TUW15J100E

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The Through Hole Resistors, TUW15J100E, is a 4-pin axial resistor constructed of a ceramic core and metal cap for maximum performance. It consists of two windings of metal oxide resistor wires that are heat treated and soldered together. These windings are then covered in a ceramic coating to insulate them from the environment. The metal cap serves as a shield to protect the resistor from environmental influences. The TUW15J100E is designed for use in high voltage and current applications where a high level of precision and stability is required.

Its working principle is relatively simple. When a current is passed through the resistor, it generates a voltage drop across the two terminals. This voltage drop is proportional to the current flowing through the resistor and is the basis behind its resistance. The resistor is designed to absorb a certain amount of energy and store it in the form of heat. This heat is dissipated through the surrounding environment in order to maintain a stable temperature. This resistance variation across the two terminals ensures that the predetermined voltage is maintained in a given application.

The TUW15J100E\'s fields of application include lighting, high voltage systems, audio equipment, radio receivers, power supplies, motor control circuits, and medical electronics. It is especially useful in high voltage and current applications where a high degree of accuracy and reliability is necessary. It is also often used in robotics to ensure precise and consistent operation of motors and servos. Furthermore, these resistors can be used in automotive electronics applications such as ignition systems, airbag systems, and engine control units. They are also used in many consumer electronics like televisions and DVD players.

Overall, the TUW15J100E is an extremely reliable and versatile Through-Hole Resistor with superior performance capacities. Its ability to absorb huge amounts of energy and maintain a consistent and precise voltage makes it an ideal solution for a wide variety of high voltage, current, and precision applications. The Through Hole Resistors are extremely cost-effective and reliable, making them a preferred choice for applications where accuracy, reliability, and cost are the main constraints.

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