ATS-2M2F-10DB5W

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Attenuators are a type of electronic components that, by varying the amount of signal loss, allow engineers to fine-tune the signal carried by an electrical system. They are commonly used in a variety of applications, including radio receivers, instrumentation and telecommunication systems, to trim and adjust the amplification and power of signals in a variety of different ways.

The ATS-2M2F-10DB5W is a passive two-section, frequency-independent attenuator, which means that its signal loss does not depend on frequency. Designed for operation over 10 GHz, this attenuator is made of molybdenum alloy and consists of two sections of 5 dB and 10 dB. Its maximum power handling is 500 mW.

The most common application of the ATS-2M2F-10DB5W is in precision RF measurement systems, such as Vector Network Analyzers (VNA), where accurate adjustment of the reference level needs to be performed. It is also often used in radio frequency test benches and systems, communication equipment, and other systems that need fine adjustment of the signal’s power or level.

The work principle of the ATS-2M2F-10DB5W is the same as for any other passive two-section attenuator — it absorbs some of the signal power that is entering its input port and delivers a lower power at its output port. This attenuator features two independently-operating low-insertion loss sections, with the total signal loss measured between the ports being the sum of the losses of each of the sections.

The ATS-2M2F-10DB5W is designed for use in applications where precise power setting and adjustment in the range of 5 dB to 10 dB is needed. It offers a wide range of precision signal attenuation levels up to 40 dB while keeping insertion losses to a minimum, making it ideal for the most demanding precision RF measurement systems.

When properly matched to coaxial cables, the ATS-2M2F-10DB5W offers excellent performance and reliability. It is a reliable and durable solution for a wide range of applications, including radio frequency test benches, communication equipment and other systems that require accurate adjustment of the signal power or level.

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