R474R368050A1K

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Film capacitors are components of much of today\'s sophisticated electronic equipment. They provide isolation, frequency filtering, and reliable power supply. R474R368050A1K is a type of film capacitor which is ideally suited for high temperature and voltage applications.

The R474R368050A1K film capacitors are constructed with a polyester based film dielectric layer. This dielectric layer is sandwiched between two metalized adhesive strips. These strips are then connected to a metal layer on the substrate, forming a capacitor. The substrate is typically made from a polyester or polypropylene film, which provides both rigidity and flexibility.

Thed R474R368050A1K is designed for applications that require high temperature and voltage operation. It has a wide operating temperature range from -40°C to 85°C and voltage ratings from 6 to 16 Volts. The capacitance range is from 1μF to 5μF. The R474R368050A1K also has a high dielectric constant, which helps reduce power dissipation.

The working principle of the R474R368050A1K film capacitor is simple. When a voltage is applied to the two metalized strips, an electrical current is generated on the dielectric layer. This current generates a capacitive field between the two metalized strips, which stores the excess charge. When the voltage is removed, the stored charge maintains the potential across the two metalized strips.

R474R368050A1K film capacitors are often used in applications that require high reliability and temperature capability. These capacitors are used in industrial equipment, power supplies, medical equipment, aerospace and other non-automotive applications. They are also used in automotive electronics for providing reliable power supply in harsh environments, such as those found in engine compartments of modern automobiles.

Overall, R474R368050A1K film capacitors are highly reliable and are designed for applications that need to handle high temperature and voltage. They are widely used in a variety of applications and provide reliable power supply.

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