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Explore hundreds of Microwave Techniques standard waveguide components for high-power microwave and RF applications. Using standard waveguide components as a foundation, we continue to develop new and innovative solutions for our customers. If you wish to explore custom solutions, please contact our dedicated team of sales engineers to discuss your requirements.
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Unit of Measure
Items 66264-1
66264-1
WR2300HH Waveguide Socket Flange 		17376-1
17376-1
WR2300HH Waveguide Thru Flange 		82796-701
82796-701
WR2300HH Waveguide E-Plane Sweep Bend 		82797-701
82797-701
WR2300HH Waveguide E-Plane Sweep Bend 		73729-000
73729-000
WR2300HH Waveguide H-Plane Miter Bend
Product # N/A 66264-1 N/A 17376-1 N/A 82796-701 N/A 82797-701 N/A 73729-000
Type N/A Waveguide Flanges N/A Waveguide Flanges N/A Waveguide Sweep Bends N/A Waveguide Sweep Bends N/A Waveguide Miter Bends
Waveguide Size N/A WR2300HH
Configuration N/A N/A N/A Sweep (H-Plane) N/A Sweep (E-Plane) N/A Miter Bend (H-Plane)
Frequency N/A N/A N/A 321-489 MHz N/A 321-489 MHz N/A 321-489 MHz
Bandwidth N/A N/A N/A 168 MHz N/A 168 MHz N/A 5% Bandwidth
Bandwidth N/A
VSWR N/A N/A N/A 1.05:1 N/A 1.05:1 N/A 1.03:1
Pressure N/A N/A N/A 0.25 psig N/A 0.25 psig N/A 0.25 psig
Wall N/A 0.19 in N/A 0.19 in N/A N/A N/A
Dimensional Drawing N/A
N/A
N/A
Waveguide Sweep Bends - Dimensions
 		N/A
Waveguide Sweep Bends - Dimensions
 		N/A
Waveguide Miter Bends - Dimensions
Length A N/A N/A N/A 51 in N/A 27 in N/A 18 in
Power1 N/A N/A N/A 278 MW (Peak), 458 KW (Average) at 321 MHz 394 MW (Peak), 589 KW (Average) at 489 MHz N/A 278 MW (Peak), 458 KW (Average) at 321 MHz 394 MW (Peak), 589 KW (Average) at 489 MHz N/A 278 MW (Peak), 458 KW (Average) at 321 MHz 394 MW (Peak), 589 KW (Average) at 489 MHz
Finish N/A None N/A None N/A RoHS Compliant Per MIL-DTL-5541 N/A RoHS Compliant Per MIL-DTL-5541 N/A RoHS Compliant Per MIL-DTL-5541
Material N/A Aluminum
Cooling Media N/A
Interface N/A EIA-271 CPRF
Wall N/A N/A N/A 0.19 in N/A 0.19 in N/A 0.19 in
Bandwidth N/A
Transition VSWR N/A
Load VSWR N/A
Power2 N/A
Finish N/A
Interface - Waveguide N/A
Interface - Coax N/A
Length B N/A
Port Power Monitors N/A
Monitors (dB) N/A
Max Power3 N/A
Cooling Interface N/A
Coolant Type N/A
Max Coolant Pressure N/A
Sidearm VSWR N/A
Power 14 N/A
Power 2 N/A
Waveguide Interface N/A
Coupler Interface N/A
Directivity N/A
Coupling &commat Center Frequency N/A
Coupling Variation N/A
Input Temp Tolerance N/A
Minimum Flow Rate N/A
Waveguide Pressure N/A
Coolant Fittings N/A
Mid-Band Gain (+/- 2 dB) N/A
Inlet Temp N/A
Peak Power N/A
Average Power N/A
Coupling N/A
Amplitude Balance N/A
Phase Balance N/A
Minimum Isolation N/A
Pressure N/A
Split N/A
Isolation N/A
Input N/A
Coaxial Size N/A
Pressure N/A
Tuning Capability N/A
Operation N/A
Direction N/A
Window Material N/A
Flange Material N/A
Inlet Temperature N/A
Minimum Coolant Flow Rate N/A
Minimum Coolant Flow Rate N/A
Isolation (dB) N/A
Insertion Loss (dB) N/A
Interface N/A
Weight N/A 7.84 lb N/A 7.42 lb N/A 102.2 lb N/A 61.6 lb N/A 48.9 lb
Paint N/A None N/A None N/A Microwave Techniques Grey N/A Microwave Techniques Grey N/A Microwave Techniques Grey
Marking N/A None N/A None N/A Standard Label Containing PN, SN, QR Code N/A Standard Label Containing PN, SN, QR Code N/A Standard Label Containing PN, SN, QR Code
Additional Marking N/A
  • 1
  • 30,000 V/cm Breakdown Voltage
  • Unpressurized Waveguide
  • 1:00:1 VSWR
  • Average power is based upon unpressurized painted aluminum waveguide, internal surface finish of 63µm, under free convective cooling with an operating temperature that is 25ºC above ambient temperature. Cooling options should be considered if the waveguide will be operating at higher average power levels - please consult factory.
  • 2
  • 30,000 V/cm Breakdown Voltage
  • Unpressurized Waveguide
  • 1:00:1 VSWR
  • Average power is based upon unpressurized painted aluminum waveguide, internal surface finish of 63µm, under free convective cooling with an operating temperature that is 25oC above ambient temperature. Cooling options should be considered if the waveguide will be operating at higher average power levels - please consult factory.
  • 3 Exact Value To Be Specified By Customer
  • 4
  • 30,000 V/cm Breakdown Voltage
  • Unpressurized Waveguide
  • 1:00:1 VSWR
  • Average power is based upon unpressurized painted aluminum waveguide, internal surface finish of 63µm, under free convective cooling with an operating temperature that is 25oC above ambient temperature. Cooling options should be considered if the waveguide will be operating at higher average power levels - please consult factory.