RLR32C1R00GRRE6

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A resistor is a passive two-terminal electrical component which resists electrons flowing through, and dissipates energy as heat. It is denoted by the symbol R and is the fundamental component of electric circuits. There are various kinds of resistors, one of them being the through hole Resistors.

Through hole resistors are cylindrical with wire leads protruding out from its both ends. Prior to the prevalence of Surface Mount Technology, Through hole Resistors were primarily used in circuit boards. The resistors were either soldered into the plated holes of a conventional printed circuit board, or attached to terminals which were in turn attached to the board. Through hole resistors have the greatest variety of resistance values, power ratings, tolerances, temperature coefficients, and thermal time constants from among all the types of resistors.

In the field of Through hole Resistors, RLR32C1R00GRRE6 is one of the popular models. RLR32C1R00GRRE6’s operating temperature range is -55ºC to +125ºC. This resistor can be used in many applications, including motor control drive, battery-powered instruments, distributed power architectures in communication, industrial and harsh environment applications.

RLR32C1R00GRRE6 has a rugged design which makes it superior to most other resistors. Its tolerance is up to ± 5%, and its resistance value can range from 1 ohm to 10 megohms in metal film, metal oxide, carbon film, and wire-ended. It does not have any temperature coefficient above 500ppm/°C. Its high thermal stability and overload protection ensure that the operating temperature remains constant even in the most demanding applications.

The working principle of RLR32C1R00GRRE6 is simple. It consists of a coil of conducting material (resistor) surrounded by an insulating material (dielectric). The current flows through the resistor and encounters resistive barriers at the opposite ends of the coil. As the current circulates through the resistor, it encounters resistance and loses power, which is dissipated as heat. The resistance of the resistor changes with the applied voltage, current, and frequency, and thus the performance of the resistor is affected by these parameters.

In conclusion, RLR32C1R00GRRE6 is one of the most reliable Through hole Resistors available in the market. Its rugged design and high thermal stability make it ideal for many applications, ranging from motor control drives to harsh environments. Its simple working principle, along with its tolerance levels and resistance value, make it a reliable choice for any kind of application.

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