B25835T2104K7

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Film capacitors are widely used as passive components in electric and electronic circuits. They are often found in the form of ceramic or plastic foils with a dielectric in between them. Called “film” capacitors, they are highly resistant to physical and environmental damage, and they offer a wide variety of electrical and mechanical properties. The B25835T2104K7 is one such film capacitor, and it is commonly used in pulse power supply systems.

The B25835T2104K7 has a rated capacity of 10nF, which is typically sufficient in pulse power supply systems. It has a wide temperature range—from -55°C to 125°C—and it can with stand up to 2.5kV high-voltage surges. The component also boasts a low ESR, or equivalent series resistance, which helps reduce voltage drops before the surge can pass through the device.

The B25835T2104K7 is constructed with a hard, ceramic substrate and two layers of metal-oxide thickness that act as the dielectric. As a result, the component has low inductance and low internal resistance. It also has a long life and low voltage leakage. This makes it ideal for applications that require reliable, long-term protection against voltage surges.

The application field for the B25835T2104K7 extends beyond pulse power supplies, however. It can also be used in radio frequency applications, ultrasonic circuits, and converters. Additionally, because of its small size, it can be used in miniaturized switching circuits and equipment.

The working principle of the B25835T2104K7 is largely the same as any other film capacitor. When current flows through the device, electrical charges build up on each of the metal-oxide layers, which act as the dielectric. This creates an electric field, and the resulting voltage and current flows to the terminals of the device.

The B25835T2104K7 is an excellent choice for applications that require reliable protection from voltage surges, such as pulse power supplies and other critical systems. With its low inductance, low internal resistance, and long life, it provides exceptionally reliable protection from high voltage surges. Additionally, its small form factor makes it perfect for use in miniaturized switching circuits and equipment.

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