values and Horn your requirement. Please call us with your sizes can be designed to your requirement. Please call us with your specification and discuss your needs with one of our sales engineers. specification and discuss your needs with one of our sales engineers Standard 19.1 Gain Standard Horn Attenna, Gain Horn db Attenna, db Style Input 15 Circulator offers a standard product line of waveguide circulators ranging from WR to WR 137. For more information feel free to call us and discuss your needs with one of our sales engineers. 9 Operating 3dB IL Isolation Standard Gain* VSWR Dimensions (mm) Model No Model NoRange Range Bandwidth Beamwidth* Material Gain Horn (Max) (MHz) Gain* 3dB Dimensions (mm) (Max) (Min) IEC EIA Model No Range Beamwidth* (Nom) L W H IEC EIA VT3HA Antenna (Nom) 55 L1600 W1198 H955 IECR3 EIA WR2300 FDP VT70WCIC VT4HA R WR137 R4 WR20 FDP VT3HA R3 WR2300 D Type VT5HA R5 WR1800 FDP VT84WCIC VT4HA VT6HA R R4 WR112 R6 WR20 WR1500 D Type FDP VT5HA VT8HA R5R8 WR1800 WR1150 D Type FDP VT0WCIC VT6HA R0 WR90 VT9HA R6R9 WR1500 WR975 D Type FDP VT120WCIC VT8HA VT12HA R R8 WR75 R12 WR1150 WR770 D Type FDP VT9HA VT14HA R9R14 WR975 WR650 D Type FDP VT140WCIC VT12HA VT18HA R R12 WR62 R18 WR770 WR5 D Type FDP VT180WCIC VT14HA VT22HA R R14R22 WR51 WR650 WR430 D Type FDP VT18HA VT26HA R18 R26 WR5 WR340 D Type FDP VT220WCIC VT32HA VT22HA R R22 WR42 R32 WR430 WR284 FDP D Type VT40HA R40 WR229 FDP VT260WCIC VT26HA R R26 WR34 WR340 D Type VT48HA R48 WR187 FDP VT32HA VT58HA R32 R58 WR284 WR159 D Type FDP VT320WCIC VT40HA R R40 WR28 WR229 D Type VT70HA R70 WR137 FDP VT400WCIC VT48HA VT84HA R R48 WR22 R84 WR187 WR112 D Type FBPCu VT58HA VT0HA R58R0 WR159 WR90 D Type FBP VT500WCIC R500 WR19 Cu VT70HA VT120HA R70R120 WR137 WR75 D Type FBP VT84HA VT140HA R84R140 WR112 WR62 B Type FBP VT620WCIC R620 WR15 Cu VT0HA VT180HA R0 R180 WR90 WR51 B Type FBP VT740WCIC VT120HA VT220HA R R120 WR12 R220 WR75 WR42 B Type FBPCu VT140HA R140 WR62 B Type 52 VT900WCIC R900 WR Cu VT180HA R180 WR51 B Type VT220HA R220 WR42 B Type

57 Section 3 Antennas VT260HA dB R260 WR34 B Type Gain* Dimensions (mm) Model VT320HA No VT260HA Range Beamwidth* R R260 WR28 WR34 B TypeB Type VT400HA (Nom) L W H IEC EIA VT260HA VT320HA R R260 R320 WR22 WR34 WR28 B Type VT260HA VT500HA R260 WR34 FBP VT320HA VT400HA R R320 R400 WR19 WR28 WR22 B Type VT320HA VT620HA R320 WR28 FBP VT500HA R500 WR19 VT400HA VT400HA R R400 R400 WR15 WR22 WR22 VT740HA VT620HA R620 WR15 VT500HA VT500HA R R500 R500 WR12 WR19 WR19 VT900HA VT620HA VT620HA VT740HA R R R620 R740 WR WR15 WR15 WR12 VT740HA *Gain and VT740HA VT900HA 3dB Beamwidth values have been 55 calculated by 20 computer simulation. 4.5 R740 4 R740 R900 WR12 WR12 WR VT900HA *Gain VT900HA and dB Beamwidth values have 55 been 55 calculated by computer R900 simulation. R900 WR WR *Gain and 3dB Beamwidth values have been calculated by computer simulation. Ordering Example Information Part No: VT 00 HA 0 Vector Example Telecom Part No: VT 00 HA Gain:0dB Example Vector :R00 Telecom Part No: VT 00 HA Product 0 Gain:0dB Type: Standard Gain Horn Attenna Vector WG Telecom Type:R00 Product Gain:0dB Type: with Standard Gain InputHorn Attenna :R00 Product Type: with Standard Gain Horn Input Attenna with Input Style Style 2 -- Built-in Built-in Coaxial Coaxial Input Input Style 2 - Built-in Coaxial Input Style 2 - Built-in Coaxial Input 9 Standard Gain Horn Antenna 15 Circulator offers a standard product line of waveguide circulators ranging from WR to WR 137. For more information feel free to call us and discuss your needs with one of our sales engineers. 3dB Gain** Dimensions (mm) Range Beamwidth** 3dB Connector Operating Gain** Dimensions (mm) Range Range Gain** (Nom) 3dB IL Isolation VSWR Beamwidth** Dimensions L W (mm) H IEC EIA Connect Model No Range Bandwidth Beamwidth** Connector Gain** 3dB (Nom) Dimensions L W (mm) H IEC Material VT3HAN (Max) (Nom) 55 EIA Range Beamwidth** 1600 L 1198 W H955 IEC R3 EIA WR2300 N Type (MHz) (Max) (Min) IEC EIA Connect VT4HAN VT3HAN (Nom) L W R3955 R4 H WR2300 R3 IEC WR20 WR2300 N Type EIA N Type N Type VT70WCIC VT5HAN VT4HAN VT4HAN R4726 WR20 R4 WR20 N Type VT3HAN R WR R5 R3 WR1800 WR2300 N Type N Type VT6HAN VT5HAN VT5HAN R5656 WR1800 R5 WR1800 N Type VT4HAN R6 R4 WR1500 N Type WR20 N Type VT84WCIC VT8HAN VT6HAN VT6HAN R6 WR1500 N Type VT5HAN R WR R8 R5 R6 WR1150 WR1500 N Type WR1800 N Type VT9HAN VT8HAN R8 WR1150 N Type VT8HAN R8 WR1150 VT9HAN VT6HAN R9 556 R9 WR975 R6 WR975 N Type VT0WCIC R0 WR90 WR1500 N Type N Type VT12HAN VT9HAN R9 WR975 VT12HAN VT8HAN R R12 WR770 R8 WR770 WR1150 N Type N Type N Type VT120WCIC VT14HAN VT14HAN VT12HAN VT9HAN R WR75 R R14 WR650 R9 R12 WR650 WR770 N Type WR975 N Type N Type VT140WCIC VT18HAN VT18HAN VT12HAN VT14HAN R WR62 R R18 WR5 R12 R14 WR5 WR770 WR650 N Type N Type N Type VT22HAN VT18HAN R22184 WR430 R18 WR5 N Type VT14HAN R22 R14 WR430 N Type WR650 N Type VT180WCIC VT26HAN VT18HAN VT22HAN R WR51 R R26 WR340 R18 R22 WR340 WR5 WR430 N Type N Type N Type VT32HAN VT22HAN VT26HAN R R32 WR284 R22 R26 WR284 WR430 WR340 N Type N Type VT220WCIC R220 WR42 N Type VT40HAN VT32HAN R403 WR229 R32 WR284 N Type VT26HAN R26 WR229 N Type WR340 N Type VT260WCIC VT48HAN VT40HAN R4888 WR187 R40 WR229 N Type VT32HAN R WR34 3 R48 R32 WR187 N Type WR284 N Type VT58HAN VT40HAN VT48HAN R58 R40 R48 WR159 WR229 WR187 N Type VT320WCIC R320 WR28 N Type VT70HAN VT48HAN VT58HAN R70 R48 R58 WR137 WR187 WR159 N Type N Type VT400WCIC VT84HAN 53 VT58HAN VT70HAN R WR R84 R58 R70 WR112 WR159 WR137 N Type Cu N Type VT0HAN VT70HAN VT84HAN R0 R70 R84 WR90 WR137 WR112 N Type VT500WCIC R500 WR19 Cu N Type

