B32776G0106K000

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Film capacitors often use a dielectric material, such as polyester, polycarbonate, polypropylene, polysulfone, and so on. They find their applications in power supply, signal processing, communication, electronic, and motor drive systems. As one kind of these capacitors, B32776G0106K000 has a wide application field and its working principle is very important to identify.

B32776G0106K000 film capacitor belongs to 35/100 Series and has a high-performance ceramic layer and a long-term stability. This capacitor mainly consists of polyester film, silver-on-paper electrodes, and a plastic case. Its features include high-temperature stability (up to 125℃), high voltages (up to 150V ~ 250V), and high ripple current (up to 4A). It also has excellent self-healing properties and high peak value voltage.

In terms of application field, B32776G0106K000 film capacitor can be used in DC circuits and some high-frequency AC circuits, such as filters, electric ignition, pulse generators, and oscillation circuit. It is suitable for radiation-resistant applications, low-noise electric tools, and low-temperature dehumidification systems.

In terms of its working principle, B32776G0106K000 film capacitor works as a pair of parallel plates. When a voltage is applied across the plates, an electric field will be formed between them, allowing electrons to move freely through the plates and the dielectric material. This process is called the dielectric absorption effect and is responsible for creating an electric current in the circuit. This current is then collected by the circuit to be used to power the device or to store energy.

In short, B32776G0106K000 film capacitor is suitable for DC circuits and some high-frequency AC circuits. Its working principle is explained by the dielectric absorption effect, which is responsible for creating an electric current in the circuit. This capacitor can provide a high-temperature stability, high voltages, and high ripple current. Due to its excellent performance features, it is widely used in power supply, signal processing, communication, electronic, and motor drive systems.

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