SATCOM Fiber Optic Products

Transcription

1 Indoor Applications One Third Rack Card Cage Rack Outdoor Applications C-Band LNA DC-Powered L-Band Link Table Of Contents Ku-Band LNA S-Band LNA Indoor Equipment Page One third rack links One third rack RSU Card cage links 4 & 5 Link specifications 6 & 7 RSU specifications 8 & 9 Outline drawings 6 Options 8 & 9 Outdoor Equipment Page DC-powered L-band links 0 AC-powered links Specifications & Integrated LNAs 4 & 5 Outline drawings 7 Options 8 & 9 AC-Powered Ku-Band Link Advantages Of Fiber Optics Longer transmission paths than coaxial cable Easy installation, lightweight and flexible Fiber is unsusceptible to lightning strikes Provides EMI/I insulation Larger bandwidths

2 One Third Rack Fiber Optic Links Features High dynamic range Low noise figure Compact size Summary alarm contacts Status LEDs Front panel removable Universal AC input (90 50 VAC) Operational to distances over 0 km APC optical connectors Optional level adjust on Rx U.S. Patent 7,50,090 MITEQ s one third rack fiber optic systems are designed to provide state-of-the-art fiber optic links, while reducing rack space requirements. By creating the framework with front panel access to the fiber optic unit, the end user has the flexibility to interchange transmitters and receivers as needed. One third rack systems can be provided in any combination of up to three individual transmitters or receivers spanning all covered satellite bands. One Third Rack Models (frame part number: OL-TR-) Transmitter Model Numbers Receiver Model Numbers Frequency ORT ORM MHz ORT-44- ORM GHz ORT ORM GHz ORT ORM MHz ORT ORM GHz ORT ORM GHz Note: Custom models available upon request. Specifications See pages 6 and 7 for additional specifications. Primary Power Requirements Voltage VAC Frequency Hz Power... W typical Physical Weight Frame....5 lbs. [.68 kg] nominal Transmitter ORT & ORT lbs. [.6 kg] nominal ORT , ORT-44- ORT & ORT lbs. [.7 kg] nominal Receiver ORM & ORM lbs. [.6 kg] nominal ORM , ORM-44- ORM & ORM lbs. [.7 kg] nominal Overall dimensions... 9 x.75 x [48.6 x 44.5 x 04.8 mm] (excluding connectors) Physical (Cont.) Connectors... SMA female Summary alarm... DE-9P (mating connectors supplied) AC input... IEC-0 PIN Configuration PIN Description Summary alarm normally closed Summary alarm normally common Summary alarm normally open 4 N/C 5 RSU power enable 6 N/C 7 N/C 8 + VDC output to RSU 9 + VDC return from RSU Options and Notes : switchover available using NSU controller. See MITEQ data sheet D- for details. See pages 8 and 9 for a list of additional options.

3 One Third Rack Fiber Redundant Switchover Unit Features and optical switching Local and remote control (RS485/4 0/00 Base-T Ethernet) Automatic/manual control from both local and remote control Remote status Off line input APC optical connectors CE mark U.S. Patent 7,50,090 The : Redundant Switchover Unit is used with two one third rack fiber optic units, one on-line (Unit A) and the second in standby mode (Unit B). A fault condition in the on-line unit A, or an operator-generated command will switch the standby Unit B to the on-line position and remove Unit A from the transmission path. A full feature set of commands is available for both remote and local control. The : Redundant Switchover Unit is designed to ensure continuous operation allowing a unit fault to be repaired and/or routine maintenance to be performed without disruption of signal transmission. The : Redundant Switchover Unit can be ordered as an, Fiber or a combination of and Fiber switching system. One Third Rack Models (frame part number: OL-TR-) Models* Switching Fiber Switching Fiber Connector Type OSU-S-TR X N/A OSU-FC-TR X FC/APC OSU-E-TR X E000/APC OSU-SC-TR X SC/APC OSU-S/FC-TR X X FC/APC OSU-S/E-TR X X E000/APC OSU-S/SC-TR X X SC/APC *See page for available one third rack transmitters and receivers. All transmitter and receiver units ordered prior to June 006 need to be retrofitted before accommodating switchover system. See pages 8 and 9 for a list of additional specifications. Additional Information For literature describing local control (front panel) and remote control (remote bus), refer to MITEQ Technical Note 5T067 (

