Features of Mi-Wave RF Low Pass Filter Mi-Wave's 470 Series RF Low Pass Filter uses a simple yet effective waveguide cut-off filter technique. This design is useful for eliminating unwanted side bands in up-converters and out-of-band frequencies in communication systems. These filters are small in size and compact by design. The 470 Series can be designed for any frequency range from 12.4 to 220 GHz. Low insertion losses from 0.15 dB and cut off rejections of up to
RF Bandpass Filters 460 Series RF Bandpass Filters Precision RF, Microwave, and Millimeter-Wave Bandpass Filtering Solutions The MIWV 460 Series Bandpass Filters are high-performance frequency-selective components engineered to pass a defined range of RF, microwave, or millimeter-wave frequencies while rejecting unwanted signals outside the passband. These filters are designed for demanding high-frequency systems where low insertion loss, high rejection, and repeatable performance are critical. The 460 Series is widely used in satellite communications,
Features of Mi-Wave RF High Pass Filter Mi-Wave’s Series 450 use a simple yet effective waveguide cut-off filter technique. This design is useful for eliminating unwanted side bands in up-converters and out-of-band frequencies in communication systems. These filters are small in size and compact by design. The 450 Series can be designed for any frequency range from 12.4 to 220 GHz. Low insertion losses from 0.15 dB and cut off rejections of up to 80 dB are possible.
Dual Polarized Antenna Mi-Wave’s dual polarized antennas are offered as both stock and custom with rectangular waveguide interfaces for both horizontal and vertical ports. These dual polarized horn antennas support both linear and elliptical polarized waveforms. When the antenna receives a circular polarized wave, equal amplitude linear polarized waves are output at both horizontal and vertical ports. They feature an integrated orthomode transducer that provides high port isolation. The OMT enables the antenna to separate a circular
Featuring High Quality Coaxial Filters Mi-Wave's 450, 460, and 470 Series coaxial filters are manufactured small in size and compact by design. Choose between lowpass filters, bandpass filters, or highpass filters for your next project. We know you need and demand the absolute best when it comes to bandpass filters and so much attention is put into production to provide you with the best solutions possible. View Catalog PDF Coaxial Filters
Waveguide to Coax Adapter | Right Angle Adapters & Transitions Mi-Wave’s 410 Series Waveguide to Coax Adapter allows an efficient method of adapting from a rectangular waveguide to a coaxial connector. Full waveguide bands are available from 8.2 to 110 GHz. Low insertion losses and VSWR's are typical for this waveguide to coax adapters. Our coax to waveguide adapters meet the needs of communications equipment and are some of the best waveguide transition adapters in the market
5G Radio Frequency It's hard finding good information on 5G. It seems every blog, news website, YouTube channel today all want to talk about 5G and it's amazing benefits and future but never really get down to the actual technical details. We all know 5G is revolutionizing the world today, not just in "fast internet" but in so many areas like IoT, Autonomous Vehicles, Space Communications, and more. This page is meant to be home to 5G
Products> Amplifiers > 5G Amplifiers Mi-Wave 5G Power Amplifiers Mi-Wave’s 955 Series microwave and millimeter wave 5G power amplifiers offer a wide variety of frequency ranges, bandwidths, gain, and power outputs. Low-cost production designs to meet the demanding needs of communications are also now available. We are producing various types of 5G amplifiers and more for the 5G industry. Note: Our website contains just a few of the types of amplifiers we build. Consult with us for your
Products> Antenna Products > Linear to Circular Polarizers Linear to Circular Polarizer Product Description Mi-Wave’s Linear to Circular Polarizers are precision RF components designed to convert linearly polarized electromagnetic signals into circularly polarized signals with high accuracy and stability. These polarizers are engineered for use across a wide range of microwave and millimeter-wave frequency bands, supporting applications in satellite communications, radar systems, RF links, and laboratory test environments. Circular polarization improves system performance by reducing sensitivity to antenna
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