-PORT WAVEGUIDE DIFFERENTIAL PHASE SHIFT CIRCULATORS (DUPLEXERS) AVERAGE POWER KW 00 0 DIFFERENTIAL PHASE SHIFT DUPLEXERS WAVEGUIDE TECHNOLOGY COAXIAL TECHNOLOGY 0. 0 00 FREQUENCY GHz General description Designed for use in both high-peak and high-mean power applications, TEMEX COMPONENTS differential phase shift circulators offer high isolation while maintaining low-insertion loss. These ruggedly constructed circulators can operate under the most severe environmental conditions, according to MIL-SPEC. The addition of specific heat sinks, or liquid cooling jackets increases mean power handling; for example, of up to 00 kw-cw at.50 GHz. Casting techniques can be used for pressurized waveguide in order to reduce leakage and weight, especially for airborne radars. In-house ferrite materials facilities, computer-aided design, and experienced research and development teams, allow TEMEX COMPONENTS to offer customers specific designs with optimal features. With the addition of a suitable waveguide load and a dummy load on the appropriate port, a -port differential phase shift circulator may be operated as a high-power isolator. The reflected power which will be absorbed in the dummy load, or the output mismatch - (V.S.W.R.) - should be specified when ordering. Options such as direction of circulation, mechanical output ports E-bend or H-bend are available upon request. -
Electrical characteristics Notes Type Frequency range (GHz) Bandwidth (MHz) Avg. power max. W Peak power max. kw Specifications at 5 C Isolation. min. db Inse. loss max. db VSWR max. Spec. in temperature range Isolation. Inse. loss VSWR min. db max. db max. Temperature range C Flange Length mm approx. Weight kg. approx. WR975 waveguide (R9) -5 FC600.000-50 K 50 - - - 0 0.5.0 5 ± UDR 9 0 - WR650 waveguide (R) - FD600.50-.50 FULL 6 K 6500 O 0.5.5 O 0.5.5-0 to +50 CPR 650 075 80-7 FD600.50-.50 FULL 00 K 000 O 0..5 O 0..5 +0 to +0 CPR 650 6 0 WR0 waveguide (R6) FE600.50 ± 5 50 K 50 0..5 0 0.5.O +0 to +0 UG 55A/U 5 WR8 waveguide (R) - FE600.700-.900 FULL K 500 5 0..0 5 0..0 0 to +65 SPECIAL 600 5 FE6005.900-.00 FULL 0 K 660 5 0..0 5 0..0 0 to +50 SPECIAL 965 9-5-7 FE600.900-.00 FULL 6 K 6000 O 0..5 0 0..5 0 to +50 CPR 8F 65 0-6 FE600.995-.005 FULL 7 K 5000 0 0..05 0 0..05 +5 to +0 SPECIAL 90 80 WR87 waveguide (R8) FG0.-5 FULL K 0.. 0.. -0 to +0 UER 8 588 8 WR7 waveguide (R70) FH600 5.95-6.5 FULL.5 K - 0.5.07 0 0..5-0 to +65 CPR 7 8.8 FH6000 5.95-6.5 FULL K - 0.5.07 O 0..5-0 to +65 CPR 7 8.8 WR waveguide (R8) FI6006 7.9-8. FULL.8 K - 0 0..0 0 0..0-0 to +70 UG 8/U.6 - Fl6007 8.5-9.6 FULL 00 50 5 0.5.5 0.5.5 0 to +60 UG 8/U.6 - Fl600 8.8-9. FULL 50 50 5 0.5.5 5 0.5.5 0 to +60 UG 8/U 5 0.7 WR90 waveguide (R00) - FI600 8.5-9.6 FULL 00 50 0 0.5.0 0 0.5.0-0 to +70 UG 5/U 76 0.5 FI6008 9-9.6 FULL 50 80 0..0 0 0.5.0-0 to +70 UG 5/U 5 0.5 - FJ60 9.6-0. FULL 500 50 - - - 0 0..5-0 to +70 UG 5/U 00 0.5 FJ6008 9.9-0.5 FULL 500-0..0 0 0.5.0-0 to +60 UG 5/U 07 FJ600 0-0.5 FULL.5 K - 5 0.5.0 0 0.5.5 0 to +60 UG 9/U 6. WR75 waveguide (R0) FJ6007.7-.5 FULL K 5 0.5.5 0 0..0 0 to +60 UBR 0 57. WR6 waveguide (R0) FJ600 -.5 FULL.5 K.5 5 0.5.5 0..0-0 to +55 UG 9/U. FJ6009 5.7-7 FULL 50 60 0 0..5 0 0..5-0 to +70 UG 9/U 7 0.55 Notes: Water cooled 5 Can operate with permanent short circuit Air cooled 6 Pressurized SF 6 (5 PSIG) Air cooled pressurized 0 PSIG ( kg) 7 Pressurized SF 6 (5 PSIG) Pressurized 5 PSIG (. kg) -
Outline drawings R WR650 waveguide R6 WR0 waveguide FD600 - FD600 075/6 FE600 5 load inlet outlet R WR8 waveguide FE600 600 FE6005 965 Load Receiver Antenna Transmitter FE600 88. 65 FE600 6.5 5 7 max 97 8 869. OUTPUT 67.07 7 00 max. 8 6.5 OUTLET 7 INLET -
R8 WR87 waveguide 0 max. FG0 9 max. 5 max. 588 5.7 0 85 max. 6.5 60 max. R70 WR7 waveguide FH600 8 FH6000 7.7 6 R8 WR waveguide FI600 5 FI6006 - FI6007 -
R00 WR90 waveguide FJ6008 FI6008 5.5 07.5 input 66. (input) output 5.8 R00 WR90 waveguide FI600 FJ600 76 6 load 5-5
R0 WR75 waveguide FJ6007 57 5 7 load R0 WR6 waveguide FJ600 FJ6009 50 8 7-6