4 Card Cage Fiber Optic Links Features High dynamic range Low noise figure Hot-swappable modules Diode-summed power supplies Ten module capacity in a two rack unit high chassis Summary alarm contacts for each module Status LEDs Front panel removable Universal AC input (90 50 VAC) Operational to distances over 0 km APC optical connectors MITEQ s fiber optic card cage system provides support for multiple transmitter and receiver modules spanning all covered satellite bands. The card cage design allows for the availability of multiple fiber optic links in a two rack unit high chassis, featuring hot-swappable connections, diode-summed redundant power supplies and summary alarm contacts. The card cage can be configured with up to ten receiver modules, five transmitter modules, or any combination of up to ten L-band transmitter and/or receiver modules. Card Cage Components Model Numbers Description OCC- Card Cage Rack PS-OCC-* Power Supply PS-OCC-* Power Supply * Card cage can operate from single power supply, however, two power supplies are needed for redundancy. Card Cage Models Transmitter Model Numbers Receiver Model Numbers Frequency OCCT OCCR MHz OCCT OCCR MHz OCCT-44-* OCCR GHz OCCT * OCCR GHz OCCT * OCCR GHz OCCT * OCCR GHz Note: Custom models available upon request. * Denotes double width models. 4

5 Card Cage Fiber Optic Links Specifications See pages 6 and 7 for additional specifications. Primary Power Requirements Voltage VAC Frequency Hz Power PS-OCC W maximum PS-OCC W maximum Physical Weight Transmitter... lbs. [.6 kg] nominal Receiver... lbs. [.9 kg] nominal Card cage... 4 lbs. [.8 kg] nominall Power supply... lbs. [.6 kg] nominal Overall dimensions... 9 x.5 x 0 [48.6 x 88.9 x 54 mm] (excluding connectors) Connectors... SMA female Summary alarm... DB-5S AC input... IEC-0 Optical... See page 7 See pages 8 and 9 for a list of additional options. Options 5

6 Specifications For Indoor Fiber Optic Links The following specifications are based on link data, with db of optical loss and -0 dbm input level. Electrical Specifications Band L-Band L- and S-Band C-Band Third rack model numbers ORT , ORM ORT-0000-, ORM ORT-44-, ORM-44- Card cage model numbers OCCT , OCCR OCCT-0000-, OCCR OCCT-44-, OCCR-44- Frequency range MHz MHz.4 4. GHz Gain 5 db typical 0 db minimum 0 db typical Amplitude response.5 db p-p maximum ± db p-p maximum Noise Figure 0 db typical 0 db typical, 5 db maximum 0 db maximum (above 0 MHz) Group delay ±0. ns p-p Input power ( db compression point) -4 dbm minimum -5 dbm minimum Third order intermodulation with two -5 dbm inputs -4 dbc -40 dbc Gain stability ±0.5 db/4 hours at constant temperature VSWR ( only).0: maximum.: maximum impedance 50 ohms Phase noise* -00 dbc/hz typical at 00 Hz offset Spurious free dynamic range 00 db minimum at Hz bandwidth Non-damage input +0 dbm +5 dbm * Phase noise is residual phase noise not single sideband. Specification is guaranteed not measured. Electrical Specifications Band Broadband Ku-Band (Rx-Band) Ku-Band (Tx-Band) Third rack model numbers ORT , ORM ORT , ORM ORT , ORM Card cage model numbers OCCT , OCCR OCCT , OCCR OCCT , OCCR Frequency Range GHz GHz GHz Gain db typical 0 db typical Amplitude response ±4 db p-p maximum ± db p-p maximum Noise Figure 0 db typical, 5 db maximum Group delay ±0. ns p-p Input power ( db compression point) -5 dbm minimum Third order intermodulation with two -5 dbm inputs -40 dbc Gain stability ±0.5 db/4 hours at constant temperature VSWR ( only).0: maximum.: maximum impedance 50 ohms Phase noise* -00 dbc/hz typical at 00 Hz offset Spurious free dynamic range 00 db minimum at Hz bandwidth Non-damage input +5 dbm * Phase noise is residual phase noise not single sideband. Specification is guaranteed not measured. 6

