H414K3BDA

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Through Hole Resistors are an integral part of any circuit. In order to control the current passing through a circuit, we must use some kind of resistor. These devices, commonly referred to as resistors, come in various sizes, shapes and materials. The H414K3BDA is a through-hole type resistor and is designed to be used in high-voltage applications.

H414K3BDA is a large package type resistor that is carefully designed to provide a long-operating life in harsh operating conditions. This device is designed to provide up to 5 watts of continuous power and can operate in temperatures ranging from -55°C to +155°C. The H414K3BDA is most commonly used in power electronics, industrial control systems, and aerospace applications. These applications typically require an assembly that is capable of withstanding direct interactions with high-voltage sources. The H414K3BDA is just such a device.

The H414K3BDA is a high-precision through-hole type resistor, meaning that it has two leads which must be placed into a specially designed drilled hole in the circuit board. This is necessary to ensure that electricity travels smoothly through the resistor, with minimal losses due to its resistance. The design of the H414K3BDA also includes an outer aluminium casing, which provides additional protection against direct contact with high-voltage sources.

The basic operating principle of a through-hole type resistor is quite simple. An external voltage is applied to the two leads, creating a current that travels through the body of the resistor. The current is then divided between the two leads, and the resistance of the resistor is determined by the difference in the voltage applied to each lead. The greater the resistance of the resistor, the more difficult it is for the current to flow, and the higher the voltage drop between the two leads. Thus the voltage across the resistor will be reduced.

The H414K3BDA is a precision resistor which is designed to offer superior performance compared to other through-hole types. Its long operating life and high-temperature tolerance make it a popular choice for high-voltage applications, especially in the power electronics, industrial control systems, and aerospace industries. Furthermore, its use in such severe operating conditions makes the H414K3BDA an excellent choice for providing reliable and high-performance current control.

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