105PSB850K4J

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Film capacitors, also known as plastic film capacitors, Polymer film capacitors, or Teflon capacitors, are electrical capacitors with an insulating plastic film as the dielectric, with metal electrodes on the two sides of the film. The 105PSB850K4J is a film capacitor designed for precision use and is recognised for its superior performance and capability.

The 105PSB850K4J film capacitor allows for superior voltage regulating and for handling large loads with increased safety. It also enables fast pulse-rise time and high pulse-power handling. Along with a very high precision and excellent temperature stability, the 105PSB850K4J is suitable for high quality audio applications due to its low dielectric losses that ensure low distortion characteristics.

The 105PSB850K4J is based on Polyester-Imide technology, enabling its high precision, linear characteristice, superior frequency and temperature stability, and wide pulse width, at a relatively low cost. It also offers the additional advantage of low dielectric losses, and stability of capacitance over temperature and time. Due to this, it is an ideal choice for high precision filtering and audio signal application.

The 105PSB850K4J film capacitor has a large application field, which includes but is not limited to direct current smoothing, switched-mode power supply, oscillator circuits, power supply filters, DC-to-DC converters, automotive circuits, and high accuracy measurement circuits. It can also be used as a DC blocking and coupling capacitor since it is capable of handling extremely large pulsed inputs without any significant loss of capacitance.

The 105PSB850K4Jis a complete encapsulated, electronic component. It works on the principle of capacitance, where two conductors with fixed electrical conductivity separated by an insulator form an electrical circuit. This regulation of electric flux flow generates a variation in electrical potential energy between the two conductors, known as voltage. This voltage restricts the current flow from one conductor to the other.

When an AC voltage signal is applied to the 105PSB850K4J film capacitor, electrons move alternately between the plates, depending on the polarity of the voltage of that alternating signal. The electric potential energy is contained between the plates of the capacitor, in the form of an electric field. This electric field increases as the voltage increases, allowing the capacitor to store more electrical charge. This stored electrical charge can be then released when the capacitor discharges.

The 105PSB850K4J film capacitor offers several advantages over other types of capacitors, such as a high stability and reliability, a high temperature coefficient, low ripple current, excellent temperature characteristics, and a high level of frequency performance. It also offers good ultra-violet and radiation resistance, minimal aging effects, and excellent moisture resistance. With its high-quality construction and performance, the 105PSB850K4J film capacitor is suitable for all types of high-precision applications where superior performance is essential.

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