7 Specifications For Indoor Fiber Optic Links (Cont.) Optical Specifications Fiber 9/5 (single mode fiber) Optical connector* L- and S-band units FC/APC C- and Ku-band units E000/APC Wavelength** Minimum 00 nm (receivers), 540 nm (transmitters) Typical 550 nm Maximum 560 nm Spectral width.0 nm (transmitter only) Optical power in fiber 4 mw typical Single side-mode suppression ratio 0 db minimum, 40 db typical * Optical connectors are standard connectors for listed bands. Other connectors are available as an option. ** Wavelengths listed are MITEQ s standard. For cases where a CWDM (Coarse Wavelength Division Multiplexing) system is needed, MITEQ can supply up to 0 different transmitter wavelengths with 0 nm channel spacing. Common Environmental Specifications Operating Ambient Temperature... 0 to 50 C Relative Humidity... Up to 95% at 0 C Atmospheric pressure... Up to 0,000 feet Nonoperating Ambient temperature to +60 C Relative Humidity... Up to 95% at 40 C Atmospheric pressure... Up to 40,000 feet Shock and vibration... Normal handling by commercial carriers Functional Block Diagram INPUT C- & Ku- BAND ONLY OPTION LNA TRANS- (PRE- IMPEDANCE AMPLIFIER) AMPLIFIER ISOLATOR OPTICAL CABLE PHOTO DIODE TRANS- IMPEDANCE AMPLIFIER LNA OPTION C- & Ku- BAND ONLY OUTPUT 7

8 Specifications For One Third Rack Switchover Units Modes Of Operations Local mode... Commands are received from the keys on the front panel. Remote mode... Commands are received from a remote system controller via the remote interface connector. All front panel keys are disabled, with the exception of local/remote mode selection. Automatic mode... Switchover occurs if a fault is detected in an on-line unit. Manual mode... Switchover may be executed either via the front panel keys (local mode) or the remote interface (remote mode). Specifications Frequency VSWR (Maximum) Isolation (Minimum) Insertion Loss (Typical) DC GHz.0: 85 db 0.40 db 4 GHz.0: 80 db 0.45 db 4 8 GHz.0: 70 db 0.55 db GHz.40: 65 db 0.65 db Optical Specifications Frequency VSWR (Maximum) Isolation (Minimum) Insertion Loss (Typical) DC 4.5 GHz.0: 60 db.0 db Modes Of Operations Switch type... Coaxial, four-port transfer Switch contacts... Break-before-make, wiping Switch drive... Latching Switching speed ms maximum Optical Switch Specifications Switch type... Optical, x Switch drive... Latching Switching speed... 0 ms maximum Functional Block Diagram ON-LINE FIBER J J4A 4 J7 J4 JA REDUNDANCY ALARM INTEACE CABLE OFF-LINE FIBER UNIT A OFF-LINE J JA 4 J JA ON-LINE O J OPTICAL SWITCH UNIT B REDUNDANCY ALARM INTEACE CABLE J7 SWITCH 8

9 Specifications For : Switchover Units One Third Rack Specifications Primary Power Requirement Voltage... DC power from MITEQ / rack fiber optic Tx and Rx Physical Dimensions (excluding connectors) Module x.48 x [44.78 x 7.59 x 04.8 mm] Frame... 9 x.75 panel height x [48.60 x x 04.8 mm] Weight Module lbs. [.04 kg] nominal Frame....5 lbs. [0.68 kg] nominal Connectors... SMA female Fiber optic... FC/APC, or E000/APC or SC/APC Redundancy alarm*... DE-5P Remote interface*... DE-9S for RS4/485 Ethernet interface... RJ-45 * Mating connectors supplied. PIN Redundancy Connector J7 Description Unit A summary alarm normally open Unit A summary alarm common Unit A summary alarm normally closed 5 Unit A + VDC 7 Unit A + VDC return 9 Unit B summary alarm normally open 0 Unit B summary alarm common Unit B summary alarm normally closed Unit B + VDC 5 Unit B + VDC return PIN Remote Connector J6 Description Ground OSU summary alarm common Data out- 4 OSU summary alarm open 5 Data in- 6 OSU summary alarm closed 7 Data out+ 8 N/C 9 Data in+n 9