58 Section 3 Antennas Range Gain** 3dB Beamwidth** (Nom) Dimensions (mm) Connector L W H IEC EIA VT58HAN R58 WR159 N Type VT70HAN R70 WR137 N Type VT84HAN R84 WR112 N Type VT0HAN R0 WR90 N Type VT140HAS R140 WR62 SMA VT120HAS R120 WR75 SMA VT180HAS VT140HAS VT140HAS R180 R140 27WR62R140 WR51 SMA SMA WR62 SMA VT220HAS R220 WR42 SMA VT180HAS VT180HAS R180 22WR51R180 SMA WR51 SMA VT260HAK VT140HAS R14017 WR62 R260 SMA WR34 K2.92mm VT220HAS VT180HAS VT220HAS R R220 WR51 18WR42 SMA R220 SMA WR42 SMA VT320HAK R320 WR28 K2.92mm VT260HAK VT220HAS VT260HAK R R260 WR42 17WR34 SMA R260 K2.92mm WR34 K2.92 VT320HAK *Indicates Model VT260HAK VT320HAK Number. See Ordering Information for complete part number. R R320 WR34 15WR28 K2.92mm R320 K2.92mm WR28 K2.92 **Gain VT320HAK and 3dB Beamwidth values have been 55 calculated 35 by 17 computer 15 R320 simulation. WR28 K2.92mm *Indicates Model Number. See Ordering Information for complete part number. *Indicates Model Number. See Ordering Information for complete part number. **Gain and and 3dB Beamwidth 3dB Beamwidth values have values been have calculated been by calculated computer simulation. by computer simulation. Example Part No: VT 00 HA 0 N K Example Vector Part Telecom No: VT 00 HA 0 N K J=Male, K=Female Example Part No: VT 00 HA 0 N K :R00 J=Male, Coax K=Female Connector Type: N=Type N, Product Type: Standard Vector :R00 Gain Telecom Horn Attenna Coax Connector J=Male, K=Female Gain:dB Type: N=Type N, S=SMA, 2.2=K2.2m Product Type: Standard Gain WG Horn Type:R00 Attenna Gain:dB S=SMA, 2.2=K2.2mm with Built-in Coax Input Coax Connector Type: N=Type N, with Built-in Coax Input Product Type: Standard Gain Horn Attenna Gain:dB S=SMA, 2.2= with Built-in Coax Input type: type: Multiple Multiple types types available available - see VT - see s VT s page page Finish: Corrosion protection plus plus black black top coat top coat Style Finish: Corrosion protection Style 3 - plus - with with black Coaxial Coaxial top coat Connector Connector Style 3 - with Coaxial Connector 9 Standard Gain Horn Antenna Style 3 - with Coaxial Connector 3dB Gain** Dimensions (mm) Range Beamwidth** Connector (Nom) L L2 W H IEC EIA VT3HA+N dB Gain** Dimensions (mm) R3 WR2300 WG N Type Range Beamwidth** 3dB Connec VT4HA+N Gain** 55 (Nom) 1400 Dimensions 380L 06L2 (mm) 726 WR4 H WG WR20 Type N Type Range Beamwidth** IEC Connector EIA VT5HA+N (Nom) L L2 W H IEC EIA VT3HA+N R5 955WR1800 R3 N Type WR2300 N Type VT3HA+N VT6HA+N R3 WR2300 N Type dB Gain** Dimensions 556 R6 (mm) WR1500 N Type VT4HA+N Range Beamwidth** R4 WR20 N Type VT4HA+N R4 WR20 N Type VT8HA+N R8 WR1150 N Type VT5HA+N (Nom) L L2 W H IEC EIA VT5HA+N R5 656 WR1800 R5 WR1800 N Type N Type VT9HA+N R9 WR975 N Type VT3HA+N R6 955 R3 WR1500 WR2300 VT6HA+N R6 WR1500 N Type N Type VT12HA+N R12 WR770 N Type VT8HA+N VT4HA+N R4 WR20 VT14HA+N R14 R8436WR650 WR1150 R8 N Type WR1150 N Type N Type VT9HA+N VT18HA+N VT5HA+N R18R WR5 WR N R5 Type WR975 N Type WR1800 N Type VT12HA+N VT22HA+N VT6HA+N VT12HA+N R22R WR430 WR R N Type N Type R6 WR770 WR1500 N Type VT14HA+N VT26HA+N R26R14 WR340 WR650 N Type N Type VT14HA+N VT8HA+N R R8 WR650 WR1150 N Type VT18HA+N VT32HA+N R32R18 WR284 WR5 N Type N Type VT18HA+N VT9HA+N R18 WR5 N Type R9 WR975 VT40HA+N R40 WR229 N Type VT22HA+N VT12HA+N R WR430 N Type R12 54 WR770 VT26HA+N VT14HA+N R WR340 N Type R14 WR650

59 mm mm Section 3 Antennas K2.2mm 9 Standard Gain Horn Antenna 3dB Gain** Dimensions (mm) Range Beamwidth** Connector (Nom) L L2 W H IEC EIA VT48HA+N VT22HA+N R22 73 WR430 R48 WR187 N Type N Type VT48HA+N VT26HA+N R26 WR R48 N Type WR187 VT58HA+N R58 WR159 N Type VT32HA+N R32 WR284 N Type VT48HA+N VT58HA+N R48 R58 WR187 WR159 VT70HA+N R70 WR137 N Type VT40HA+N R40 WR229 N Type VT58HA+N VT70HA+N R58 R70 WR159 WR137 VT84HA+N VT48HA+N R48R84 WR187 WR112 N Type N Type VT48HA+N R48 WR187 N Type VT58HA+N VT70HA+N VT84HA+N R WR159 R70 R84 WR112 VT0HA+N WR137 N Type VT58HA+N R58 41 WR159 R0 WR90 N Type N Type VT70HA+N VT84HA+N VT0HA+N VT70HA+N R7041 R70 WR WR137 R0 R84 WR90 N Type WR112 N Type VT120HA+S R120 WR75 SMA VT84HA+N VT0HA+N VT120HA+S R84 R84WR WR112 R0 R120 N Type WR90 WR75 N Type VT140HA+S R140 WR62 SMA VT0HA+N R0 WR90 N Type VT120HA+S VT140HA+S R WR90 R120 R140 WR75 WR62 N Type VT180HA+S R180 WR51 SMA VT120HA+S R120 R120 WR75 WR75 SMA SMA VT140HA+S VT180HA+S R180 R140 WR51 VT220HA+S R220 WR42 WR62 SMA VT140HA+S R140 R140 WR62 WR62 SMA SMA VT180HA+S VT220HA+S R180 WR R180 R220 SMA WR51 WR42 VT260HA+K R260 WR34 K2.92m VT180HA+S R180 WR51 SMA VT220HA+S VT260HA+K R220 WR R220 R260 SMA WR42 WR34 VT320HA+K R320 WR28 VT220HA+S R220 WR42 SMA K2.92m *Indicates VT260HA+K VT320HA+K Model Number See Ordering Information 55 for complete part 22 number R260 WR R260 R320 K2.92mm VT260HA+K R260 WR34 WR34 WR28 K2.92mm **Gain VT320HA+K *Indicates and 3dB Beamwidth Model Number. values See have Ordering been 55 calculated Information 35 by for computer 25 complete 17 simulation. part 15 number. R320 WR28 K2.92mm VT320HA+K R WR28 R320 WR28 K2.92mm **Gain and 3dB Beamwidth values have been calculated by computer simulation. Ordering *Indicates Information Model Model Number. Number. See Ordering See Ordering Information Information complete for complete part number. part number. Ordering **Gain and and 3dB 3dB Information Beamwidth Beamwidth values values have been have calculated been calculated by computer by computer simulation. simulation. Example Part No: VT 00 HA 0 +N K Vector Example Telecom Part No: VT 00 HA 0 +N J=Male, K K=Female Example WG Vector Type:R00 Part Telecom No: VT 00 HA 0 +N K Coax Connector J=Male, K=Female Type: N=Type N, Example Part No: VT 00 HA 0 +N K Product Type: Standard Vector Gain Telecom Horn :R00 Attenna J=Male, K=Female Coax Connector Type: S=SMA, N=Type 2.2=K2.2mm Gain:dB N, J=Male, K=Female Product Type: with Standard Coaxial :R00 Gain Connector Horn Attenna S=SMA, 2.2=K2.2 Coax Connector Gain:dB Type: N=Type N, :R00 Coax Connector Type: N=Type N, Product Type: Standard with Gain Coaxial Horn Attenna Connector S=SMA, 2.2=K2.2mm Gain:dB Product Type: Standard with Coaxial Gain Connector Horn Attenna S=SMA, 2.2=K2.2 Gain:dB type: Multiple with types Coaxial available Connector - see VT s page Finish: Corrosion type: Multiple protection types plus available black - top see coat VT s page Finish: Corrosion type: Multiple protection types available plus black - see top coat VT s page 19.2 Standard 19.2 Standard Gain Horn Attenna, Gain Horn 15 db Attenna, 15 db Standard Standard Gain Gain Horn Horn Attenna, Attenna, 15 db 15 db Style 1 - Input 19.2 Standard Gain Horn Attenna, Style 15 Style 1 db Style Input Input Style 1 - Input Connector N Type N Type N Type N Type N Type N Type N Type N Type Gain* 3dB Dimensions Model No Range Gain* Beamwidth* (mm) Model No Range Beamwidth* (mm) (Nom) 3dB L W Dimensions H IEC EIA Model No Gain* (Nom) VT9HA Range Beamwidth* L W (mm) H IEC EIA R9 WR975 D Type 55 VT9HA (Nom) 3dB LDimensions 619 W R9 H IEC WR975 EIA D Type VT12HA Gain* WG Model No Range Beamwidth* (mm) R12 WR770 D Type VT12HA15 VT9HA R R9 WR770 WR975 D TypeD Type VT14HA R14 WR650 D Type

