ATN3590-15

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Attenuators are resistive devices used to decrease a signal\'s voltage or current. The ATN3590-15 is a module designed to attenuate high-frequency signals in applications such as instrumentation, communication systems, industrial automation, and medical equipment. It is well suited for use in applications requiring low noise operation, as well as those requiring high linearity and/or extremely low distortion levels.

The ATN3590-15 attenuator consists of a thin-film resistive element, called a strain element, fabricated on a substrate of silicone dioxide. It is a high-power, wideband device capable of handling signals from DC up to 26.5GHz.

The ATN3590-15 is a three-terminal device with a single input and two outputs. The output ports are referred to as an "attenuator path" and a "direct path". When no voltage is applied between the input and the "attenuator path" output, the device functions as a straight wire. When a voltage is applied between the input and the "attenuator path" output, the impedance of the device changes and the signal is attenuated.

The ATN3590-15 provides excellent linear operating characteristics in a wide range of frequencies. The attenuation range is adjustable from 0.01 to 99.99 dB, and the maximum flatness and linearity ensures a flat frequency response over the operating range. The extremely low noise operation of the device makes it suitable for use in applications requiring high dynamic range and low noise levels.

The ATN3590-15 is designed to operate in temperatures from -40 to +85°C. It is very resistant to external noise sources, making it suitable for use in applications where stray signals and noise susceptibility are critical. The device also features a self-cleaning mechanism, which ensures that any build-up of dust or particles will be automatically removed from the device.

The ATN3590-15 is an ideal solution for any application where high-frequency signal attenuation is required. Its wide frequency range, excellent linearity and low noise performance make it a popular choice for a variety of different applications.

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