10 Features High dynamic range Low noise figure Operational to distances over 60 km Compact size Weather-tight enclosure Summary alarm contacts Status LEDs DC-Powered Outdoor L-Band Fiber Optic Links MITEQ s outdoor L-band fiber optic links are designed for antenna mounting. With a high dynamic range and low noise figure these units provide a low cost alternative to coaxial cable. Their compact size provide an ideal solution for L-band antenna based fiber optic applications. Transmitter And Receiver Models Transmitter Model Numbers Receiver Model Numbers Frequency OWT-0000-* OWR-0000-* MHz OWT OWR MHz * Extended frequency range available, see options. Specifications See pages and for additional specifications. Primary Power Requirements Voltage ±0.5 VDC Noise ripple... <00mV p-p Power Transmitter W typical Receiver W typical Available paint colors: Furniture white (standard)... FED-STD-595B color 7875 Monarch black... FED-STD-595B color 708 Green 8... FED-STD-595B color 4094 Desert tan... FED-STD-595B color 0 Physical Weight... lbs. [.9 kg] nominal Overall dimensions " x.5" x." [7 x 8.55 x.0 mm] Connectors... SMA female Optical... FC/APC (ST/APC optional) Alarm/power... DE-9P (mating connector supplied) PIN PIN Configuration Description Ground +5 VDC input N/C 4 Summary alarm normally closed 5 Summary alarm common 6 Summary alarm normally open 7 N/C 8 N/C 9 N/C See pages 8 and 9 for a list of additional options. Options 0

11 Features High dynamic range Low noise figure Operational to distances over 0 km Compact size Weather-tight enclosure Summary alarm contacts Status LEDs Universal AC input (90 50 VAC) Optional DC output to LNA CE mark AC-Powered Outdoor Fiber Optic Links MITEQ s outdoor AC-powered fiber optic links are designed for antenna mounting. With a high dynamic range and low noise figure these units provide a low cost alternative to coaxial cable. These units are an alternative to MITEQ s DC-powered units. These units are available in all covered satellite bands and are an ideal solution for all antenna-based fiber optic applications. Transmitter And Receiver Models Transmitter Model Numbers Receiver Model Numbers Frequency OWT OWR MHz OWT OWR MHz OWT-44- OWR GHz OWT OWR GHz OWT OWR GHz OWT OWR GHz Specifications See pages and for additional specifications. Primary Power Requirements Voltage VAC Frequency Hz Power* Transmitter... W typical Receiver... 8 W typical * Without LNA option. LNA Optional Power Voltage... + VDC Current ma maximum Available paint colors: Furniture white (standard)... FED-STD-595B color 7875 Monarch black... FED-STD-595B color 708 Green 8... FED-STD-595B color 4094 Desert tan... FED-STD-595B color 0 Physical Weight... 6 lbs. [.7 kg] nominal Overall dimensions " x 5.0" x.78" [86.44 x 7 x 70.6 mm] Physical (Cont.) Connectors... SMA female Optical... FC/APC (ST/APC optional) AC input... MS0R0SL-P (mating connector supplied) Alarm/power... DE-9P (mating connector supplied) PIN PIN Configuration Description Ground N/C Summary alarm normally closed 4 Summary alarm normally open 5 N/C 6 LNA output voltage (optional) 7 N/C 8 Summary alarm common 9 N/C See pages 8 and 9 for a list of additional options. Options

12 Specifications For Outdoor Fiber Optic Links The following specifications are based on link data, with db of optical loss and -0 dbm input level. Electrical Specifications Band L-Band L- and S-Band C-Band Model numbers OWT , OWR OWT-0000-, OWR OWT-44-, OWR-44- OWT , OWR OWT-0000-, OWR Frequency range MHz MHz.4 4. GHz Gain 5 db nominal 0 db nominal 0 db nominal Amplitude response.5 db p-p maximum ± db p-p maximum Noise Figure 0 db typical 0 db typical, 5 db maximum 0 db maximum (above 0 MHz) Group delay ±0. ns p-p Input power ( db compression point) -4 dbm minimum -5 dbm minimum Third order intermodulation with two -5 dbm inputs -4 dbc -40 dbc Gain stability ±0.5 db/4 hours at constant temperature ±5 db/temperature range VSWR ( only).0: maximum.: maximum impedance 50 ohms Phase noise* -00 dbc/hz typical at 00 Hz offset Spurious free dynamic range 00 db minimum at Hz bandwidth Non-damage input +0 dbm +5 dbm * Phase noise is residual phase noise not single sideband. Specification is guaranteed not measured. Electrical Specifications Band Broadband Ku-Band (Rx-Band) Ku-Band (Tx-Band) Model numbers OWT , OWT , OWT , OWR OWR OWR Frequency range GHz GHz GHz Gain db typical 0 db typical Amplitude response ±4 db p-p maximum ± db p-p maximum Noise Figure 5 db maximum Group delay ±0. ns p-p Input power ( db compression point) -5 dbm minimum Third order intermodulation with two -5 dbm inputs -40 dbc Gain stability ±0.5 db/4 hours at constant temperature ±5 db/temperature range VSWR ( only).0: maximum.: maximum impedance 50 ohms Phase noise* -00 dbc/hz typical at 00 Hz offset Spurious free dynamic range 00 db minimum at Hz bandwidth Non-damage input +5 dbm * Phase noise is residual phase noise not single sideband. Specification is guaranteed not measured. Options 4. DC output to LNA for AC-powered units. A. DC output on J connector to power LNA. + VDC available at 500 ma maximum. B. DC output on center pin to power LNA. + VDC available at 00 ma maximum. See pages 8 and 9 for a list of available options.

