Millimeter Wave Products Inc
Millimeter Wave Products Inc

U-Band Bandpass Filters

Filters > 460 Series RF Bandpass Filters U-Band Bandpass Filters Mi-Wave's 460 Series Bandpass Filters are used for narrow and wideband applications. Pass bands are typically from 1% to 10%. This design is well suited for frequency diplexers used in communication systems or any application where narrow bandwidths are required. Insertion losses are typically in the 0.8 dB to 2.0 dB area depending upon rejection levels. The 460 Series Bandpass filter can be designed from 8

2024-01-30T13:56:21-05:00

E-Band Bandpass Filters

Filters > 460 Series RF Bandpass Filters E-Band Bandpass Filters Mi-Wave's 460 Series Bandpass Filters are used for narrow and wideband applications. Pass bands are typically from 1% to 10%. This design is well suited for frequency diplexers used in communication systems or any application where narrow bandwidths are required. Insertion losses are typically in the 0.8 dB to 2.0 dB area depending upon rejection levels. The 460 Series Bandpass filter can be designed from 8 to 140GHz.

2024-01-30T16:51:50-05:00

Q-Band | RF Bandpass Filter

460B-44.5/719, Passband Insertion Loss 1dB, Rejection 30dBc Q-Band, 43GHz – 46 GHz Description: Mi-Wave's 460 Series Bandpass Filters are used for narrow and wideband applications. Pass bands are typically from 1% to 10%. This design is well suited for frequency diplexers used in communication systems or any application where narrow bandwidths are required. Insertion losses are typically in the 0.8 dB to 2.0 dB area depending upon rejection levels. The 460 Series Bandpass filter

2025-10-01T13:53:18-04:00

Ka-Band | RF Band Pass Filter

Filters > 460 Series RF Bandpass Filters Ka-Band Bandpass Filters Mi-Wave's 460 Series Bandpass Filters are used for narrow and wideband applications. Pass bands are typically from 1% to 10%. This design is well suited for frequency diplexers used in communication systems or any application where narrow bandwidths are required. Insertion losses are typically in the 0.8 dB to 2.0 dB area depending upon rejection levels. The 460 Series Bandpass filter can be designed from 8

2024-01-30T14:08:49-05:00

Inside Standard Panel Mounts

714 Series | Inside Standard Panel Mounts Each of Mi-Wave’s 714 Series Outside Standard Panel Mounts is used for pannel feed-thru within the system. Consult MiWave for further details. These are connected from inside of the box. Features Full Waveguide Bandwidths Waveguide Feed-thru for Panel Mount Applications OUTLINES: Ka-Band Q-Band U-Band V-Band E-Band W-Band

2021-08-13T18:04:38-04:00

Outside Standard Panel Mounts

713 Series | Outside Standard Panel Mounts Each of Mi-Wave’s 713 Series Outside Standard Panel Mounts is used for pannel feed-thru within the system. Consult Mi-Wave for further details. These are connected from outside the box. Features Full Waveguide Bandwidths Waveguide Feed-thru for Panel Mount Applications OUTLINES: Ka-Band Q-Band (V-E-W-F-D-G-H-J) Band Frequently Asked Questions for Waveguide to Coax Adapter. coming

2021-08-13T18:02:46-04:00

Waveguide Bulkhead Adapters

712 Series | Waveguide Bulkhead Adapters Each of Mi-Wave’s 712 Series Waveguide Bulkhead adapters was developed for panel feed-thru use in systems. These 712 adapters operate over the full waveguide bands from 8.2 to 325 GHz. O--rings are provided on the panel mount for moisture resistance and a wide variety of flange types and configurations. Units come with a body, two nuts, and two O-rings. Standard lengths are 1.00 inches with custom lengths available upon request. Consult

2021-08-09T18:20:11-04:00

V-Band | Waveguide to Coax | Inline Adapter

411V/385/1.00mmM, Insertion Loss 1.0, VSWR 1.5:1, Power Handling 5W V-Band, 50GHz – 75 GHz, WR-15 to 1.00mm Male Description: Mi-Wave’s 411 Inline Waveguide to Coaxial Adapter allows an efficient method of adapting from a rectangular waveguide to an in-line coaxial connector. Full waveguide bands are available from 8.2 to 110 GHz. Our new design and manufacturing process allows for Low insertion losses and VSWR’s for these adapters. Low-cost production versions are available for equipment used and

2025-04-25T16:01:45-04:00

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