60 Section 3 Antennas 9 Standard Gain Horn Antenna 3dB Gain** Dimensions (mm) Range Beamwidth** 3dB Dimensions Gain* Connec Model No Range Beamwidth* (Nom) L (mm) L2 W H IEC EIA (Nom) L W H IEC EIA VT3HA+N R3 WR2300 N Type VT9HA R9 WR975 FDP VT4HA+N VT12HA R R4 WR770 WR20 FDP N Type VT14HA R14 WR650 FDP VT5HA+N R5 WR1800 N Type VT18HA15 VT22HA15 VT22HA R18 R22 R22 WR5 WR430 WR430 FDPD Type D Type VT6HA+N VT22HA15 VT26HA15 VT26HA R R26 R26 R6 WR430 WR340 WR340 WR1500 FDP D Type D Type N Type VT26HA R26 WR340 FDP VT8HA+N VT32HA15 VT32HA VT32HA R32 R32 R8WR284 WR284 WR1150 D Type D Type N Type 169 R32 WR284 FDP VT40HA15 VT40HA R40 R40 WR229 WR229 D Type D Type VT9HA+N VT40HA R R9 WR229 WR975 FDP N Type VT48HA15 VT48HA R48 R48 WR187 WR187 D Type D Type VT48HA R48 WR187 FDP VT12HA+N VT58HA15 VT58HA15 VT58HA R R58 R58 R12 WR159 WR159 WR159 WR770 D Type D Type FDP N Type VT70HA15 VT70HA15 VT70HA VT14HA+N R70 R70 R R14 WR137 WR137 WR137 WR650 FDP D Type D Type N Type VT84HA15 VT84HA15 VT84HA R84 R84 R84 WR112 WR112 WR112 FBP B Type B Type VT18HA+N VT0HA15 VT0HA15 VT0HA R0 184 R0 R0 R18 WR90 WR90 WR90 WR5 FBP B Type B Type N Type VT22HA+N VT120HA15 VT120HA15 VT120HA R120 R120 R R22 WR75 WR75 WR430 FBPB Type B Type N Type VT140HA15 VT140HA15 VT140HA R140 R140 WR62 WR62 FBPB Type B Type VT26HA+N VT180HA15 VT180HA15 VT180HA R180 R180 R26 WR51 WR51 WR340 FBPB Type B Type N Type VT220HA15 VT220HA R220 R220 WR42 FBP B Type VT32HA+N VT220HA R220 R32 WR42 WR284 B Type N Type VT260HA15 VT260HA15 VT260HA R260 R260 R260 WR34 WR34 WR34 FBP B Type B Type VT40HA+N VT320HA15 VT320HA15 VT320HA R R320 R320 R40 WR28 WR28 WR28 WR229 FBP B Type B Type N Type VT400HA15 VT400HA15 VT400HA R400 R400 R400 WR22 WR22 WR22 VT500HA15 VT500HA15 VT500HA R500 R500 R500 WR19 WR19 WR19 VT620HA15 VT620HA R620 R620 WR15 WR15 VT620HA R620 WR15 VT740HA15 VT740HA R740 R740 WR12 WR12 VT740HA R740 WR12 VT900HA15 VT900HA R900 R900 WR WR VT900HA R900 WR *Gain *Gain and 3dB and Beamwidth 3dB Beamwidth values values have have been been calculated calculated by computer by computer simulation. simulation. Ordering Information Example Example Part Part No: No: VT 00 VT 00 HA HA Vector Vector Telecom Telecom Gain:dB Gain:dB WG WG Type:R00 Type:R00 Product Product Type: Type: Standard Standard Gain Gain Horn Horn Attenna Attenna with with Input Input type: type: Multiple Multiple types types available available - see - VT see s VT s page page Finish: Finish: Corrosion Corrosion protection protection plus plus black black top coat top coat Style Style 22 - Built-in 2 - Built-in Coaxial Coaxial Input Input Gain** 3dB 3dB Dimensions (mm) Range Gain** Beamwidth** Dimensions (mm) Connect Range Beamwidth** Connector 56 (Nom) L W H IEC EIA (Nom) L W H IEC EIA VT9HA15N R9 WR975 N Type VT9HA15N R9 WR975 N Type