13 Specifications For Outdoor Fiber Optic Links Fiber Optical connector Wavelength Minimum Typical Maximum Spectral width Optical power in fiber Single side-mode suppression ratio Optical Specifications 9/5 (single mode fiber) FC/APC (standard) ST/APC (optional) 00 nm (receivers), 540 nm (transmitters) 550 nm 560 nm.0 nm (transmitter only) 4 mw typical 0 db minimum, 40 db typical Common Environmental Specifications Operating Ambient Temperature to +60 C Relative Humidity... Up to 00% at 0 C Atmospheric pressure... Up to 0,000 feet Nonoperating Ambient temperature to +70 C Relative Humidity... Up to 00% at 40 C Atmospheric pressure... Up to 40,000 feet Shock and vibration... Normal handling by commercial carriers Functional Block Diagram INPUT C- & Ku- BAND ONLY LNA TRANS- (PRE- IMPEDANCE AMPLIFIER) AMPLIFIER ISOLATOR OPTICAL CABLE PHOTO DIODE TRANS- IMPEDANCE AMPLIFIER LNA C- & Ku- BAND ONLY OUTPUT

14 Integrated LNA With Fiber Optic Transmitter Features SATCOM LNA Fiber optic transmitter High dynamic range Low noise figure Operational to distances over 0 km Compact size Status LEDs Ku-Band S-Band MITEQ s outdoor DC-powered low noise amplifiers with integrated fiber optic transmitters are designed for antenna mounting. These units combine two state-of-the-art technologies. The end user gets all of the performance advantages of MITEQ s SATCOM LNAs plus a fiber optic transmitter all in one package. The transmitter features a high dynamic range and low noise figure while the LNA features a very low noise temperature. These units eliminate the need for multiple housings and are an ideal solution for all antenna-based fiber optic applications. Noise Temperature ( K) LNA Gain (db) Model Number C-Band (.4 4. GHz) 0 50 OTA-C OTA-C 0 60 OTA-C OTA-C4 S-Band (.. GHz) 0 50 OTA-S OTA-S 0 60 OTA-S OTA-S4 Ku-Band ( GHz) OTA-K OTA-K C-Band Specifications See page 5 for additional specifications. Primary Power Requirements Voltage ±0.5 VDC Noise ripple... <00 mv p-p Power... W typical (C-, S-Band),.5 W typical (Ku-Band) Physical Weight... 5 lbs. [.7 kg] nominal Connectors output... SMA female input... CPR9G, grooved flange (C-Band), CPR40, flat flange (S-Band), WR75, flat flange (Ku-Band) Optical... FC/APC (ST/APC optional) Alarm... DE-9P (mating connector supplied: C-, S-Band), MSE0-6P (mating connector supplied: Ku-Band) PIN Configuration PIN DE9P Ground +5 VDC input N/C 4 Summary alarm normally open 5 Summary alarm common 6 Summary alarm normally closed 7, 8, 9 N/C PIN A B D E F MSE0-6P +5 VDC return +5 VDC input Summary alarm normally closed Summary alarm common Summary alarm normally open 4

