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WR112 Waveguide Components



Microwave Techniques manufactures WR112 Waveguide Components with a wide range of high-power RF products and microwave solutions available.

The products listed below are simply a representation of our standard product line.

We also offer a wide array of custom solutions that are not represented in the list below.

If you do not see the WR112 waveguide component you require, contact sales@microwavetech.com to discuss your exact requirements with a technical sales engineer.

Please note all product data, specifications, and descriptions are subject to change at the sole discretion of Microwave Techniques and must be confirmed at the time of order.
WR112
Items WE-0050
WE-0050
WR112 (R84) Waveguide Load | Air Cooled | FXR WE Series 		WF-0050
WF-0050
WR112 (R84) Waveguide Load | Air Cooled | FXR WF Series 		WG-0050
WG-0050
WR112 (R84) Waveguide Load | Air Cooled | FXR WG Series 		WL-0050
WL-0050
WR112 (R84) Waveguide Load | Water Cooled | FXR WL Series
Product # N/A WE-0050 N/A WF-0050 N/A WG-0050 N/A WL-0050
Waveguide Size N/A WR112 (R84)
Configuration N/A Unfinned N/A Finned N/A Super High Power N/A Liquid Cooled
Frequency N/A 7050-10000 MHz
Bandwidth N/A
VSWR N/A 1.10:1
Power1 N/A See WE Series Datasheet N/A See WF Series Datasheet N/A See WG Series Datasheet N/A See WL Series Datasheet
Dimensional Drawing N/A
Waveguide FXR Loads - Dimensions
Finish N/A RoHS Compliant Per MIL-DTL-5541
Material N/A Aluminum
Cooling Media N/A Air N/A Air N/A Air N/A Water
Coolant Fittings N/A N/A N/A N/A 1/4 NPT
Interface N/A UG-138/U
Weight N/A
Paint N/A High Temperature Black
Marking N/A Standard Label Containing PN, SN, QR Code N/A Stencil PN SN N/A Stencil PN SN N/A Standard Label Containing PN, SN, QR Code
  • 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.