H497R6BDA

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Through Hole Resistors

Through hole resistors are basic components of electrical circuits that ensure that proper current flows through the circuit. They can also be used to measure the current that flows through a wire or device. In addition they can be used to limit the amount of current or voltage that can enter a circuit. A H497R6BDA resistor is one such type of through hole resistor and can be used for a variety of applications.

Application of H497R6BDA

The H497R6BDA is a through hole resistor designed for use in applications requiring high power operation. It is often used in amplifiers, attenuators, electronic boilers, and other high power electronic devices. It also offers excellent noise suppression, and can be used in medical systems, data centers, audio systems, and other mission critical applications where high reliability is required.

The H497R6BDA has been tested to withstand a wide range of temperatures, and is rated to remain functional from -55C to +125C. Its high power handling capability and temperature range make it suitable for a variety of applications.

Working Principle of H497R6BDA

The H497R6BDA through hole resistor utilizes a metal film construction to resist an electric current and produce a precise resistance. This is achieved by specifying an appropriate thickness of a metal film for a given resistor value. The metal film is electrically isolated from the rest of the resistors structure using a ceramic dielectric. This arrangement is extremely reliable and provides an excellent frequency response.

The H497R6BDA resistor also utilizes a high resistance lead frame. This lead frame is designed to cause minimal interference from voltage transients, and consequently offers improved signal transmission. Furthermore, the resistor employs a welded construction in order to ensure an efficient connection to the circuit.

In order to guarantee precise operation, the H497R6BDA resistor is also designed to have a low thermal coefficient of resistance. This ensures proper operation even when there is a large variation in ambient temperature. Furthermore, the resistor is designed to have a low voltage coefficient of resistance, increasing its accuracy and ensuring proper operation at any voltage.

Conclusion

The H497R6BDA is a high power through hole resistor designed for use in a variety of applications. Its metal film construction, high resistance lead frame, welded construction, and low thermal and voltage coefficients of resistance, all combine to make it an excellent component for signal transmission in both mission critical and general applications. It is also tested to withstand extreme temperatures, making it suitable for a range of environments.

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