RLR20C6193FPRSL

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Through Hole Resistors are perhaps the oldest and most ubiquitous type of resistor ever created. They are used in virtually every electronic device from your television remote to your computer’s motherboard. The RLR20C6193FPRSL is a through-hole resistor designed to provide a precise resistance value for a wide range of applications.

The RLR20C6193FPRSL is a precision through hole resistor designed to handle high temperatures and current loads. It is ideal for use in applications that require reliable and accurate resistance values over long periods of time. This resistor provides the benefits of repeatable accuracy, stable temperature coefficient, and wide temperature range operation.

The RLR20C6193FPRSL is designed with a high-temperature ceramic body and is rated up to 260°C. It includes two metal electrodes and uses a ceramic substrate that is epoxied into the body. This construction provides the resistor with excellent heat and shock resistance and allows it to be used in harsh electronic applications.

The RLR20C6193FPRSL is an excellent choice for a variety of applications. It is ideal for use in power electronics, motor control, industrial automation, medical instrumentation, and computing systems. It is also available in a range of sizes and resistance values, which makes it a versatile and cost-effective solution for many applications.

The RLR20C6193FPRSL’s working principle is based on the flow of electrons through the resistor. As current passes through the resistor, some of the energy is converted to heat, and the resistance increases slightly. This is known as Ohm’s Law, which states that the current through the resistor is proportional to the voltage across it. By changing the voltage across the resistor, the current through it can be altered, and thus the resistance value of the resistor can be adjusted.

The RLR20C6193FPRSL is a reliable and cost-effective resistor option that can be used for a wide range of applications. Its repeatable accuracy, thermal shock resistance, and wide temperature range make it suitable for use in many industrial, power electronics, and computing applications. Its working principle is based on the flow of electrons through the resistor, and its design allows it to provide an accurate resistance value over a long period of time.

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