PXV1220S-8DBN4-T

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Attenuators are a type of electronic equipment used to reduce the strength of signals. The PXV1220S-8DBN4-T attenuator is a popular selection within this category. Below, we will discuss more about this specific attenuator in terms of applications and working principle.

Application Field of the PXV1220S-8DBN4-T attenuator

The PXV1220S-8DBN4-T attenuator offers ideal signal loss, isolation, and voltage ratings for many applications across many different industries. Specifically, this attenuator is designed for applications with a need for high linearity, such as communication receivers, receivers, power amplifiers, digital amplitude modulators, and video amplifiers.

The unique combination of functionalities provided by the design of this attenuator lends itself to the development of many other systems, such as calibrators, compensators, transformer and filter networks, and overload protection devices. The PXV1220S-8DBN4-T attenuator is also often used in microwave and digital signal processing systems, cellular and satellite radio systems, satellite TV receivers, and broadcast systems.

Working Principle of the PXV1220S-8DBN4-T attenuator

The PXV1220S-8DBN4-T attenuator operates by using a variety of signals in order to reduce or eliminate undesired signals. The design of this attenuator includes both linear signal attenuation and isolation features. The attenuator is designed to reduce signal strength in the frequency range of 0.5MHz to 6GHz with attenuation up to 40dB, making it suitable for specific applications.

The PXV1220S-8DBN4-T attenuator also has an isolation of greater than 65dB for the frequency range of 0.5MHz to 6GHz. The isolation and signal attenuation can be adjusted by adjusting the attenuator’s two rotary switches. Differential soldering of the switches offers additional protection from EMI and RFI emissions.

The PXV1220S-8DBN4-T attenuator also features a variety of environmental protections, such as a waterproof housing, and seals to prevent corrosion. This design further enhances its use in multiple industries, as it can handle conditions such as wind, rain, and dust.

Conclusion

The PXV1220S-8DBN4-T attenuator is a popular and reliable choice for many applications across a variety of industries. This attenuator is designed for use in communication receivers, digital modulators, video amplifiers, calibrators, overload protection devices, cellular and satellite radio systems, and broadcast systems. Additionally, the attenuator has linear signal attenuation and isolation features, adjustable attenuation and isolation levels, and multiple environmental protections.

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