61 Section 3 Antennas 9 Standard Gain Horn Antenna 3dB 3dB Dimensions (mm) Gain** Gain** Dimensions (mm) Range Range Beamwidth** Beamwidth** Connector Conn L W H IEC EIA (Nom) (Nom) L W H IEC EIA VT9HA15N R9 WR975 N Type VT9HA15N R9 WR975 N Typ VT12HA15N R12 WR770 N Type VT14HA15N VT12HA15N R WR650R12 N Type WR770 N Typ VT18HA15N VT14HA15N R WR5R14 N Type WR650 N Typ VT22HA15N R22 WR430 N Type VT18HA15N R18 WR5 N Typ VT26HA15N VT48HA15N VT48HA15N R26 118R48 WR340 R48 WR187 N WR187 Type N Type N Type VT32HA15N VT22HA15N R22 WR430 N Typ VT58HA15N R32 WR284 N Type VT58HA15N R58 R58WR159 WR159 N Type N Type VT40HA15N VT70HA15N VT48HA15N VT26HA15N R WR229R26 N Type VT70HA15N R70 R48 R70WR137 WR187 WR137 WR340 N Type N N Type VT48HA15N R48 WR187 N Type VT84HA15N VT58HA15N VT84HA15N VT32HA15N R84 R58 R84 R32 WR112 WR112 WR159 WR284 N Type N N Type VT58HA15N R58 WR159 N Type VT0HA15N VT70HA15N VT40HA15N R40 WR229 N VT70HA15N VT0HA15N R70 WR R70 60R0 WR137 R0 WR90 N WR90 N Type N Type VT48HA15N R48 WR187 N Type Type VT120HA15S VT84HA15N R84 WR112 N Type VT84HA15N VT120HA15S R84 48R120 WR112 R120 WR75 N WR75 SMA Type SMA VT58HA15N R58 WR159 N Type VT0HA15N VT140HA15S VT0HA15N VT140HA15S R060 WR90 R0 N WR90 Type N Type VT70HA15N R70 35R140 WR137 R140 N WR62 Type WR62 SMA SMA VT120HA15S VT180HA15S VT120HA15S VT180HA15S VT84HA15N R84 34 R WR112 R180 WR75 R180 R120 N WR51 Type SMA WR51 WR75 SMA SMA VT140HA15S VT220HA15S VT140HA15S VT220HA15S VT0HA15N R R WR90 R220 WR62 R220 R140 N WR42 Type SMA WR42 WR62 SMA SMA VT180HA15S VT260HA15K VT180HA15S VT120HA15S R120 R18034 WR75 WR51 R180 SMA VT260HA15K R260R260 WR34 SMA WR51 WR34 K2.92mm SMA K2.92m VT220HA15S VT140HA15S VT220HA15S R R220 WR62 SMA VT320HA15K VT320HA15K R320 WR42 R220 R320 WR28 SMA WR42 SMA VT180HA15S R180 WR51 SMA WR28 K2.92mm K2.92m *Indicates VT260HA15K VT260HA15K R26022 WR34 R260 K2.92mm *Indicates VT220HA15S Model Model Number Number. See Ordering See 15Ordering Information 30 Information 67 complete for 34complete part 24.5 number. part R220 number. WR42 SMA WR34 K2.92m VT320HA15K VT320HA15K R WR28 R320 K2.92mm **Gain VT260HA15K R260 WR34 K2.92mm WR28 K2.92m **Gain and 3dB and Beamwidth 3dB Beamwidth values values have have been been calculated calculated by computer by computer simulation. simulation. *Indicates VT320HA15K Model Number. See 15Ordering 30 Information 55 for 20.2 complete 16.6 part R320 number. WR28 K2.92mm Ordering Ordering *Indicates Information Model Number. See Ordering Information for complete part number. **Gain and 3dB Beamwidth values have been calculated by computer simulation. **Gain and 3dB Beamwidth values have been calculated by computer simulation. Example Information Example Part Part No: No: VT 00 VT 00 HA HA N K N K Vector Telecom J=Male, J=Male, K=Female K=Female Example Part Part No: No: VT 00 VT HA 00 N HA K N K Vector WG Telecom :R00 Type:R00 Coax J=Male, K=Female Coax Connector Connector Type: Type: N=Type N=Type N, N, J=Male, K=Female Product Product Type: Type: Standard Standard WG Gain Type:R00 Gain Horn Horn Attenna Attenna S=SMA, Coax Connector Gain:15dB S=SMA, 2.2=K2. Gain:15dB Type: N=Type N, :R00 Coax Connector Type: N=Type N, Product Type: with Standard with Built-in Built-in Gain Coax Horn Coax Input Attenna Input Gain:15dB S=SMA, 2.2=K2.2mm Product Type: Standard Gain Horn Attenna Gain:15dB S=SMA, 2.2=K with Built-in Coax Input with Built-in Coax Input type: type: type: Multiple Multiple Multiple types types types available available available - see - see VT - s see VT s VT page s page page Finish: Finish: Corrosion Corrosion type: Multiple protection protection types plus black available plus black top black top coat - coat see top coat VT s page Style with Coaxial Connector Style Style 3 Style with 3 with - Coaxial with Coaxial Connector Style 3 - with Coaxial Connector Range Gain** 3dB Dimensions (mm) Beamwidth** (Nom) L L2 W H IEC EIA Connector VT9HA15+N dB R9 WR975 N Type Gain** 3dB Gain** Dimensions Dimensions (mm) (mm) Model VT12HA15+N No* Range Range 15 Beamwidth** 30 Beamwidth** R12 WR770 N Type Conn C (Nom) (Nom) 3dB L L L2 L2 W W H H IEC IEC EIA EIA VT14HA15+N Gain** Dimensions 423 R14 (mm) WR650 N Type VT9HA15+N Range Beamwidth** VT9HA15+N C R9 R9 WR975 WR975 N TypN VT18HA15+N (Nom) L 441 L2327 R18 W WR5 H IEC N Type EIA 57 VT12HA15+N VT9HA15+N VT22HA15+N R22491 WR R12 R9 R12N WR770 Type WR975 WR770 N Typ N VT14HA15+N VT26HA15+N R26423 WR R14 R14N WR650 Type WR650 N TypN

62 Section 3 Antennas No* 3dB 3dB Gain** Gain** Dimensions Dimensions (mm) (mm) Range Range Beamwidth** Connector (Nom) (Nom) L L2 L WL2 HW IECH EIA IEC EIA Conne VT9HA15+N VT3HA+N R WR975 R3 N Type WR2300 N Type VT12HA15+N VT4HA+N R WR770 R4 N Type WR20 N Type VT14HA15+N R14 WR650 N Type VT5HA+N R5 WR1800 VT18HA15+N R18 WR5 N Type N Type VT6HA+N R6 WR1500 N Type VT22HA15+N R22 WR430 N Type VT58HA15+N R58 WR159 N Type VT26HA15+N VT8HA+N R WR340 R8 N WR1150 Type N Type VT70HA15+N VT58HA15+N R70 3 WR137 R58 WR159 N Type VT32HA15+N VT9HA+N R32366 WR284 R9 N WR975 Type N Type VT84HA15+N VT40HA15+N VT12HA+N VT70HA15+N VT58HA15+N R R84 WR R12 WR112 R70 N WR770 Type WR137 N Type 150 N Type R58 WR159 VT0HA15+N VT48HA15+N VT14HA+N VT84HA15+N R R0 WR187 R14 71 WR90 R84 N WR650 Type WR112 N Type N Type VT58HA15+N VT70HA15+N R WR159 R70 N Type WR137 VT120HA15+S VT58HA15+N VT18HA+N VT0HA15+N R R120 WR159 R18 60 WR75 R0 N WR5 Type WR90 SMA N Type VT70HA15+N VT84HA15+N R70 71 WR137 R84 N Type WR112 VT70HA15+N R70 WR137 N Type VT140HA15+S VT22HA+N VT120HA15+S R140R22 48 WR62 R120 WR430 WR75 SMA N Type VT84HA15+N VT84HA15+N VT0HA15+N R84 84 R84 WR WR112 R0N Type N Type WR90 VT180HA15+S VT26HA+N R26 WR340 N Type VT0HA15+N VT140HA15+S VT0HA15+N VT120HA15+S R0 R0 R WR90 WR90 WR51 R140N Type WR62 SMA 48 R120 N Type WR75 VT220HA15+S VT32HA+N R32 WR284 N Type VT120HA15+S VT180HA15+S VT140HA15+S R R120 R WR75 34 WR75 WR42 R R140 SMA SMA WR51 SMA WR62 VT140HA15+S VT40HA+N R40 WR229 N Type VT260HA15+K VT220HA15+S R R140 R260 WR WR62 WR34 R220 SMA SMA WR42 K2.92mm VT180HA15+S R180 WR51 VT320HA15+K VT180HA15+S R180 R180 WR51 WR51 SMA SMA VT260HA15+K R32022 WR28 R260 WR34 K2.92mm VT220HA15+S R220 WR42 *Indicates VT220HA15+S R220 R220 WR42 WR42 SMA SMA VT320HA15+K Model Number. See Ordering Information 15 for complete 30 part number R320 WR28 VT260HA15+K R WR34 22 R260 K2.92mm WR34 **Gain VT260HA15+K and R260 WR34 K2.92mm *Indicates 3dB Beamwidth Model values Number. have See been Ordering calculated Information by computer for complete simulation. part number. VT320HA15+K VT320HA15+K R R320 WR WR28 R320 K2.92mm K2.92mm WR28 Ordering**Gain Information and 3dB Beamwidth values have been calculated by computer simulation. 9 *Indicates *Indicates Model Model Number. Number. See Ordering See Ordering Information Information complete for part complete number. part number. **Gain **Gain and Example 3dB and Beamwidth 3dB Beamwidth Part values No: have values VT 00 been have HA calculated been +N calculated by K computer by simulation. computer simulation. Standard Gain Horn Antenna Ordering Vector Telecom J=Male, K=Female Information Example Part No: VT 00 HA +N K :R00 Coax Connector Type: N=Type N, J=Male, K=Female Product Type: Standard Example Gain Example Horn Part Attenna No: VT 00 HA +N K S=SMA, 2.2=K2.2mm WG Part Type:R00 No: VT 00 HA Gain:15dB +N K Coax Connector Type: N=Type N, with Vector Coaxial Telecom Connector J=Male, K=Female Product Type: Standard J=Male, K=Female :R00 Gain Horn Attenna S=SMA, 2.2=K2. Coax Connector Gain:15dB Type: N=Type N, with WG Coaxial Type:R00 Connector Coax Connector Type: N=Type N, Product Type: Standard Gain Horn Attenna S=SMA, 2.2=K2.2mm Gain:15dB Product Type: with Standard Coaxial Gain Connector Horn Attenna S=SMA, 2.2=K2. Gain:15dB with Coaxial Connector Finish: Corrosion protection type: Multiple plus types black available top coat - see VT s page Finish: Corrosion type: Multiple protection types available plus black - see top coat VT s page Standard Finish: Standard Gain Corrosion Horn Gain Attenna, protection Horn 20 plus db Attenna, black top coat 20 db Standard Standard Gain Horn Gain Attenna, Horn Style Attenna, db 20 db Input Style 1 - Input 19.3 Standard Gain Horn Style Attenna, 1 Style db- Input Input Style 1 - Input 58

