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Trilithic's new Solid State Programmable Attenuator operates from 30 MHz to 3 GHz. The attenuation range is 0 to 127 dB in 1 dB steps. This product offers low insertion loss, 20 microseconds switching speed and it has TTL control. Please contact the factory for custom needs.
Trilithic's UMTS Receive Filter was designed with state-of-the-art software and is ideal for UMTS applications. The UMTS Receive Filter out-performs existing technologies maintaining low insertion loss and stability over 70 degrees of temperature shift. Contact us for your custom needs.
Trilithic's new broadband Wilkinson power dividers are designed and manufactured for applications, including antenna sharing, in-building systems, test & verification labs and integrated test modules.
This customized four-channel switched filter bank covers the frequency range of 7 to 18 GHz. Utilizing pin diode switching techniques, it offers high channel to channel isolation while maintaining low insertion loss and fast switching speed.
This diplexer provides 60 dB of Isolation between TX band of 5250 to 5290 MHz, and RX band of 5310 to 5350 MHz. Typical Insertion Loss is 1.5 dB with better than 17 dB of Return Loss. These units can be furnished with built in detectors.
This low cost design offers two new designs that operate from dc-26.5 GHz and dc-40 GHz. These designs are available in standard attenuation ranges of 0-9 dB in 1 dB steps (9012-9 & 9015-9) and 0-70 dB in 10 dB steps (9012-70).
The Weinschel PLANAR CROWN® universal connector system incorporates design and application features that eliminate the technical, electrical and economical drawbacks of standard bulkhead connectors, connector savers, cable connectors and adapters.
Weinschel’s 980 series of mechanical phase shifters allow for nominally linear phase adjustments over the dc to 12 GHz frequency range (depending on model). Each unit contains a internal self-locking mechanism that eliminates the need for a locking nut which is ideal for phase trimming in densely packaged systems with minimum accessibility.