B32524Q1156K189

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Film Capacitors

Film capacitors, commonly known as Polyester capacitors or Mylar capacitors, are non-polarized capacitors which consist of a polyester film as the dielectric material. These capacitors are designed to have an extremely high volumetric efficiency, typically up to 3x that of a metallic foil capacitor. They are also highly stable and reliable, making them ideal for applications in which low leakage and low losses are desired.

The B32524Q1156K189 is one such film capacitor, and is designed for use in a wide variety of applications including decoupling and snubbing, motor winding and timing, motor start/run, RF bypass, and pulse coupling circuits. Its wide frequency response and very low ESR make it especially suitable for high density and power applications.

In terms of its construction the B32524Q1156K189 is composed of a particularly rugged and high grade polyethylene film insulated with polyurethane resin and filled with a suitable organic material for good dielectric properties. This provides excellent capacitance stability and insulation resistance over a wide temperature range, and a low loss factor which makes them ideal for high frequency applications. The low ESR also makes them ideal for power applications where high power density is required.

The B32524Q1156K189 is designed to have high tolerance of up to 0.25%, which makes it particularly suited to precision applications, such as for tuning and filtering in motor and battery powered circuits.

The B32524Q1156K189 is designed to have a working voltage range of 100V-100KV , with a nominal capacitance of 85pF. This gives it a high flexibility in terms of its applications, as it can easily be adapted to different circumstances. The low dissipation factor of 0.001 also ensures that it is a very efficient capacitor in terms of power loss. The high dielectric strength of 100Kv also ensures that it can handle even the most demanding of applications.

The B32524Q1156K189\'s working principle is based on the same principles as other types of capacitors. In essence, when the capacitor is connected to an AC power source an electric field develops between the two plates as the current flows. This electric field stores energy, and as the voltage of the power source changes, the energy stored in the electric field also changes, thus controlling the flow of current through the circuit. This is how the B32524Q1156K189 acts as a filter in a variety of circuit applications.

In conclusion, the B32524Q1156K189 is an ideally suited film capacitor for applications in a wide variety of fields including decoupling and snubbing, motor winding and timing, motor start/run, RF bypass, and pulse coupling circuits. It has a rugged construction, high tolerance, low ESR, and a wide working voltage range making it highly suitable for a variety of precision applications.

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