PSM4-471P-20T2

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Feed through capacitors are widely used in the telecommunications industry. The PSM4-471P-20T2 is a unique and reliable feed through capacitor specifically designed for use in extreme conditions, such as extreme temperatures, high voltage environments, and tight spaces. The device’s technology is based on the integration of a specially engineered spun ceramic layer, combined with a non-conductive oxide layer.

The PSM4-471P-20T2 is designed for use in applications such as cellular networks, signal and power transmission, as well as for industrial applications. This feed through capacitor offers advantages to both service providers and users.

This feed through capacitor also offers superior performance in extreme temperature applications, with a temperature range up to +135 degrees Celsius. Additionally, the device is designed with a special coating that prevents the element from overheating or shorting out. Additionally, it has the capability to handle up to 5 kilovolts of voltage without shorting out.

The PSM4-471P-20T2 offers superior performance in high voltage applications, with a minimum voltage rating of -50 volts and a maximum voltage rating of +50 volts. It also has a low insertion loss, making it suitable for use in a wide range of applications. Additionally, it is designed to provide shielding from electromagnetic interference.

The working principle of the PSM4-471P-20T2 feed through capacitor is based on the fact that it has a low leakage current and a high tolerance to EMI. This is made possible by the combination of the special ceramic layer and the non-conductive oxide layer. These layers are combined to form an ultra-low inductance structure, which is then combined with the shielding layer to reduce EMI. Additionally, the device is designed to keep impedance levels low and reduce power losses.

The PSM4-471P-20T2 feed through capacitor is designed for a variety of applications including cellular networks, signal transmission networks, and industrial applications. The device is designed with a special coating to protect it from shorting out or overheating. Additionally, the device is designed with an ultra-low inductance structure, which is combined with the shielding layer to reduce EMI. This feed through capacitor also offers superior performance in extreme temperatures, high voltage applications, and tight spaces.

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