PSM4-101M-02T2

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Feed through capacitors are an efficient and effective way to maintain a capacitor based electrical connection without the need for soldering or other connection types. The PSM4-101M-02T2 feed through capacitor is an example of a widely used capacitor type for this application. It is designed for use in ac power cord applications where a capacitive contact is desired. The capacitor works by providing an inductive coupling between the power line and the equipment by transferring charge between the ac power line and the device.

The PSM4-101M-02T2 has a maximum operating temperature of 105°C and is composed of two metal layers with insulating ceramic separating them. With a total 60uF value, the capacitor is equipped with 100mOhm of impedance between the two lines across which it is installed. This allows for the efficient transfer of charge between the two lines.

The functions of feed through capacitors differ depending on the application. In most cases, they are used for blocking high frequency noise, dissipating energy, harmonic distortion filtering, and capacitor tuning. In motor applications, they are used to reduce the amount of EC interference, helping to ensure that motors run more efficiently and with less damage to electrical systems. They are also used in power supplies to provide filtering and support for low power components.

The PSM4-101M-02T2\'s operation depends on the principles of resonance in an ac electric circuit. It is technically referred to as a parallel-resonant type, in which a resistor and capacitor are connected in parallel to the power line. This creates current flow that increases with frequency and creates an effect known as ringing. The advantage of this type of design is that it can reduce harmonic distortion, while also providing a capacitor with an extended lifespan.

The PSM4-101M-02T2 is a great choice for a variety of electrical applications, including power cord applications where a capacitive contact is desired. With a versatile design, it can be used to filter and block noise, dissipate energy, filter harmonic distortion, and tune capacitors. With an operating temperature of 105°C and impedance of 100mOhm between the two lines it is installed across, this feed through capacitor is particularly well suited for motor applications and power supplies, helping to ensure efficient operation of components.

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