B32621A6153K289 Capacitors

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Film capacitors are a type of capacitor that utilizes a membrane or plastic film as its dielectric medium. The popular product code B32621A6153K289 falls within this category.

When a potential difference is applied across the two surfaces of the plastic film, an electrical field is established. This electrical field causes an electrostatic self-polarization of the dielectric medium. This effect increases the inner electrical field of the capacitor and therefore increases its storage capacity.

Another typical feature of film capacitors is their high dielectric absorption, which is commonly referred to as the dielectric absorption ratio. This ratio is the ratio of the charge stored in the film capacitor after the application of a voltage across the terminals to the charge stored in the film capacitor prior to the application of a voltage across the terminals.

Film capacitors are smaller and lighter than conventional ceramic or electrolytic capacitors, and are also less expensive. This makes film capacitors one of the most widely used components for a wide variety of applications, such as frequency compensation, motor control, waveform shaping, filtering, and AC line filtering.

The B32621A6153K289 is a film capacitor designed to operate in a temperature range of -55°C to +125°C and is rated for a capacitance of 0.047µF, 6.3V, and 0.12A. Its small size and lightweight make it ideal for applications that require a high capacitance and low power consumption.

The B32621A6153K289 is also suitable for applications requiring maximum energy storage. This is due to the fact that this type of capacitor has a very high tolerance to mechanical and thermal shock. Additionally, the B32621A6153K289 has low self-induction, which makes it an ideal choice for pulse applications requiring high dV/dt.

In conclusion, the B32621A6153K289 is a film capacitor that is designed for use in a variety of applications. Its small size and weight, coupled with its high capacitance, make it ideal for applications that require high power and energy storage. Additionally, its low self-induction and high tolerance to mechanical and thermal shock make it a great choice for pulse applications. By utilizing the B32621A6153K289, designers can ensure the performance and reliability of their systems.

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