63 Section 3 Antennas 9 Standard Gain Horn Antenna 3dB 3dB Dimensions Gain* Gain** Dimensions (mm) Range Range Beamwidth** (mm) (Nom) (Nom) L L WL2 H W IECH IEC EIA EIA Conne VT32HA20 VT3HA+N R WR284 R3 WR2300 D Type N Type VT40HA R40 WR229 D Type VT4HA+N R4 WR20 VT48HA R48 WR187 D Type N Type VT5HA+N VT58HA R58 R5 WR159 WR1800 D Type N Type VT70HA20 VT6HA+N R WR137 R6 WR1500 D Type N Type VT84HA20 VT8HA+N R WR112 R8 WR1150 B Type N Type VT0HA20 VT9HA+N VT0HA R R0 WR90 R9 WR90 B Type B WR975 B Type N Type VT120HA20 VT120HA R R120 WR75 WR75 B Type B B Type VT12HA+N VT0HA20 VT140HA R12 WR770 N Type VT140HA R0 93 R140 WR90 72 R140 WR62 WR62 B Type B B Type VT14HA+N VT120HA20 VT180HA R14 WR650 B N Type VT180HA R R180 WR75 60 R180 WR51 WR51 B Type B Type VT140HA20 VT18HA+N VT220HA R18 WR5 B VT220HA R R R220 WR42 WR62 WR42 B Type B Type N Type VT180HA20 VT260HA B VT22HA+N VT260HA R R R260 WR34 WR51 R22 WR34 B Type WR430 B Type N Type VT220HA20 VT320HA B VT320HA R R320 WR42 32 R320 WR28 WR28 B Type B Type VT26HA+N VT260HA R26 WR340 N Type VT400HA VT400HA R R400 WR34 27 R400 WR22 B WR22 Type VT32HA+N VT320HA20 VT500HA R32 WR284 N Type VT500HA R320 WR28 B Type R R500 WR19 WR19 VT400HA R400 R620 WR22 WR15 VT40HA+N VT620HA20 VT620HA R R620 WR15 R40 WR15 WR229 N Type VT740HA20 VT500HA20 VT740HA R500 R740 WR19 WR12 VT740HA R R740 WR12 WR12 VT900HA20 VT620HA20 VT900HA R620 R900 WR15 WR VT900HA R R900 WR WR *Gain VT740HA20 and R740 WR12 *Gain 3dB and Beamwidth 3dB Beamwidth values have values been have calculated been calculated by computer by computer simulation. simulation. VT900HA R900 WR Ordering *Gain and 3dB Information Beamwidth values have been calculated by computer simulation. Ordering Example Information Example Part No: Part VT No: 00 VT HA HA 20 Vector Telecom Gain:20dB Gain:20dB Example Part No: VT 00 HA 20 :R00 :R00 Product Product Type: Standard Type: Standard Gain Horn Gain Attenna Horn Attenna Gain:20dB with with Input Input :R00 Product Type: Standard Gain Horn Attenna with Input type: Multiple type: Multiple types available types available - see VT - see s VT s page page Finish: Finish: Corrosion type: Multiple Corrosion protection types protection available plus black plus - see top black coat VT top s coat page Finish: Corrosion protection plus Style black 2 Style top - coat Built-in 2 - Built-in Coaxial Coaxial Input Input Style 2 - Built-in Coaxial Input Style 2 - Built-in Coaxial Input 3dB Gain** 3dB Dimensions Dimensions (mm) Gain** (mm) Range Beamwidth** Range Beamwidth** Connector Connect (Nom) (Nom) L W L H W IEC H IEC EIA 3dB EIA Dimensions (mm) VT32HA20N Model VT32HA20N No* Gain** Range Beamwidth** R R32 WR284 WR284 Connector N Type N Type VT40HA20N VT40HA20N (Nom) L W H R40 IEC 264 R40 WR229 EIA N Type WR229 59N Type VT32HA20N VT48HA20N VT48HA20N R48 R R48 WR187 WR284 N WR187 Type N Type VT40HA20N VT58HA20N VT58HA20N R40 R R58 WR229 WR159 WR159 N Type N Type

64 Section 3 Antennas 9 Standard Gain Horn Antenna 3dB Gain** Dimensions (mm) Range Beamwidth** 3dB Gain** 3dB Dimensions Dimensions (mm) (mm) Connector No* Range Gain** Range Beamwidth** Beamwidth** (Nom) L W H IEC EIA Connector Conne (Nom) L L W L2 H W IEC H EIA IEC EIA VT32HA20N (Nom) R32 WR284 N Type VT32HA20N VT3HA+N VT40HA20N R R40 WR284 R3 WR229 N WR2300 Type N Type N Type VT40HA20N R40 WR229 N Type VT48HA20N R48 WR187 N Type VT48HA20N VT4HA+N R48 726WR187 R4 N WR20 Type N Type VT58HA20N R58 WR159 N Type VT58HA20N R58 WR159 N Type VT5HA+N VT70HA20N R70R5 WR137 WR1800 N Type N Type VT70HA20N R70 WR137 N Type VT84HA20N VT6HA+N VT84HA20N R R84 WR112 R6 WR112 N WR1500 Type N Type N Type VT0HA20N R0 R0 WR90 WR90 N Type N Type VT8HA+N R8 WR1150 N Type VT120HA20S R120 R120 WR75 WR75 SMA SMA VT9HA+N VT140HA20S R R140 WR62 R9 WR62 SMA WR975 SMA N Type VT180HA20S R180 R180 WR51 WR51 SMA SMA VT12HA+N R WR42 R12 SMA WR770 N Type VT220HA20S R220 WR42 SMA VT260HA20K R260 WR34 K2.92mm VT14HA+N VT260HA20K R260R14 WR34 WR650 K2.92mm N Type VT320HA20K R320 WR28 K2.92mm VT320HA20K R320 WR28 K2.92mm VT18HA+N R18 WR5 N Type *Indicates Model Number. See Ordering Information for complete part number. VT22HA+N R22 WR430 N Type **Gain and 3dB Beamwidth values have been calculated by computer simulation. VT26HA+N R26 WR340 N Type VT32HA+N R32 WR284 N Type Information VT40HA+N Example Part No: VT HA N 65 K R40 WR229 N Type Example Example Vector Part Telecom No: Part VT No: 00 HA VT N KHA 20 N K J=Male, K=Female Example Part No: VT 00 HA 20 N KJ=Male, K=Female Vector WG Telecom Type:R00 Coax J=Male, Connector K=Female Type: N=Type N, :R00 Coax J=Male, Connector K=Female Type: N=Type N, Product Type: Standard WG Gain Type:R00 Horn Attenna Coax Connector Type: N=Type N, Product Type: Standard Gain Horn Attenna Gain:20dB S=SMA, 2.2= Gain:20dB S=SMA, 2.2=K2.2mm Product Type: Standard Gain Horn Attenna Gain:20dB S=SMA, 2.2= with with WG Built-in Built-in Type:R00 Coax Connector Type: N=Type N, Coax Input Coax Input Product Type: Standard with Gain Built-in Horn Coax Attenna Input Gain:20dB S=SMA, 2.2=K2.2 with Built-in Coax Input type: type: Multiple Multiple types available types available - see VT s - see VT page s page Finish: Corrosion type: protection Multiple types plus black available top coat - see VT s page Finish: type: Multiple Corrosion types protection available plus - see black VT top s coat page Finish: Corrosion protection plus Style black 3 - top with coat Coaxial Connector Style 3 - with Coaxial Connector Style 3 - with Coaxial Connector Style Style 3-3 with - with Coaxial Coaxial Connector Range Gain** 3dB Beamwidth** Dimensions (mm) (Nom) L L2 W H IEC EIA Connector VT32HA20+N R32 WR284 N Type 3dB VT40HA20+N Gain** Dimensions (mm) Range 18 Beamwidth** R40 WR229 N Type 3dB Gain** Dimensions (mm) VT48HA20+N Range dB Beamwidth** (Nom) L L2 W H IEC R48 WR187 N Type EIA Gain** Dimensions (mm) Range Beamwidth** (Nom) L L2 W H IEC EIA VT58HA20+N VT32HA20+N Conne R58 WR R32 N Type WR284 (Nom) L L2 W H IEC EIA VT70HA20+N VT32HA20+N R32 WR R70 WR137 N Type VT32HA20+N VT40HA20+N R R40 WR284 WR229 N Type VT84HA20+N VT40HA20+N R84 WR R40 N Type WR229 VT40HA20+N VT48HA20+N R R48 WR229 WR187 N Type VT0HA20+N VT48HA20+N R0 WR R48 N Type 60 WR187 VT48HA20+N VT58HA20+N R R58 WR187 WR159 N Type VT120HA20+S R120 WR75 SMA VT58HA20+N R58 WR159 VT58HA20+N VT70HA20+N R R70 WR159 WR137 N Type VT140HA20+S R140 WR62 SMA

