H82K15BZA

Through hole resistors are extremely common electrical components used in a variety of applications. The H82K15BZA is one such type of resistor that is characterized by its compact package and high power rating. In this article, we will discuss the application fields and working principles of the H82K15BZA through hole resistor.

Purpose and Application of H82K15BZA Through Hole Resistor

The H82K15BZA through hole resistor is designed for use in applications that require long-term stability and high power ratings. It is primarily used in power switching and energy storage applications. Examples of these applications include motor control, frequency conversion, DC-DC converters, solar energy storage, and LED light bulbs. The H82K15BZA is also suitable for use in small consumer electronics devices such as smartphones, tablets, and personal navigation units.

Working Principle of H82K15BZA Through Hole Resistor

The H82K15BZA resistor is a type of passive component that consists of two terminals connected with a resistive material. The H82K15BZA resistors are typically used in series circuits to reduce the current passing through a circuit, increase the voltage across a component, or increase the resistance in the circuit. In a series circuit, the resistors are connected sequentially. In an AC circuit, the resistance of the H82K15BZA resistor varies with the frequency of the applied voltage as it is affected by the reactive effect of the material.

The H82K15BZA resistor is constructed with a metal oxide film that is deposited onto a ceramic base. This layer of metal oxide film provides a resistive path for the electrical current. The H82K15BZA resistor can be constructed with either one or two terminals. When two terminals are used, the terminals are typically connected by a wire or a hole. The metal oxide film also helps to limit the amount of power that passes through the resistor and reduce noise.

Advantages and Disadvantages of H82K15BZA Through Hole Resistor

The H82K15BZA resistor is a highly reliable and durable component that is well suited for long-term use. It also has a low thermal resistance, which allows the resistor to operate over a wide temperature range without the onset of thermal runaway. Furthermore, the H82K15BZA’s compact package and low profile make it an ideal choice for applications where space is limited.

One of the main drawbacks of the H82K15BZA through hole resistor is its low power rating. However, this issue can be mitigated by using multiple lower rated resistors in parallel. Furthermore, the H82K15BZA’s high cost can be a hinderance for those working with a limited budget. The H82K15BZA is also sensitive to environmental conditions such as moisture and temperature, which makes it unsuitable for applications that require frequent exposure to these conditions.

Conclusion

In conclusion, the H82K15BZA through hole resistor is an ideal choice for applications that require high power ratings and long-term stability. It is commonly used in motor control, frequency conversion, and energy storage applications. The H82K15BZA offers several advantages such as its small size, high reliability, and low thermal resistance. However, its high cost and sensitivity to environmental conditions should be taken into account when selecting this type of resistor.