H863K4BZA

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Through Hole Resistors are an integral component in many electrical and electronic systems. The H863K4BZA is an example of such a device. This resistor is composed of two parts – a ceramic body and a resistor element. It is suitable for use in high temperature, high power, and high frequency applications.

The ceramic body of the H863K4BZA is constructed to include clearance notches, allowing for optional installation of a flat head screw, or other connection type, to secure the component. The ceramic body also houses the resistor element. This element consists of two copper rods encased in a ceramic material with an insulating material between them. The copper rods are positioned parallel to each other and in line with the center of the ceramic body. The ending point of each copper rod is electrically connected to one of the two metal leads, allowing for proper electrical current flow. The resulting construction also contains a small internal capacity, allowing for the achievement of a certain degree of frequency stability.

The H863K4BZA Through Hole Resistor is a device designed to create a voltage drop across a circuit. It works by converting electrical energy into heat energy according to a fixed electrical resistance. The resistor element and insulation material are present to protect the device from excessive current, heat, and arcing due to high voltages. The device is generally constructed to have a power rating between 0.5 watts and 5 watts.

The H863K4BZA Through Hole Resistor works by allowing electrical current to flow through the resistor element, which is typically composed of a ceramic material or other suitable insulating material. The electrical current heats up the resistor element, causing a voltage drop across the circuit leading to the resistor element. This voltage drop is measured in Ohms, and it is directly proportional to the amount of current passing through the element. In addition, the integral capacity of the device also affects the voltage drop, as it allows for better frequency stability.

The H863K4BZA Through Hole Resistor is widely used in a variety of applications. It has been effectively employed in industrial, military, and aerospace applications. Such applications typically require intense heat, high power, and/or high frequency in order to maintain performance in complex and tough conditions. In addition, the device’s small size and easy installation makes it suitable for use in consumer applications as well.

The H863K4BZA Through Hole Resistor is an invaluable component when dealing with electronic systems that require high resistance, high frequency stability, and high temperature tensile strength. Its two-part construction, consisting of a ceramic body and resistor element, allows for proper flow of current and protects the component from arcing and overcurrent situations. In addition, its wide range of applications, from industrial to consumer grade, makes it a flexible and useful component in a variety of electronic systems.

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