fbpx

ZVBP-2450A-S+

Cavity Band Pass Filter, 2400 - 2500 MHz, 50Ω

Description

Mini-Circuits’ cavity filters are designed by implementing resonant structures with very high Q and are ideal for narrow-band, high-selectivity applications. These designs can provide bandwidths as narrow as 1% with very high selectivity and excellent low noise floor. Low insertion loss combined with excellent power handling makes them well-suited for transmitter and receiver front end. Advanced filter design and construction enables stopband width greater than 3x the center frequency. Mini-Circuits’ cavity filters feature a special protective assembly to prevent accidental de-tuning that would otherwise require expensive replacement or return to factory for re-tuning. Precise machining allows realization of cavity filters with small form factors for applications where size is critical. Excellent repeatability across units is achieved through precise tuning and process control.

Features

• Low insertion loss, 0.9 dB typical • Broad stopband performance up to 10 GHz • Fast roll-off • Connectorized package • Small size

Related Products

Other products of interest

Power Splitters/RF Power Combiners

QCH-63

Mini-Circuits’ new 2-way 90° power splitter, QCH-63 capable of handling up to 200W with amplitude unbalance of ±1.4 dB typ

Read More »
Switch Matrices

RC-2MTS-26

Mini-Circuits’ RC-2MTS-26 comprises a pair of independently controlled, electro-mechanical transfer switches. Each switch operates over a wide bandwidth, from DC

Read More »
Couplers

ZGBDC10-372HP+

Product Overview The Mini-Circuits ZGBDC10-372HP+ broadband high power directional coupler offers excellent performance across a wide range of popular frequency

Read More »
Filters

LFCN-8440+

Product Overview Mini-Circuits’ LFCN-8440+ is an LTCC low pass filter with a passband from DC to 8440 MHz, supporting a

Read More »
Attenuators

RC4DAT-8G-95

Mini-Circuits’ RC4DAT-8G-95 is a 4-channel programmable attenuator suitable for a wide range of signal level control applications from 1 MHz

Read More »

Not sure which model you need?