Coaxial Filters

Coaxial Filters are crucial components in RF and microwave systems designed to filter out unwanted frequencies and ensure clean signal transmission. By selectively allowing desired frequencies to pass while blocking interference and noise, coaxial filters improve overall system performance and signal clarity.

These filters are widely used in telecommunications, broadcasting, and signal processing applications where precise frequency control is essential. With their robust design and high performance, coaxial filters help maintain signal integrity and reduce distortion, making them indispensable for reliable and efficient communication systems.

RF Cavity Filters

RF Cavity Filters

Tunable Cavity Band Reject Filters optimized performance for multiple industries, including harsh environments. 0.03 to 40 GHz

Extended Range Filters (ERF)

Extended Range Filters (ERF)

Combine a highly tunable interface with consistent power handling inside a modest package, fulfilling the need for a small and rugged RF filtering device.

IMF™ Filters

IMF™ Filters

Integrated Microwave Filters (IMF™ Filters) Ultra-fast tuning speeds into pint-sized packaging, 1.5 GHz to 24 GHz

MAXI-POLE®

MAXI-POLE®

Tunable filters Band Pass Filters. Frequency Range: HF, VHF, UHF band in bandpass and band reject or notch configurations. Bandwidth: 1.9%-5.5%

MEGA-POLE®

MEGA-POLE®

Covers the standard frequency bands within the 30 to 450 MHz range. Designed for rugged military environments per MIL-STD-810

MINI-POLE®

MINI-POLE®

Tunable filters is optimized for size, RF power handling, low distortion, and exceptional selectivity. 1.5 MHz to 700 MHz

NANO-POLE® Tunable Filters

NANO-POLE® Tunable Filters

Designed for optimal size, DC consumption, RF power handling, insertion loss, signal purity and linearity.

POWER-POLE®

POWER-POLE®

Tunable Band Pass Filters. Bandwidth: 1.8%-9.5%

Ceramic Fixed Bandpass Filters

Ceramic Fixed Bandpass Filters

Offered in dielectric and connectorized forms, delivering superior high Q performance in a smaller sized package. Frequency Range: 0.27 to 3 GHz

Combline Filters

Combline Filters

Combline Fixed Band Reject Filters offers high Q performance in a ruggedly designed package. Frequency Range: 500 MHz to 40 GHz

RF Helical Filters

RF Helical Filters

Ideal for applications utilizing a narrow frequency range and where low insertion loss and impedance is required. 45 MHz to 3 GHz

Interdigital Filters

Interdigital Filters

Frequency Range: 0.5 to 50 GHz. For variety of applications, including harsh military environments. UHF in Interdigital Bandpass Filter designs.

Lumped Element

Lumped Element

Passive devices, smaller than the operating wavelength, to permit a wider bandwidth within compact packaging. 0.5 MHz to 10 GHz

Mixed Technologies Filters

Mixed Technologies Filters

By mixing technologies, including Cavity, Suspended Substrate, Ceramic, Lumped Components, Combline and Interdigital, we can more effectively tailor the filter design to individual applications.

Quad Flat No-Lead Package Filter (QFN)

Quad Flat No-Lead Package Filter (QFN)

Fulfills the current market demand for a low cost, high performance bandpass filter, Available as a 10mm unit. Frequency Range: 1.5 GHz to 24 GHz

Suspended Substrate Filters

Suspended Substrate Filters

Combine high Q factor and low-loss performance into a durable and temperature stable small package.

Thin Film Filters

Thin Film Filters

Excellent temperature stability, low loss and consistent performance at a lower cost. 3 GHz to 50 GHz

Tubular Filters

Tubular Filters

Frequency Range: 100 MHz to 20,000 MHz. Bandwidth: 0.2% to 50%

Fixed Low Pass Filters

Fixed Low Pass Filters

Available as narrow band filters or wideband filters, supporting bandwidths from .1% to 200%, in configurations of 2 to 18 sections

Low Pass Filters

Low Pass Filters

Eliminate unwanted interference from adjacent channels by passing signals lower than a specified frequency and attenuating those in a higher range.

RF Multiplexers 

RF Multiplexers 

Combine multiple filters to a common port to create a multi-channel module. Filters can be customized to meet lowpass, highpass, bandpass, or bandstop requirements.