H424R3BDA

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Through Hole Resistors are passive components with a wide range of applications. The H424R3BDA is one of the most commonly used through hole resistors. It is designed to provide superior performance in a variety of different environments. In this article, we will discuss the application fields and working principle of the H424R3BDA.

From a physical perspective, the H424R3BDA is a rectangular through-hole resistor with a diameter of 0.10±0.01mm and a height of 4.50±0.05mm. It has a maximum continuous power rating of 10 Watts and an operating temperature range of -55°C to +150°C. The device is offered in 2 different resistor values, 22.1 ohms and 43.2 ohms, and has a maximum tolerance of 1%.

The H424R3BDA is often used in applications where high power handling, wide operating temperature range, and maximum reliability are essential. This makes it an ideal choice for applications such as automotive electronics, medical equipment, and aerospace systems. It can also be used in circuits where precise voltage and current regulation are required, such as in rectifiers and high voltage converters. Due to its small size and high power rating, it is often chosen as a discrete component in these circuits.

The working principle of the H424R3BDA is relatively simple. The device works by controlling the flow of electrical current through it. It does this by creating an electrical resistance between two terminals, which sets up a voltage difference and initial current flow. The current then flows through the resistor and is dissipated in the form of heat. The higher the resistance of the resistor, the less current will flow through it and the lower the voltage will be across it. This principle is used in various types of application circuits to regulate voltage, current, and power.

In conclusion, the H424R3BDA is a specialized type of through-hole resistor characterized by a high power handling, wide operating temperature range, and precise voltage and current regulation. It is ideal for applications such as automotive electronics, medical equipment, and aerospace systems, and can be used as a discrete component in more complex circuits. The working principle of the resistor involves creating an electrical resistance between two terminals, which sets up a voltage difference and initial current flow. The current then flows through the resistor and is dissipated in the form of heat.

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