Coaxial Attenuators and Terminations

We offer a comprehensive range of coaxial attenuators and terminations. 

These products are essential passive components used in coaxial systems to manage signal levels and ensure signal integrity.

Our selection includes coaxial attenuators, which are used to reduce the level of RF signals without distorting their waveform, and coaxial terminations, which absorb RF energy and terminate coaxial lines to prevent signal reflections.

These components cater to various applications in telecommunications, broadcasting, RF testing, and scientific research, providing reliable performance and signal control.

Cryo Attenuator

Cryo Attenuator

With low thermal noise characteristics and minimal self-heating, achieving temperature faster.

Coaxial Terminations

Coaxial Terminations

0 to 40GHz Termination,Power handling from 0.5 to 2000watts,

Powerfilm™ Chip Attenuators

Powerfilm™ Chip Attenuators

RF Attenuators Up to 250 Watts, Up to 40 GHz

Powerfilm™ Flange Attenuators

Powerfilm™ Flange Attenuators

Up to 250 Watts, Up to 4 GHz. Designed tovreduce power of the RF signal while generating only a small reflection even under maximum power conditions.

Pill Terminations & Attenuators

Pill Terminations & Attenuators

115A – 119A Manual Step Attenuators

115A – 119A Manual Step Attenuators

A series of broadband, step manual attenuators in a right-angle drive configuration.

940 Continuously Variable Attenuators

940 Continuously Variable Attenuators

Wide variable attenuation range with approximately linear calibrated dialm and rugged design.

Mid-Size Coaxial Attenuators

Mid-Size Coaxial Attenuators

0.5-18 Ghz . Resettability: 0.1 dB or better

Miniature Attenuators 1-18 GHz

Miniature Attenuators 1-18 GHz

Complete line of miniature continuously variable attenuators. Most models weigh 2 or 3 ounces and have been qualified for all types of military applications.

RF Fixed Attenuators

RF Fixed Attenuators

DC-67GHz Fixed Attenuator,Power handling from 0.5 to 2000watts, attenuation range 0 to 80dB,

Digital Control Attenuator

Digital Control Attenuator

up to 40GHz, attenuation from 0 to 60dB,

Digital Attenuator | HDA040-069 Series

Digital Attenuator | HDA040-069 Series

Range from DC to 40 GHz in 6-bit operation. Attenuation bit values are 0.5 dB (LSB)

3000 Series Manual Step Attenuator

3000 Series Manual Step Attenuator

High volume fabrication techniques, including injection molding, stamping, broaching and thick film printing ensure a uniform product.

9000 Series Manual Step Attenuator

9000 Series Manual Step Attenuator

Broadband miniature step attenuators providing excellent performance characteristics for high reliability 50 ohm systems.

Manage Signal Levels & Ensure Signal Integrity with Coaxial Attenuators and Terminators

Coaxial attenuators and terminators are both passive components commonly used in coaxial systems to manage signal levels and ensure proper impedance matching.

Coaxial Attenuators: These are passive devices used to reduce the level of an RF signal without distorting its waveform. Attenuators are typically used in situations where a signal is too strong and needs to be weakened to prevent overloading or distortion of downstream components. They are available in various attenuation levels, usually measured in decibels (dB), allowing precise control over signal strength.

Coaxial attenuators are frequently used in telecommunications, RF testing, and signal conditioning applications.

Coaxial Terminators: Terminators, also known as dummy loads, are passive components used to absorb RF energy and terminate coaxial lines with the proper impedance to prevent signal reflections. They are crucial for maintaining signal integrity and minimizing interference in coaxial systems.

Terminators are commonly used in scenarios where an unused port or cable needs to be properly terminated to prevent signal reflections that could cause performance issues. They are often employed in telecommunications, RF testing, and antenna systems.

In summary, coaxial attenuators are used to reduce signal strength, while terminators are used to terminate unused ports or cables to prevent signal reflections, ensuring optimal performance and signal integrity in coaxial systems.