PSM4-131P-02T2

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Feed Through Capacitors are a type of passive component used to filter or attenuate irregular signals or interference from one signal path without affecting the other path. The PSM4-131P-02T2 Feed Through Capacitor is a component offering outstanding signal filtering performance over a wide operating temperature range. It is mainly used in the military and aerospace industries and is ideal for applications requiring high-precision filtering, particularly in applications that involve RF or microwave signal processing.

This type of Feed Through Capacitor consists of two sections. The first section is a dielectric sheet of material that is placed between two electrodes. The electrodes are connected to terminals, which pass the signal through. The second section is the dielectric core which is placed between the two electrodes. This dielectric core is responsible for the filtering of any signals that are passed through it.

The main application field for the PSM4-131P-02T2 Feed Through Capacitor includes military and aerospace applications. These applications require high precision signal filtering, especially in the presence of RF or microwave signals. Additionally, the PSM4-131P-02T2 Capacitor can be used in industrial and other applications that require signal filtering in high temperatures environments or in applications with high EMI/RFI levels.

The working principle behind this type of Feed Through Capacitor is based on capacitive coupling. This type of coupling occurs when two electrodes of different electrical potentials are placed on opposite sides of a dielectric material. The electric field developed between the two electrodes will cause the current to be distributed evenly throughout the dielectric material and any signals that are passed through it will be filtered accordingly.

In conclusion, the PSM4-131P-02T2 Feed Through Capacitor is a high-precision filtering component with excellent performance over a wide temperature range. Its main application field includes military and aerospace applications as well as any other applications requiring high-precision filtering. The working principle behind this type of capacitor is based on capacitive coupling which makes use of electric fields developed between two electrodes to filter signals that are passed through it.

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