RLR05C8870FRRSL

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Through Hole Resistors are made to sample different current-voltage output levels that are both predictable and reliable. The RLR05C8870FRRSL is one of the most popular Through Hole Resistors used in small circuits that need a steady current output. This resistor is designed with a non-magnetic, flame retardant ceramic insulator, which is ideal for many applications in the electronic world.

The RLR05C8870FRRSL is a fixed-value resistor with a resistance value of 5.8 KW (5.086KΩ). Its wattage is 0.125W, which means that it can handle large currents with minimal heat dissipation. Not only does the resistor provide a steady current output, it also has an operating temperature range of -55°C to +155°C, which makes it suitable for use in a wide variety of applications.

For example, it can be used to provide steady and reliable current for radio transmitters, oscillators, and power supplies. In addition, the RLR05C8870FRRSL is ideal for regulating the voltage output of LEDs, making it an excellent choice for lighting and display applications. The resistor also has an anti-interference capability that eliminates micro-voltage fluctuations and noise, allowing for more accurate readings.

The RLR05C8870FRRSL works on the principle of Ohm’s Law. Its resistance value (measured in ohms) is equal to the ratio of the voltage applied across it to the current passing through it. Therefore, in a given application, if the voltage applied to the resistor is maintained at a constant, a predictable and steady current will flow through the resistor. This current can be used to activate various components of a circuit.

In conclusion, the RLR05C8870FRRSL is an excellent Through Hole Resistor for various applications in the electronic industry. Its operating temperature range from -55°C to +155°C, non-magnetic insulator, and anti-interference capability make it ideal for regulating current output and eliminating noise. Furthermore, its superb efficiency makes it a reliable and predictable choice for many applications.

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