RLR20C1000GMRSL

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Through Hole Resistors are electrical components used to reduce or limit the passage of electric current through an electrical circuit. The RLR20C1000GMRSL type of resistor is a great example of one of these components, with its wide range of application fields and working principles.

The RLR20C1000GMRSL is a power metal film, high-power, wirewound resistor which is designed for use in power/high-end industrial and military applications. It features a flat metal film construction that has been constructed to improve stability and long-term reliability. The resistor is not recommended for use in surge protection applications and should never be subjected to more than its rated wattage. The resistor has a wide temperature range of -55C to +205C with a capacitance of 2450 pF. The dimensions of the component are 19.5mm x 10mm x 8mm and it has a maximum operating temperature of 250C. The resistance range of the resistor is 0.5 ohms to 10 ohms.

The RLR20C1000GMRSL has a variety of applications where it can be used as the component of choice. These include automotive, consumer electronics, process control, lighting and medical equipment. Its robust construction makes it suitable for use in extreme temperature environments and in high-vibration or shock system applications. It can also be used in fans, transmitters/receivers, and other devices that require high-power resistors.

The RLR20C1000GMRSL works on the principle of dissipating power in the form of heat. It works by limiting the current flowing through the circuit, thus reducing the voltage across the component. It also absorbs a certain amount of voltage surge which prevents damage to the other components of the circuit. The resistor is designed to have a low-resistance initial value when it is new, giving it its ideal power dissipation performance.

In conclusion, the RLR20C1000GMRSL is a great example of a Through Hole Resistor. It has a wide range of applications in both industrial and military settings, due to its robust construction and wide temperature range. It works on the principle of dissipating power in the form of heat, thus limiting the current and voltage going through the circuit. It is a great component for systems that require high power resistors or where there is the possibility of voltage surge.

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