PXV1220S-4DBN4-T

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Attenuators are an important component of radio and other type of communication systems. The PXV1220S-4DBN4-T is a attenuator designed for communication applications. It is designed to reduce the levels of radio frequency power present in a signal. The attenuator is made using a double-sided, multilayer printed circuit board and the four-layer metalized ceramic substrate material.

The PXV1220S-4DBN4-T attenuator is a high frequency unit suitable for a wide variety of communication applications. It is designed to have low insertion loss, low voltage standing wave ratio (VSWR-), and has the ability to perform well in high-frequency realms. The base assembly is made of a high-frequency double sided, multilayered board with through-hole components. The component lead frame is enclosed by a flexible and lightweight polymeric shield, which ensures good coverage and protection of the unit.

The function of the PXV1220S-4DBN4-T attenuator is to reduce the level of radio frequency power in a signal. This is achieved by employing a double-sided, multilayer, printed circuit board and four-layer metalized ceramic substrate material. The printed circuit board has a low insertion loss and VSWR. It is necessary to keep the VSWR low so that the power line is not reflected back to the transmitting station. The metallic substrate ensures low inductance, which results in low insertion loss.

The PXV1220S-4DBN4-T attenuator can be used in mobile communications. It provides a reliable and cost-effective solution for reducing the levels of radio frequency power in cellular networks. Additionally, the unit can also be used in other RF applications such as broadcasting, home theater, CATV, and satellite systems. The unit is designed to provide maximum performance and reduce interference levels caused by reflections and cross-talk.

The PXV1220S-4DBN4-T attenuator is a versatile component designed to meet the requirements of any communication system. It is designed with the ability to reduce the levels of radio frequency power in a signal while providing a reliable and cost-effective solution for applications requiring highly efficient attenuators. The unit consists of a high-frequency double sided, multilayered board with through hole components and is enclosed by a polymeric shield for good coverage and protection. The metalized ceramic substrate provides good inductance values and low insertion loss, ensuring maximum performance. The unit can be used in a variety of communication systems such as mobile communications, broadcasting, home theater, CATV, and satellite systems.

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