PXV1220S-7DBN8-T

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Attenuators are electronic devices used to reduce the amplitude of a signal. Signal levels must be attenuated for a variety of reasons and, as such, there are a range of different types of attenuator available. The PXV1220S-7DBN8-T is a type of programmable attenuator, used to reduce the amplitude of a signal in a particular frequency range.

The PXV1220S-7DBN8-T is a three-stage fixed frequency attenuator that provides a maximum of 30 dB of attenuation, over the frequency range of 21 to 1000 MHz. The device is manufactured in a hermetically sealed package, with a small size, low profile, and very high isolation characteristics. Its low intermodulation distortion gives it high performance, making it suitable for use in a variety of radio communications and telecommunication applications.

The device works by using an integrated matching and amplification network that reduces the level of the signal in the particular frequency range. The three stages of attenuation are achieved through the use of three integrated matching and amplification networks, each providing up to 15 dB of attenuation. The device also features a programmable power control point, and can provide up to 30 dB total of attenuation when all three stages are used. The programmable power control point allows for precise adjustment of the amount of attenuation at a particular frequency, while maintaining a good isolation between the input and output ports.

The PXV1220S-7DBN8-T is an ideal device for minimizing the impact of unwanted signals on sensitive receiver circuits. This makes it well suited for applications such as Wi-Fi, cellular, and satellite communications. It is also a suitable choice for applications that require a low insertion loss, low distortion, low intermodulation distortion, and a wide dynamic range.

The PXV1220S-7DBN8-T is a robust and highly efficient device that can be used in a variety of applications. Its three-stage fixed frequency attenuator provides a maximum of 30 dB of attenuation, and its programmable power control point allows for precise adjustment of the amount of attenuation required. Its low intermodulation distortion ensures a high signal-to-noise ratio and makes it suitable for reducing the impact of unwanted signals on sensitive receiver circuits, making it ideal for use in Wi-Fi, cellular, and satellite communication applications.

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