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WR340 Waveguide Components



Microwave Techniques manufactures WR340 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 WR340 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.
WR340
Unit of Measure
Items 64307-5
64307-5
WR340 (R26) Waveguide Socket Flange 		11084-701
11084-701
WR340 (R26) Waveguide H-Plane Sweep Bend 		77738-701
77738-701
WR340 (R26) Waveguide E-Plane Sweep Bend 		18839-703
18839-703
WR340 (R26) Waveguide E-Plane Miter Bend 		69522-000
69522-000
WR340 (R26) Waveguide H-Plane Miter Bend
Product # N/A 64307-5 N/A 11084-701 N/A 77738-701 N/A 18839-703 N/A 69522-000
Waveguide Size N/A WR340 (R26)
Coaxial Size N/A
Configuration N/A N/A Sweep (H-Plane) N/A Sweep (E-Plane) N/A Miter Bend (E-Plane) N/A Miter Bend (H-Plane)
Frequency N/A N/A 2170-3306 MHz N/A 2170-3306 MHz N/A 2170-3306 MHz N/A 2170-3306 MHz
Bandwidth N/A
Bandwidth N/A N/A 1136 MHz N/A 1136 MHz N/A 1136 MHz N/A 1136 MHz
VSWR N/A N/A 1.05:1 N/A 1.05:1 N/A 1.05:1 N/A 1.05:1
Transition VSWR N/A
Load VSWR N/A
Sidearm VSWR N/A
Pressure N/A N/A 5 psig N/A 5 psig N/A 5 psig N/A 5 psig
Pressure N/A
Pressure N/A
Wall N/A 0.08 in N/A N/A N/A N/A
Wall N/A N/A 0.125 in N/A 0.08 in N/A 0.125 in N/A 0.125 in
Dimensional Drawing N/A
N/A
Waveguide Sweep Bends - Dimensions
 		N/A
Waveguide Sweep Bends - Dimensions
 		N/A
Waveguide Miter Bends - Dimensions
 		N/A
Waveguide Miter Bends - Dimensions
Length A N/A N/A 7 in N/A 5 in N/A 4 in N/A 6 in
Length N/A
Length B N/A
Power1 N/A N/A 12.1 MW (Peak), 9.92 KW (Average) at 2170 MHz 17.2 MW (Peak), 12.9 KW (Average) at 3306 MHz N/A 12.1 MW (Peak), 9.92 KW (Average) at 2170 MHz 17.2 MW (Peak), 12.9 KW (Average) at 3306 MHz N/A 5.95 MW (peak), 9.92 KW (Average) at 2170 MHz 8.43 MW (Peak), 12.9 KW (Average) at 3306 MHz N/A 12.1 MW (Peak), 9.92 KW (Average) at 2170 MHz 17.2 MW (Peak), 12.9 KW (Average) at 3306 MHz
Power 12 N/A
Power 2 N/A
Power N/A
Finish 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 N/A RoHS Compliant Per MIL-DTL-5541
Finish N/A
Material N/A Aluminum
Flange Material N/A
Interface N/A EIA-271 CPRF
Interface N/A
Interface - Waveguide N/A
Interface - Coax N/A
Coupler Interface N/A
Waveguide Interface N/A
Tuning Capability N/A
Operation N/A
Split N/A
Isolation N/A
Input N/A
Directivity N/A
Coupling &commat Center Frequency N/A
Coupling Variation N/A
Coupling N/A
Amplitude Balance N/A
Phase Balance N/A
Minimum Isolation N/A
Direction N/A
Mid-Band Gain (+/- 2 dB) N/A
Weight N/A 0.66 lb N/A 2.6 lb N/A 1.5 lb N/A 2.1 lb N/A 2.1 lb
Paint N/A None N/A Microwave Techniques Grey N/A Microwave Techniques Grey N/A Microwave Techniques Grey N/A Microwave Techniques Grey
Marking 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 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.
  • 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.