65 Section 3 Antennas 9 Standard Gain Horn Antenna Range VT32HA20+N dB Dimensions Gain** (mm) 325 R32 WR284 N 3dB Range Gain** Beamwidth** Dimensions (mm) Conne VT40HA20+N Range 20 Beamwidth** (Nom) 18 L388 L Connector W H264 IEC R40 EIA WR229 N (Nom) L L2 W H IEC EIA VT48HA20+N VT32HA20+N VT3HA+N R WR284 R3R48 N WR2300 TypeWR187 N Type N VT40HA20+N VT4HA+N R WR229 R4 N WR20 Type VT58HA20+N R58 WR159 N Type N VT48HA20+N VT70HA20+N VT5HA+N R WR187 R5 N WR1800 Type R70 WR137 N Type N VT58HA20+N R58 WR159 N Type VT6HA+N R6 WR1500 N Type VT84HA20+N R84 WR112 N VT70HA20+N R70 WR137 N Type VT8HA+N R8 WR1150 N Type VT0HA20+N VT84HA20+N R84 7 WR112R0 N TypeWR90 N VT9HA+N R9 WR975 N Type VT120HA20+S VT0HA20+N R0 83WR90 R120N TypeWR75 SM VT12HA+N R12 WR770 N Type VT120HA20+S R120 WR75 SMA VT140HA20+S R140 WR62 SM VT140HA20+S VT14HA+N R WR62 R14 SMA WR650 N Type VT180HA20+S R180 WR51 SM VT180HA20+S VT18HA+N R WR51 R18 SMA WR5 N Type VT220HA20+S VT220HA20+S VT22HA+N R220 WR42 SM R WR42 R22 SMA WR430 N Type VT260HA20+K VT26HA+N R WR34 R260 R26 K2.92mm WR34 K2 WR340 N Type VT320HA20+K VT32HA+N R320 WR28 K2.92mm R32R320 WR284 WR28 N Type K2 *Indicates Model Number. See Ordering Information for complete part number. VT40HA+N R40 WR229 N Type **Gain and 3dB Beamwidth values have been calculated by computer simulation. Ordering Information Gain** 3dB Dimensions (mm) Beamwidth** (Nom) L L2 W H IEC EIA Example Example Part No: Part VT VT No: 00 HA VT HA N +N HA KK 20 N K Example Part No: VT 00 HA 20 +N K Vector Vector Telecom Telecom J=Male, J=Male, K=Female J=Male, K=Female K=Female WG WG :R00 Type:R00 :R00 Coax Coax Connector Connector Coax Type: Connector Type: N=Type N=Type N, Type: N, N, N=Type N, Product Type: Standard Gain Horn Attenna S=SMA, S=SMA, 2.2=K2.2mm 2.2=K2.2mm Product Type: Standard Gain Horn Attenna Gain:20dB Gain:20dB S=SMA, 2.2= with Coaxial Connector with Built-in Coax Input type: Multiple types available - - see VT VT VT s page page Finish: Corrosion protection plus black top top coat Co 19.4 Standard Gain Horn Attenna, 25 db 19.4 Standard Gain Horn Attenna, 25 db 19.4 Standard Gain Horn Attenna, db db Style 3 - with Coaxial Connector Style 1 - Input Style 11 - Input Style 1 - Input 3dB Gain** Dimensions (mm) Dimensions Range 3dB Gain* Beamwidth** Model No Range Beamwidth* (mm) (Nom) L L2 W H IEC EIA (Nom) L W H IEC EIA 61 VT32HA20+N VT0HA dB 18 Dimensions Gain* R0 405 WG WR90 WG 325 Type B R32 Type WR284 Model No No VT120HA Range Beamwidth* (mm) R120 WR75 B Type VT40HA20+N (Nom) 18 LL 388 W 65 HH345IEC IEC264EIA EIA R40 WR229

66 Section 3 Antennas 3dB 3dB Dimensions Dimensions Gain* Gain* Model No Model Range No Range Beamwidth* 3dB Beamwidth* Dimensions (mm) (mm) Gain** (mm) Beamwidth** Model No Range (Nom) (Nom) L W(mm) L HW IEC H WG IEC EIA Type EIA Connecto VT0HA25 VT0HA L2 W H IEC (Nom) 840L W H R0 204 IEC R0EIAWR90 B Type B Type VT3HA+N VT0HA25 VT120HA25 VT120HA R R0 WR75 R120 R3WR90 WR75 WR2300 B Type FBP B N Type Type VT120HA25 VT140HA25 VT140HA R R120 WR62 R140 WR75 WR62 B Type FBP B Type VT4HA+N VT140HA R4 WR20 N Type VT180HA25 VT180HA R180 0 R140 WR51 R180 WR62 WR51 B Type FBP B Type VT5HA+N VT180HA25 VT220HA25 VT220HA R R180 WR42 R220 R5 WR51 WR42 WR1800 B Type FBP B N Type Type VT220HA25 VT260HA25 VT260HA R R220 WR34 R260 WR42 WR34 B Type FBP B Type VT6HA+N VT260HA R260 R6WR34 WR1500 FBP N Type VT320HA25 VT320HA R WR28 R320 WR28 B Type B Type VT320HA R320 WR28 FBP VT8HA+N VT400HA25 VT400HA R WR22 R400 R8 WR22 WR1150 N Type VT400HA R400 WR22 VT9HA+N VT500HA25 VT500HA25 VT500HA R R500 WR19 R500 R9WR19 WR19 WR975 N Type VT620HA25 VT620HA R R620 WR15 R620 WR15 WR15 VT12HA+N VT740HA25 VT740HA R R740 WR12 R740 WR12 WR12 WR770 N Type VT14HA+N VT900HA25 VT900HA R WR R900 R14 WR WR650 N Type *Gain and *Gain 3dB and Beamwidth 3dB Beamwidth values have values been have calculated been calculated by computer by computer simulation. simulation. VT18HA+N R18 WR5 N Type Ordering Information VT22HA+N R22 WR430 N Type VT26HA+N R26 WR340 N Type Example Example Part No: Part VT No: 00 VT HA 00 2 HA 2 VT32HA+N Vector Telecom 55 Gain:2dB Gain:2dB R32 WR284 N Type VT40HA+N :R :R00 55 Product Product Type: 185 Standard 65 Type: 130 Standard Gain 88 Horn Gain R40Attenna Horn WR229 Attenna N Type with with Input Input type: Multiple type: Multiple types available types available - see VT - see s VT s page page Finish: Corrosion Finish: Corrosion protection protection plus black plus top black coat top coat 9 Style Style Style 2 2 Style - 2 Built-in Built-in Built-in Coaxial Coaxial Input Input Standard Gain Horn Antenna 3dB 3dB Gain** Gain** 3dB 3dB Dimensions Dimensions (mm) (mm) WG Type Model No* Gain** Beamwidth** Dimensions (mm) Model No* Range Range Gain** Beamwidth** Dimensions (mm) Connector Connector Range Beamwidth** Beamwidth** Connector Connec (Nom) L W H H IEC IEC EIA EIA (Nom) (Nom) L WL HW IECH EIA IEC EIA VT0HA25N VT0HA25N R0 R0 R0 204 WR90 WR90 WR90 R0 WR90 N Type N Type N Type N Type VT120HA25S R120 R120 R120 WR75 WR75 WR75 SMA SMA SMA VT120HA25S R120 WR75 SMA VT140HA25S VT140HA25S R140 R140 R140 WR R140 WR62 WR62 SMA WR62 SMA SMA SMA VT180HA25S VT180HA25S R180 R180 R180 WR51 0 R180 WR51 WR51 SMA WR51 SMA SMA SMA VT220HA25S VT220HA25S VT220HA25S R220 R220 R220 WR42 85 R220 WR42 WR42 SMA WR42 SMA SMA SMA VT260HA25K VT260HA25K VT260HA25K VT260HA25K R260 WR34 K2.92mm R260 R R260 WR34 WR34 WR34 K2.92mm K2.92mm VT320HA25K R320 WR28 K2.92mm K2.92m VT320HA25K VT320HA25K VT320HA25K R320 R R320 WR28 WR28 WR28 K2.92mm K2.92mm K2.92m *Indicates *Indicates *Indicates Model Model Number. Number. Model Number. See See Ordering Ordering See Ordering Information Information Information complete for complete for complete part part number. number. part number. **Gain **Gain **Gain and and 3dB 3dB and Beamwidth Beamwidth 3dB Beamwidth values values have have values been been have calculated calculated been calculated by computer by computer by computer simulation. simulation. simulation. Ordering 62 Ordering Information Information

