BoCen Microwave designs and manufactures a full line of high performance Bandpass, Lowpass, Highpass, and band-reject filters and integrated filter assemblies from 1MHz to 40GHz.
The Notch/Band Reject Filter is built for applications between 300 MHz and 6 GHz, and comes with the option of custom designs and connectors. Features for the notch filters include a rack or surface mount, high frequency stability, high-Q ceramic, and field replaceability.
MCV Microwave’s NPX787M is a ceramic notch filter that covers the DC-787 MHz frequency range. It’s been designed to provide precise signal separation between LTE 800 and DVB-T in order to minimize potential interference due to close operating vicinities.
DLI’s 2-18 GHz bandpass filters are ideal for use in applications involving the C, X, and Ku bands, satellite communications, satellite TV, weather and radar, and military communications. They feature frequency stability over temperature, full shielding, and a compact sizes across the entire line.
The new line of YIG Tuned Band-Reject Filters is powered by new patent-pending technologies that are closer to achieving the ‘perfect notch’ in band-reject filters than ever before. This new product line offers major performance advantages including increased minimum rejection bandwidths and notch depth at lower frequencies, a reduction in the maximum 3dB bandwidth at higher frequencies, and a reduction in spurious responses across the board.
Microminiature filters are a new family of ultra-small bandpass notch filters designed to offer new options of lighter weight, reduced size ceramic filters for specific customer requirements. These filters are manufactured from UHF up to 6.5 GHz with a 50% overall size reduction, allowing for design flexibility beyond traditional ceramic styles.
API Technologies designs and manufactures waveguide filters to 40 GHz with peak power level handling of up to 50 kW. The inherent high Q of Waveguide allows for the design of filters with the lowest possible loss.
Qorvo delivers a series of highly selective BAW filters that provide excellent temperature performance and enhanced user experience by enabling the highest levels of LTE coexistence wireless network coverage.