TA810PW20R0JE

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Through Hole Resistors

Through hole resistors are the oldest and most popular type of resistor. They are found in almost any electronic device and are used to reduce the flow of current in a circuit by providing a certain amount of resistance. The TA810PW20R0JE is an example of a through hole resistor.

Application Field

The TA810PW20R0JE has been designed for use in applications ranging from low noise audio circuits to industrial control. It features a low mass, low profile package which is ideal for noise sensitive applications. Additionally, its thick film design and high temperature rating of 175°C make it an ideal choice for many types of applications. This includes aerospace applications, automotive systems, and general-purpose electrical products.

Working Principle

The TA810PW20R0JE is a through-type resistor that works by creating a series of resistive elements between two terminals. These elements are arranged in either a zig-zag pattern or a series of parallel arms, depending on the design of the resistor. A current applied at one terminal will flow through each element, resulting in a decrease in voltage at the other terminal. As the current increases, more voltage is dropped across each resistive element, resulting in an overall decrease in voltage.

The TA810PW20R0JE also has an internal current-limiting system in place. This allows it to block any too-high currents and prevent it from overloading and damaging the circuit. Additionally, this makes the resistor more reliable and safer to use in a variety of applications. The internal current-limiting system also ensures that the resistor will always operate at its specified value, which is determined by the resistance value printed on its body.

Conclusion

The TA810PW20R0JE is an example of a through-hole resistor. Its low-profile and robust construction makes it a great choice for noise-sensitive and high-temperature applications, including aerospace and automotive systems. Additionally, it features an internal current-limiting system which prevents it from being overloaded and damaged. Its low-mass and thick-film design are ideal for a variety of different applications, making it an excellent choice for a variety of projects and applications.

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