PSM4-131P-02T0

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Feed Through Capacitors

Feed through capacitors are useful in a variety of industries, and the PSM4-131P-02T0 is a capacitor designed specifically for those applications. A feed through capacitor is a device designed to provide a specific capacitance connection to a power source and thus allows electronic equipment in the circuit to be powered. With feed through capacitors, the capacitance values are adjustable, making them useful for different applications.

PSM4-131P-02T0 application field

The PSM4-131P-02T0 capacitor is designed for use in densely populated wiring and printed circuit board (PCB) applications. It is most commonly used in mobile phones, Bluetooth devices, consumer electronics, and medical equipment. The PSM4-131P-02T0 is suitable for a number of applications in high power and high frequency electronics systems.

Working principle

The PSM4-131P-02T0 capacitor is a non-polarized feed through capacitor that is used as a dielectric material between conductors. The capacitor is placed in the circuit between the power source and the gate or in the area between two components that are connected through a wire. When the power is applied to the capacitor, the capacitance value is adjustable and can be increased or decreased by turning the tuning knobs.

The feed through capacitors are usually soldered onto a PCB or a wiring board, forming a solid connection between the two components and reducing the risk of electro-magnetic interference. The device also helps to maintain stable operation over a wide range of frequencies and helps prevent signal distortions.

Advantages of PSM4-131P-02T0

• Small size and low profile
• Broad frequency range
• Adjustable capacitance
• High self-healing properties
• High stability
• Low external capacitance
• Low leakage current

The PSM4-131P-02T0 is a highly efficient feed through capacitor and is suitable for a wide range of electronic applications. It is designed to provide both high efficiency and stability with minimal external capacitance and low leakage current. The device can be used in high power and high frequency electronics systems and can help maintain a stable operation over a wide range of frequencies.

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