MKP1839122633

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Film capacitors, sometimes referred to as Polyester Film Capacitor, Polycarbonate Film Capacitor or PET Film Capacitor, are components used in modern electronic and electrical circuits.

The MKP1839122633 is a film capacitor with its main characteristics being a working voltage of 500VDC and a capacitance value of 0.47μF. These attributes make this particular component an ideal choice for applications such as motor control, power supply, resonance circuits, and audio crossover networks.

The MKP1839122633 is a type of Polyester Film Capacitor, also known as Mylar Capacitor. It is composed of two metallic plates, between which is sandwiched a thin film (mylar) with a dielectric material such as polyester or polypropylene. The metallic plates are insulated from each other and separated by a thin dielectric layer. The electrical energy is stored between the two plates in the form of an electrical field, which is created between the two electrodes. The voltage required across the electrodes of the capacitor releases the stored energy.

The MKP1839122633 has a capacitance-temperature coefficient of -10%. This means that when the temperature changes, the capacitance will also change. The temperature range for this part is -25°C to +105°C. It offers excellent self-healing properties, reliable performance and a good level of consistency.

The MKP1839122633 is designed to be used in applications requiring a large capacitance value. The component is also extremely non-polar, which allows it to be used in high voltage DC circuits without the risk of damage or failure. This is especially important in applications which require High Voltage Transistors or other components.

The MKP1839122633 is a reliable component for applications where a large capacitance value and high voltage DC are required. Its ability to handle high voltages and temperatures make it a versatile component suitable for most applications. It is also an ideal choice for use in audio crossover networks, motor control, and resonance circuits.

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