67 **Gain VT180HA25S R180 WR51 SMA *Indicates VT260HA25K VT260HAK and 3dB Model Beamwidth Number values See have Ordering 25 been Information calculated 55 by for 39 computer complete simulation. 92 part 17 number. 72 R260 R260 WR34 WR34 K2.92mm K2.92mm VT220HA25S VT320HAK R220 15WR42 R320 SMA WR28 K2.92mm Ordering VT260HA25K **Gain VT320HA25K and 3dB Beamwidth values have 25 been 225 calculated 92 by computer R simulation. WR34 59 R320 K2.92mmWR28 K2.92mm *Indicates Information Model Number. See Ordering Information for complete part number. VT320HA25K *Indicates Model Number. 25 See Ordering Information for complete 59 R320 part number. WR28 K2.92mm Ordering *Indicates **Gain Model and Information 3dB Number. Beamwidth See Ordering values Information have been for calculated complete part by number. computer simulation. **Gain and 3dB Example Beamwidth Part values No: have VT been 00 calculated HA 2 N by Kcomputer simulation. Ordering **Gain and 3dB Information Beamwidth values have been calculated by computer simulation. Vector Example Telecom Part No: VT 00 HA 2 N J=Male, K K=Female Example Vector WG Part Type:R00 Telecom No: VT 00 HA 0 N K Coax J=Male, Connector K=Female Type: N=Type N, Product Type: Standard Example Example Part Gain No: Part VT 00 No: HA VT 2 00 N K HA 2 N K WG Horn Type:R00 Attenna S=SMA, 2.2=K J=Male, Gain:25dB Coax K=Female Connector Type: N=Type N, with Vector Built-in Coax Telecom Input J=Male, K=Female J=Male, K=Female Product Type: Standard :R00 Gain Horn Attenna Coax Connector Gain:25dB Type: N=Type N, S=SMA, 2. :R00 Coax Connector Type: N=Type N, Product Type: Standard with Built-in Gain WG Horn Coax Type:R00 Attenna Input Gain:dB Coax Connector S=SMA, Type: 2.2=K2.2m N=Type N, Product Type: Standard Gain Horn Attenna Gain:25dB S=SMA, 2.2=K2.2mm Product Type: with Built-in Standard Coax Gain Input Horn Attenna Gain:25dB S=SMA, 2. with Built-in Coax Input with Built-in Coax Input Finish: - see VT s page Corrosion type: Multiple type: Multiple protection types types available plus available - black see VT top - see s coat VT s page page Finish: Finish: Corrosion type: Corrosion protection Multiple protection plus types plus black available black top coat top - see top coat coat VT s page Finish: Corrosion protection Style Style plus 3-3 black with - with top Coaxial coat Connector Style 3 - with Coaxial Connector Style 3 - Style with 3 Coaxial - with Connector Coaxial Connector Section 3 Antennas Style 3 - with Coaxial Connector 9 Standard Gain Horn Antenna 3dB Gain** Dimensions (mm) Range Beamwidth** Con 3dB Gain** (Nom) L L2Dimensions W (mm) H IEC WG EIA Type Range Beamwidth** VT0HA25+N dB Gain** Gain** 25 3dB (Nom) 840Dimensions L38 (mm) L2 244 (mm) W204 WG HR0 Type IECWR90 EIA N Typ Model No* Range Range Beamwidth** Beamwidth** 3dB Gain** Dimensions (mm) Connector Connect Range Beamwidth** (Nom) Connector VT120HA25+S VT0HA25+N (Nom) L L W H IEC EIA (Nom) L 400 L2840 L2 W30 W 38 H185 H 244 IEC155 IEC 204 EIA R120 EIA R0 WR75 WR90 SMA VT0HA25+N VT3HA+N R0 R3 WR90 N Type VT140HA25+S VT0HA25+N VT120HA25+S R WR R140 N WR2300 R120 TypeWR62 WR75 N Type SMA VT120HA25+S VT4HA+N R R120 WR75 R4 WR75 SMA WR20 SMA N Type VT180HA25+S VT140HA25+S R180 R140 WR51 WR62 SMA VT140HA25+S VT5HA+N R R140 WR62 R5 WR62 SMA SMA WR1800 N Type VT220HA25+S VT180HA25+S R220 R180 WR42 WR51 SMA VT180HA25+S R180 R180 WR51 WR51 SMA SMA VT6HA+N R6 WR1500 N Type VT260HA25+K VT220HA25+S R220 WR R WR42 R260 SMA WR34 K2.92 VT220HA25+S R220 WR42 SMA VT8HA+N R8 WR1150 N Type VT320HA25+K VT260HA25+K R WR34 72R320 K2.92mm R260 WR28 WR34 K2.92 VT260HA25+K R260 WR34 K2.92mm VT9HA+N R9 WR975 N Type *Indicates VT320HA25+K Model Number See Ordering Information for 172 complete part number R WR28 59 K2.92mm R320 WR28 VT320HA25+K R320 WR28 K2.92mm VT12HA+N R12 WR770 N Type **Gain*Indicates and 3dB Model Beamwidth Number. values See have Ordering been Information calculated by for computer *Indicates Model Number. See Ordering Information complete part complete simulation. number. part number. VT14HA+N R14 WR650 N Type **Gain **Gain and 3dB and Beamwidth 3dB Beamwidth values have values been have calculated been calculated by computer by simulation. computer simulation. VT18HA+N R18 WR5 N Type VT22HA+N R22 WR430 N Type Ordering Information VT26HA+N Example Part No: VT HA 2 +N 270 K R26 WR340 N Type VT32HA+N Example Vector Part No: Example Telecom VT 00 HA Part No: VT N K 00 HA N J=Male, K K=Female 3 R32 WR284 N Type J=Male, K=Female VT40HA+N Vector :R00 Telecom Coax J=Male, Connector 130 K=Female Type: N=Type N, 88 R40 WR229 N Type Product Type: Standard WG Gain Type:R00 Coax Connector Type: N=Type N, WG Horn Type:R00 Attenna S=SMA, 2.2=K2.2mm Gain:25dB Coax Connector Type: N=Type N, Product Type: Standard Gain Horn Attenna S=SMA, 2.2=K2.2mm with Coaxial Connector Gain:25dB Product Type: Standard Gain Horn Attenna S=SMA, 2.2=K2. with Coaxial Connector Gain:25dB with Coaxial Connector Finish: Finish: Corrosion Corrosion protection protection plus plus black black top top coat coat 63

68 20 Wideband Horn Antenna 20 Wideband Horn Antenna Section 3 Antennas manufactures a high quality line of dual-ridged horn antennas typically used for EMI testing, surveillance equipment, Vector antenna Telecom gain manufactures and pattern a high quality measurement. line of dual-ridged Wideband horn antennas dual-ridged typically used for horn EMI testing, antennas surveillance are equipment, linearly antenna polarized gain and with pattern high measurement. Gain, low Wideband VSWR, dual-ridged horn antennas are linearly polarized with high Gain, low VSWR, lightweight, lightweight, covering from 0.2GHz to 40GHz. Please contact us with covering from 0.2GHz to 40GHz. Please contact us with your specification and discuss your your specification and discuss your needs with one of our sales needs with one of our sales engineers. engineers. W X H 20 L 3dB Gain** Dimensions (mm) Wideband Range Beamwidth** Co (Nom) L L2 W H IEC EIA Horn VT0HA25+N R0 WR90 N T Antenna Input Coax VT120HA25+S Range 25 Gain 3dB Input Coax Range Gain 3dB Beamwidth Beamwidth 400VSWR 30 Dimensions 185 VSWR Dimensions 155 (mm) (mm) R120 WR75 SM Connector Model No (Max) Connector E-Plane H-Plane (Max) L W H Type VT140HA25+S E-Plane H-Plane L 128 W R140 H WR62 Type SM VT180DRHAS SMA VT180DRHAS VT180HA25+S R WR51 SMA SM VT180DRHAN Type N VT180DRHAN VT220HA25+S VT80180DRHAN R Type WR42 N SM Type N VT260HA25+K VT80180DRHAS R260 SMA WR34 K2. VT80180DRHAN Type N VT180400DRHA15K K2.4mm VT320HA25+K R320 WR28 K2. VT80180DRHAS SMA *Indicates Model Number. See Ordering Information for complete part number. VT180400DRHA15K K2.4mm **Gain and 3dB Beamwidth values have been calculated by computer simulation. Example Part No: VT 00 DRHA 0 N K Rang:-GHz Ordering Information Product Type: Dual-Ridged Horn Attenna J=Male, K=Female Coax Connector Type: N=Type N, S=SMA, 2.2=K2.2mm Gain:0dB (Avg) Example Part No: Example VT 00 Part No: DRHA VT 0 00 N KHA 2 +N K J=Male, K=Female J=Male, K=Female Finish: Rang:-GHz Corrosion protection :R00 plus black top coat Coax Connector Coax Type: Connector N=Type Type: N, N=Type S=SMA, N, 2.2=K2.2m Product Type: Product Dual-Ridged Type: Standard Horn Attenna Gain Horn Attenna Gain:0dB Gain:25dB (Avg) S=SMA, 2.2=K2.2mm 64 with Coaxial Connector