15 Specifications For Integrated LNA With Fiber Optic Transmitter Electrical Specifications Model numbers OTA-C OTA-C OTA-C OTA-C4 OTA-S OTA-S OTA-S OTA-S4 OTA-K OTA-K Gain 50 db minimum 60 db minimum Gain/Flatness ±0.5 db maximum Pout 0 dbm maximum IP 0 dbm maximum VSWR Input.5: maximum Output.0: maximum Gain variation over temperature 5 db Electrical Specifications For Transmitter Gain LNA Gain -0 db typical Amplitude response ± db p-p maximum (C-, S-Band), ± db p-p maximum (Ku-Band) Noise figure 0 db maximum (C-, S-Band), 5 db maximum (Ku-Band) Group delay ± ns p-p maximum * All specifications for performance of the transmitter imply mating to a receiver. Transmitter will work with any available MITEQ receiver covering the same band. Fiber Optical connector Wavelength Minimum Typical Maximum Spectral width Optical power in fiber Single side-mode suppression ratio Optical Specifications For Transmitter 9/5 (single mode) FC/APC 540 nm 550 nm 560 nm.0 nm 4 mw typical (C-, S-Band), 6 mw typical (Ku-Band) 0 db minimum, 40 db typical Common Environmental Specifications Operating Ambient Temperature to +60 C Relative Humidity... Up to 00% at 0 C Atmospheric pressure... Up to 0,000 feet Nonoperating Ambient temperature to +70 C Relative Humidity... Up to 00% at 40 C Atmospheric pressure... Up to 40,000 feet Shock and vibration... Normal handling by commercial carriers LNA Block Diagram INPUT OUTPUT ISOLATOR TRANS- IMPEDANCE AMPLIFIER OPTICAL OUTPUT 5

16 HAUPPAUGE, NY 4 MODEL ORM HAUPPAUGE, NY MODEL ORT Outline Drawings One Third Rack Links VAC 47-6 Hz ~AC VOLTAGE INPUT FUSE T.5A J SUMMARY ALARM J OPTICAL OUTPUT J INPUT J OUTPUT J OPTICAL INPUT J S U M M A R Y A L A R M FUSE T.5A ~AC VOLTAGE INPUT VAC 47-6 Hz.00 [04.80].7 [4.69] MITEQ INC. POWER FIBER OPTIC RECEIVER SUMMARY ALARM MITEQ INC. SUMMARY ALARM FIBER OPTIC TRANSMITTER THERMAL STABILITY POWER 9.00 R [48.60] Card Cage Links TOP VIEW LESS TOP GUIDE PLATE 9.0 [6.] FRONT VIEW POWER SUPPLY A POWER SUPPLY B.47 [88.4] 9.00 [48.60] 6 NOTE: DIMENSIONS SHOWN IN BRACKETS [ ] ARE IN MILLIMETERS.

17 Outline Drawings (Cont.) DC- Powerd L-Band Links C-Band LNA With Fiber 8- TAPPED MOUNTING HOLES 4 PLACES.90 [7.66] J INPUT 4.7 [0.4] FIBER OPTIC TRANSMITTER J DC POWER AND STATUS INTEACE.4 [8.0] ±.0 [.5].0 [76.7] J OPTICAL OUTPUT J OUTPUT J ALARM INTEACE 8.06 [04.7] ±.0 [.5].5 [6.5] POWER/ALARM INDICATOR J FC/APC J 9 PIN D-SUB J SMA FEMALE J OPTICAL OUTPUT STATUS LED.75 [69.85].45 [9.08].57 [6.58] 0 PLACES 4.85 [.9].0 [.0] ±.0 [.5].88 [47.75].880 [98.55].90 [58.7] CPR9 CONTACT FLANGE R.[7.87] 4 PLACES.40 [8.96].690 [68.6].60 [4.48].550 [.97].550 [.97].050 [6.67].550 [9.7].00 [5.4] AC-Powered Links Ku-Band LNA With Fiber AC INPUT FUSE 8.75 [.8] J4 AC INPUT VAC 47-6 Hz J PIN A- AC LINE B- NEUTRAL C- GROUND POWER FUSE ALARM.07 [77.98] 6.6 [68.5] DC POWER/ALARM POWER LED DC POWER ALARM INTEACE ALARM LED J OUTPUT (RECEIVER) J INPUT (TRANSMITTER).6 [9.0] DC POWER/ ALARM INTEACE POWER/STATUS LED OUTPUT 5.00 [7.00].70 [68.50] OPTICAL OUTPUT.7 [8.06].04 [6.4]. [58.80] INPUT 5.87 [49.0] MOUNTING HOLES 0- TAPPED X.50 [6.5] DEEP 4 PLACES J OUTPUT (RECEIVED) J INPUT (TRANSMITTER).45 [6.8] J OUTPUT POWER STATUS LED J OPTICAL OUTPUT J DC POWER/ ALARM INTEACE INPUT.8 [0.57].8 [46.0]. [8.5] 6- TAPPED MOUNTING HOLES S-Band LNA With Fiber.008 [5.60] 4.58 [6.8].795 [70.99] 4.9 [06.45].50 [54.6] WR [09.] 4.60 [6.84] 6.97 [77.08].50 [.7] POWER/STATUS INTEACE STATUS LED INPUT Ø.66 [6.756] THRU C'BORE Ø.5 [.487] X.06 [.5] DP 0X 9 PIN "D-SUB" 5 PIN "D" 4.76 [8.6] [4.986] OUTPUT FIBER OUTPUT SMA FEMALE FC/APC R.5 TYP..78 [9.86].70 [4.688].658 [67.5].440 [87.76].64 [67.06] NOTE: DIMENSIONS SHOWN IN BRACKETS [ ] ARE IN MILLIMETERS. 7

