H447R5BZA

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Through Hole Resistors are an essential component in a wide range of applications, and the H447R5BZA is no exception. The H447R5BZA is a metal oxide film fixed resistor featuring a high power rating, and wide temperature range, making it an ideal choice for a range of industrial and commercial applications.

The H447R5BZA offers superior performance and accuracy that is suitable for a range of power-sensitive applications, such as those in medical, aerospace, and industrial fields. With its high power rating, it can be used to build up heat, which makes it ideal for applications that require control and monitoring of electric current. Additionally, it is also suitable for use in medium and high frequency circuits, as it has a stable thermal coefficient.

The H447R5BZA is available in ratings from 0.01Ω to 2KΩ and features a wide operating temperature range from -55°C to +155°C. It also has a low-inductance design that is designed to reduce transient disturbances and EMI. This provides superior noise reduction and ensures that the resistor stays stable and reliable in high-current switching scenarios.

The H447R5BZA is constructed with a metal oxide film that is the size of the power chip and is designed to resist current transients. It is able to dissipate heat quickly, making it suitable for circuit protection and power limitation applications. Additionally, it is also designed to reduce interference and provide a constant resistance.

The working principle of the H447R5BZA is based on Ohm’s Law, which states that the current flowing through a resistor is proportional to the voltage across it. This resistor follows the same principle, with the resistance value determined by the size and design of the metal oxide film. When current passes through the resistor, it will cause the metal oxide film to heat up, producing a voltage drop across the resistor. This voltage drop will then be proportional to the amount of current flowing through it.

The H447R5BZA is an ideal choice for numerous applications such as industrial, medical, and aerospace. Its wide temperature range and power rating make it suitable for high-power circuits, while its low-inductance design allows it to operate reliably in high-current switching scenarios. Its ability to dissipate heat quickly and minimize interference also makes it suitable for circuit protection and power limitation applications.

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