69 21 MMDS Transmitting Antenna manufactures a high quality line of MMDS transmitting antennas. Please call us with your specification and discuss your needs with one of our sales engineers. Features: High radiation efficiency Wide frequency range Low VSWR More Gain values available Section 3 Antennas Power rating 300W (CW) Light weight aluminium material Style 2 - Built-in Coaxial Input Well sealed Easy for installation Direct lightning protection Ground wind velocity 25m/s 2 MMDS Transmitting Antenna 3dB Gain** Dimensions (mm) WG Power Type VSWR Range Gain Beamwidth** Beamwidth Dimensions Dimensions Connect Range Polarization Handling Connector (Max) (Azimuth) (Nom) (Elevation ) L (D*H) (mm) W (A*B) H (mm) IEC (W) EIA VT0HA25N R0 WR90 N Type VT120HA25S R120 WR75 SMA VT140HA25S R140 WR62 SMA VT180HA25S R180 WR51 SMA VT220HA25S R220 WR42 SMA VT260HA25K R260 WR34 K2.92mm VT320HA25K R320 WR28 K2.92mm *Indicates Model Number. See Ordering Information for complete part number. **Gain and 3dB Beamwidth values have been calculated by computer simulation. Model No VT2527HOA Horizontal *00 180* N-F VT2527HOA Horizontal * * N-F VT2527HOA Horizontal * * N-F VT2527VOA Vertical *00 220* N-F VT2527VOA Vertical * * N-F VT2527VOA Vertical * * N-F VT2527HCA Horizontal *00 180* N-F VT2527HCA Horizontal * * N-F VT2527HCA Horizontal * * N-F VT2527VCA Vertical *00 220* N-F VT2527VCA Vertical * * N-F VT2527VCA Vertical * * N-F Example Part No: VT 00 HA 2 N K :R00 Product Type: Standard Gain Horn Attenna with Built-in Coax Input J=Male, K=Female Coax Connector Type: N=Type N, Gain:25dB S=SMA, 2. 65

70 P P Range:2.-2.GHz VT 22 HOA 2 Gain:2 db Antenna Type: HOA Antenna Type: HOA - Omni-directional, Horizontal polarized HCA - Half-directional, Horizontal polarized VOA - Omni-directional, Vertical polarized Section 3 Antennas VCA - Half -directional, Vertical polarized 2 MMDS Transmitting Antenna P Azimuth Beam Pattern P 66

71 22 Other Antennas provides a variety of antennas that are custom designed, manufactured and tested to meet customer s special 22 Other Antennas requirements. Please call us and discuss your needs with one of our sales engineers. provides a variety of antennas that are custom designed, manufactured and tested to meet customer s special requirements. Please call us and discuss your needs with one of our sales engineers. Section 3 Antennas Logarithm Periodic Antenna Microstrip Logarithm Periodic Antenna 22 Other Antennas Paraboloid Antenna Horn Lens Antenna Multi-Polarization Antenna Feed Helical Antenna 67

72 23 Rectangular Tubing Information Model No EIA WG Designation IEC WG Designation Range Material (Stock) Inside Dimensions (mm) Std Tol ± Inside Dim (mm) Nom Wall Thickness (mm) Outside Dimensions (mm) Std Tol ± Outside Dim (mm) of Cut-Off for TE1,0 Mode Wave-length of Cut-Off for TE1,0 Mode (mm) Theoretical Attenuation lowest to highest freq (db/0ft) Cu VTBJ3 WR2300 R uminum 584.2* VTBJ4 WR20 R uminum 533.4* VTBJ5 WR1800 R uminum 457.2* VTBJ6 WR1500 R uminum 381* VTBJ8 WR1150 R uminum 292.1* VTBJ9 WR975 R uminum * Section 4 Technical Reference 23 Rectangular Tubing Information VTBJ12 WR770 R VTBJ14 WR650 R VTBJ18 WR5 R VTBJ22 WR430 R VTBJ26 WR340 R VTBJ32 WR284 R VTBJ40 WR229 R VTBJ48 WR187 R VTBJ58 WR159 R VTBJ70 WR137 R VTBJ84 WR112 R VTBJ0 WR90 R VTBJ120 WR75 R VTBJ140 WR62 R VTBJ180 WR51 R VTBJ220 WR42 R VTBJ260 WR34 R VTBJ320 WR28 R VTBJ400 WR22 R VTBJ500 WR19 R VTBJ620 WR15 R VTBJ740 WR12 R VTBJ900 WR R uminum Copper uminum Copper uminum Copper uminum Copper uminum Copper uminum Copper uminum Copper uminum Copper uminum Copper uminum Copper uminum Copper uminum Copper uminum Copper uminum Copper uminum Copper uminum Copper uminum Copper uminum Copper uminum Copper Copper Copper Copper * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *

73 24 Information Click Type No to see the detailed outline drawings. Section 4 Technical Reference 24 Information EIA Std A Type B Type D Type IEC Std FAP (RND COVER) FAM (RND GROOVED) FAE (RND CHOKE) FBP (SQ COVER) FBM (SQ GROOVED) FBE (SQ CHOKE) FDP (CPRF) FDM (CPRG) WR2300 R3 FDP3 FDM3 WR20 R4 FDP4 FDM4 WR1800 R5 FDP5 FDM5 WR1500 R6 FDP6 FDM6 WR1150 R8 FDP8 FDM8 WR975 R9 FDP9 FDM9 WR770 R12 FDP12 FDM12 WR650 R14 FDP14 FDM14 WR5 R18 FDP18 FDM18 WR430 R22 FDP22 FDM22 WR340 R26 FDP26 FDM26 WR284 R32 FAP32 FAM32 FAE32 FDP32 FDM32 WR229 R40 FAP40 FAM40 FAE40 FDP40 FDM40 WR187 R48 FAP48 FAM48 FAE48 FDP48 FDM48 WR159 R58 FAP58 FAM58 FAE58 FDP58 FDM58 WR137 R70 FAP70 FAM70 FAE70 FDP70 FDM70 WR112 R84 FBP84 FBM84 FBE84 FDP84 FDM84 WR90 R0 FBP0 FBM0 FBE0 FDP0 FDM0 WR75 R120 FBP120 FBM120 FBE120 FDP120 FDM120 WR62 R140 FBP140 FBM140 FBE140 FDP140 FDM140 WR51 R180 FBP180 FBM180 FBE180 FDP180 FDM180 WR42 R220 FBP220 FBM220 FBE220 WR34 R260 FBP260 FBM260 FBE260 WR28 R320 FBP320 FBM320 FBE320 WR22 R400 FAP400 FAM WR19 R500 FAP500 FAM WR15 R620 FAP620 FAM WR12 R740 FAP740 FAM WR R900 FAP900 FAM

74 Revision History Date Revision Changes -Dec First release Information furnished is believed to be accurate and reliable. However, assumes no responsibility for the consequences of use of such information nor for any infringement of patents or other rights of third parties which may result from its use. No license is granted by implication or otherwise under any patent or patent rights of Vector Telecom. Specifications mentioned in this publication are subject to change without notice. This publication supersedes and replaces all information previously supplied. products are not authorized for use as critical components in life support devices or systems without express written approval of. 70

75 Level 40, 140 William Street Melbourne VIC 3000, Australia Phone: F a x : The logo is a registered trademark of l rights reserved 71