BFC246717104

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Film capacitors, also known as plastic film capacitors, have been used in many applications due to their excellent electrical and physical properties. The BFC246717104 is a film capacitor that is most widely used in the medical, power supply, and aerospace industry due to its outstanding characteristics.

The capacitor is a polypropylene-film-dielectric type with tin-plated-steel terminals. It is designed for low-loss AC and DC applications and its capacitance value is 100 to 1,360µF. It has a maximum operating voltage of 630V and temperature range from -40°C to 85°C.

The BFC246717104 provides very reliable performance even under harsh environmental conditions. It is highly suited for automatic mounting, has a low dissipation factor, and it is able to handle high-current flow up to 5A. The total capacitance value is also quite stable, and minimal variation in the capacitance value is observed with temperature change.

The BFC246717104 has a wide range of applications in medical equipment, aerospace devices, military systems, power supplies, and many other electronic components. It is mostly used to store and supply electric charge to circuitry. In medical equipment, they are used to improve the accuracy and performance of the equipment. In power supplies, they are used to reduce ripple current and to filter power.

In addition, the BFC246717104 film capacitors have low ESR (equivalent series resistance) and ESL (equivalent series inductance) values, which makes them excellent for high-frequency applications such as telecommunications, radio receivers, and radar systems. They are also used to minimize transients in AC/DC converters, and to reduce EMI (electromagnetic interference) for consumer applications.

BFC246717104 capacitors are widely used due to their superior performance, reliability, and stability. They provide low-loss AC and DC performance with high-current flow capacity, and they are highly suited for automated mounting. They are suitable for many applications, from aerospace and military systems to medical equipment and power supplies.

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