18 Options. Extended frequency range (0 400 MHz).. signal monitor. connector (SMA female) provided on front panel with -0 dbc nominal level. 5. Reference diplexer. A reference diplexer can be added to the side of both the transmitter and receiver. The transmitter side will attenuate the reference signal (0 or 00 MHz) by 5 db and pass the L-band signal. The receiver side will then amplify the reference signal and pass the L-band signal. This prevents saturation of the link due to the presence of the reference signal. Some clipping of the L-band signal may occur at the low end. A. 0 MHz reference diplexer. B. 00 MHz reference diplexer. 0. Level adjust. 0 db minimum, continuous adjustment from front panel knob.. Higher input signal power. The input intercept point can be increased for applications where a higher input power is needed. Input db compression: 0 dbm minimum Input IP : +0 dbm minimum Gain: 0 db nominal Noise figure: db nominal FC. FC/APC optical connector. SC. SC/APC optical connector. E. E000/APC optical connector. ST. ST/APC optical connector. NOTE: Missing option numbers are not applicable to this product. 8

19 Options (Cont.) Available Options Per Unit Model Number Model Option Number Numbers FC E SC ST 4 5A 5B 0 ORT X X X X X ORM X X X X X X ORT X X X X X X ORM X X X X X X X ORT-44- X X X ORM-44- X X X X ORT X X X ORM X X X X ORT X X X ORM X X X X ORT X X X ORM X X X X OCCT X X X X X OCCR X X X X X OCCT X X X X X X OCCR X X X X X X OCCT-44- X X X OCCR-44- X X X OCCT X X X OCCR X X X OCCT X X X OCCR X X X OCCT X X X OCCR X X X OWT X X OWR X X OWT X X X OWR X X X OWT X X X X X X OWR X X X X X X OWT-44- X X OWR-44- X X OWT X X OWR X X OWT X X OWR X X OWT X X OWR X X OWT X X X X OWR X X X X 9

20 For Satellite Communications Typical FO Distribution Architecture INDOOR EQUIPMENT Rx0 Fiber Optic Receiver ORM Ku-Band Block Down Converter SW NSU L-Band IF Output Horizontal Beacon Receiver Optic Distribution Box Rx0 Rx0 Fiber Optic Receiver ORM Fiber Optic Receiver ORM Ku-Band Ku-Band Block Down Converter Block Down Converter 4 : Redundant Switch NSU SW4 4 L-Band IF L-Band IF Output Vertical Modems Fiber Optic Cable Fiber Optic Transmitter ORT L-Band IF SW NSU L-Band IF Input Vertical Fiber Optic Transmitter ORT Fiber Optic Transmitter ORT L-Band IF L-Band IF 4 : Redundant Switch NSU SW4 4 TX0 Uplink Power Control TX0 L-Band IF Input Horizontal Modems Redundant Switch - NSU Fiber Optic Cable OUTDOOR EQUIPMENT Optic Distribution Box Rx5 Rx Rx4 Fiberoptic Rx OWR Fiberoptic Rx OWR Spare Fiber 4 LNA LNA LNA BK Ku TWTA with Integrated BUC Ku TWTA with Integrated BUC Switch Interface Unit V H OMT H V Fiberoptic Rx OWR Ku TWTA with Integrated BUC Spare Fiber MITEQ provides complete custom fiber optic network designs. Our proven FO and SATCOM Solutions are in use worldwide. 00 Davids Drive, Hauppauge, NY 788 TEL.: FAX: D-06E.0 /04.8. Specifications are subject to change without notification. 0 MITEQ