H815R8BDA

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Through Hole Resistors are a type of electronic component, usually used to provide a specific amount of resistance or opposition to a current within a circuit. The most common types are carbon composition, metal film and wire wound. One of the oldest and most widely used types of Through Hole Resistor is the H815R8BDA.

The H815R8BDA is a wire wound resistor made of Ni-chrome resistance wire. It features excellent high-temperature stability, low noise, low inductance, and tight tolerance. It also has a high power rating, as well as high stability and accuracy over a wide temperature range. The resistor uses a ceramic body and terminations are available in standard epoxy and silver-plated leads.

Due to its wide temperature range and excellent high-temperature stability, the H815R8BDA is well suited for use in industrial applications. It is used in high-temperature ovens, high-temperature motors, high-voltage power supplies and other high-temperature equipment. The resistor is also used in automotive and aviation electronics, as well as in communications, medical, and measurement equipment.

The working principle of the H815R8BDA is based on the fact that resistors are electrical components that increase or reduce the flowing current. This is achieved by adding resistance to the circuit, usually through the use of a metal or ceramic element. The material used in a resistor affects its resistance value and power rating, as well as its temperature coefficient, which can affect its temperature stability.

The H815R8BDA has a low resistance value and a high power rating, which makes it suitable for many high-power applications such as automotive electronics and high voltage power supplies. The resistor also has a low temperature coefficient, making it ideal for high-temperature applications. The resistor\'s tight tolerance andhigh stability over a wide range of temperatures make it an excellent choice for many applications.

In conclusion, the H815R8BDA is a popularThrough Hole Resistor. It features excellent high-temperature stability, low noise, low inductance, and tight tolerance. It also has a high power rating and offers high stability and accuracy over a wide temperature range. The resistor is well suited for use in high-temperature industrial applications, automotive and aviation electronics, communications, medical, and measurement equipment. The working principle is based on the fact that resistors add resistance to the circuit, and the type of material used affects the resistance value, power rating, and temperature coefficient.

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