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Connectorized Band Pass Filters

Our Connectorized Band Pass Filters are precision-engineered to allow a specific range of frequencies to pass while attenuating signals outside the desired band. Designed for reliability and high performance, these filters are ideal for RF and microwave systems used in satellite communications, radar, 5G, and aerospace applications.

Connectorized Band Pass Filters

	Center Frequency (MHz)	Pass Band (MHz)	Insertion Loss (dB)	Rejection at Frequency (MHz)	Rejection dB Atten	VSWR Input	VSWR Output	Max. Input Power P1 dBm
HD31329	45	F0?5KHz	12	44.996/45.004	40/30	5	5	20	Download
HD32486	75	60-90	1.8	30/155	47/45	1.3	1.3	20	Download
HD26184	70	69.6-70.4	4.8	68.6/71.4	35/35	2	2	30	Download
HD32487	103	75-131	1.7	45/210	42/42	1.3	1.7	27	Download
HD32488	140	130-150	2.5	100/180	29/31	1.35	1.35	24	Download
HD32489	204	175-237	2.5	115/350	45/44	1.4	1.4	27	Download
HD32490	253	186-340	1.2	120/500	40/39	1.7	1.7		Download
HD32491	280	260-310	2.6	180/420	45/45	1.6	1.6		Download
HD31330	315	314-316	3	310/320	53/45	1.5	1.5	10	Download
HD31331	325	321.5-328.5	3	280/370	60/60	1.5	1.5	20	Download
HD32492	650	500-800	2	300/1000	40/30	2	2	39	Download
HD26185	850	700-1000		400/1500	40/40	2	2	39	Download
HD31332	905	892-918		860/950	35/35	1.8	1.8	20	Download
HD26186	915	902-928	1.5	800/1000	45/40	2	2	33	Download
HD31333		1.8	1.5	870/960	60/38	1.4	1.4	15	Download
HD31334	935	920-950	3.5	890/980	30/47	2	2	20	Download
HD26187	950	700-1200	2	200/2450	57/42			39	Download
HD26188	1150	700-1600		200/2200	57/40				Download
HD26189	1350	700-2000		100/2450	60/44				Download
HD31335	1575	1565-1585	1.8	1515/1635	45/55	1.1	1.1	20	Download
HD31336	1960	1930-1990	1.8	1870/2050	30/30	1.8	1.8	20	Download
HD33707	345	335-355	2.5			1.5	1.5	1	Download
HD33708	345	660-680	4.5			1.5	1.5	1	Download

Related Connectorized Filters: Band Stop, Low Pass & High Pass

Custom Connectorized Band Pass Filters

Modifications & Mission Critical Packaging

Modifications & Mission-Critical

RF Components specializes in custom Connectorized Band Pass Filters engineered to meet the most demanding commercial, military, and aerospace requirements. With decades of RF and microwave experience, we deliver reliable, high-performance filtering solutions tailored to your exact operating environment.

Extreme Temperature

Our filters are designed for extreme operating conditions, including cryogenic temperatures for scientific research and high-temperature aerospace and engine-mounted systems. These solutions ensure stable passband performance, low insertion loss, and long-term reliability, even where standard designs fail.

Form Factor

Our custom form-factor solutions include ruggedized, connectorized packages with optimized connector placement and high-density internal layouts. Designs are engineered to meet tight SWaP (Size, Weight, and Power) constraints without compromising electrical or mechanical performance.

Choosing the Right Connectorized Band Pass Filter

Selecting the right Connectorized Band Pass Filter is critical to ensure optimal signal performance in your RF or microwave system. The primary metric to consider is the passband characteristics, which define the range of frequencies allowed to pass while attenuating unwanted signals outside the desired band.

Insertion Loss: Determines how much signal power is lost as it passes through the filter. Lower insertion loss preserves signal strength and system efficiency. VSWR (Voltage Standing Wave Ratio): Ensures proper impedance matching to minimize reflections and maximize power transfer. Selectivity / Rejection: The ability to sharply attenuate signals outside the passband to prevent interference and maintain system integrity. Power Handling: Ensures the filter can safely operate under the system’s maximum signal power without distortion or damage.

Technical FAQ

What is a Connectorized Band Pass Filter?

A Connectorized Band Pass Filter allows signals within a specific frequency range to pass while attenuating unwanted signals outside the desired band. Connectorized designs make integration easy into lab setups, production systems, and field deployments.

What is the difference between Insertion Loss and Isolation?

Insertion Loss: Measures how much signal power is lost while passing through the filter. Lower insertion loss ensures stronger signal integrity. Isolation / Rejection: Indicates how effectively unwanted frequencies are blocked, preventing interference in the system.

Why is VSWR important for these filters?

VSWR (Voltage Standing Wave Ratio) indicates how well the filter is impedance-matched to the system. A low VSWR minimizes reflections and ensures maximum power transfer.

What Our Customers Say

“RFComp’s technical support is unmatched. They helped us troubleshoot a critical RF issue in our system—saving weeks of development time.”

Lead RF Architect

Global Aerospace Prime

“The connectorized filters we purchased delivered performance on par with leading brands, while offering better value for our lab and testing operations.”

Senior Test Engineer

Semiconductor Testing Services

“We rely on RFComp’s fast shipping for field deployments. Having the right filters arrive exactly when needed is essential for our 5G rollout.”

Director of Operations

Telecommunications Infrastructure Co.

Experience the RFComp Difference

Whether you need one connectorized band pass filter for a lab bench or 10,000 for a production run, RFComp is ready to support your project with:

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Connectorized Band Pass Filters

Connectorized Band Pass Filters