Fixed Waveguide Short Circuits | 12.4GHz – 325GHz

Fixed Waveguide Short Circuits Mi-Wave’s 595 Series Fixed Waveguide Short Circuits are available in standard waveguide sizes from 12.4 to 325 GH Note: Our website contains just a few types of  Terminaions we build. Consult with us for your specific needs. 595K Waveguide Short Circuit, UG-595/U Flange View Product 595A Waveguide Short Circuit, UG-599/U Flange View Product 595B Waveguide

2023-09-25T14:32:27-04:00

Adjustable Waveguide Short Circuits | 12.4GHz – 220GHz

Adjustable Waveguide Short Circuits Mi-Wave’s 590 Series Waveguide Short Circuits are available in standard waveguide sizes from 12.4 to 325 GHz. The non-contacting choke type short circuit is designed to operate with high electrical stability over a broad range of frequencies. The micrometer drive provides smooth, accurate positional tuning over the entire distance traveled and a positive locking device ensures continued setting reliability. Note: Our website contains just a few types of  Terminaions we build. Consult with

2023-09-28T16:22:42-04:00

J-Band Waveguide Calibration Kits | 220GHz – 325GHz

H-Band Waveguide Calibration Kit 780H/387, 170GHz - 260GHz WR-04, UG-387/U Note: Customer can purchase a custom configuration or dimension. Please consult with the factory. Description: Mi-Wave’s 780 Series Waveguide Calibration Kits are made to precisely calibrate Vector Network Analyzers (VNA) utilizing millimeter waveguide test heads or modules from 18 to 325 GHz. These kits provide the Triple Offset Short (SSST) calibration method utilizing offset shorts and fixed precision termination. The precision fixed shorts

2024-01-29T17:20:30-05:00

J-Band Waveguide Calibration Kits | 220 GHz – 325 GHz

J-Band Waveguide Calibration Kit 780J/387, 220GHz-325GHz  WR-03, UG-387/U Note: Customer can purchase a custom configuration or dimension. Please consult with the factory. Description: Mi-Wave’s 780 Series Waveguide Calibration Kits are made to precisely calibrate Vector Network Analyzers (VNA) utilizing millimeter waveguide test heads or modules from 18 to 325 GHz. These kits provide the Short-Short-Load-Thru (SSLT) calibration method utilizing offset shorts and fixed precision termination. The precision fixed shorts have been selected to

2023-12-13T19:01:02-05:00

585U/383 Sliding Matched Terminations, UG-383/U Flange

585U/383 Sliding Matched Terminations, UG-383/U Flange Frequency 40-60 GHz | UG-383/U Flange Description: Mi-Wave’s 590 Series Waveguide Short Circuits are available in standard waveguide sizes from 12.4 to 325 GHz. The non-contacting choke type short circuit is designed to operate with high electrical stability over a broad range of frequencies. The micrometer drive provides smooth, accurate positional tuning over the entire distance traveled and a positive locking device ensures continued setting reliability.

2023-09-28T19:52:47-04:00

585G/387 Sliding Matched Terminations, UG-387/U Flange

585G/387 Sliding Matched Terminations, UG-387/U Flange Frequency 140-220 GHz | UG-383/U Flange Description: Mi-Wave’s 590 Series Waveguide Short Circuits are available in standard waveguide sizes from 12.4 to 325 GHz. The non-contacting choke type short circuit is designed to operate with high electrical stability over a broad range of frequencies. The micrometer drive provides smooth, accurate positional tuning over the entire distance traveled and a positive locking device ensures continued setting reliability.

2023-09-28T19:45:02-04:00

585D/387 Sliding Matched Terminations, UG-387/U Flange

585D/387 Sliding Matched Terminations, UG-387/U Flange Frequency 110-170 GHz | UG-383/U Flange Description: Mi-Wave’s 590 Series Waveguide Short Circuits are available in standard waveguide sizes from 12.4 to 325 GHz. The non-contacting choke type short circuit is designed to operate with high electrical stability over a broad range of frequencies. The micrometer drive provides smooth, accurate positional tuning over the entire distance traveled and a positive locking device ensures continued setting reliability.

2023-09-28T19:44:37-04:00

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