LCB10FBR100

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Through Hole Resistors generally refer to the resistors that are mounted on the printed circuit boards by having leads that pass through the hold of the circuit board. In this category, LCB10FBR100 falls into the category of a Through Hole Resistor.

The LCB10FBR100 is a 10W-rated, through-hole, radial leaded resistor. It utilizes carbon composition material to provide a non-inductive type resistor with high power resistance in small packages. Constructed of a high temperature resistant ceramic core, this is suitable for use in high power circuits.

The major application fields of the LCB10FBR100 resistor include the automotive, power, and telecom applications. Automotive applications include diesel and gasoline engines where the resistor is used to monitor operating temperatures. The power application is for DC-DC converters in which the resistor helps reduce in-rush current and power up failure rates. The telecom application includes high voltage audio and video distribution systems where the resistor is used as a level switch.

The working principle of LCB10FBR100 resistor is mainly based on Ohms Law. Ohms law talks about the relationship between voltage, current, and resistance. The formula for this law states that the voltage (V) is equal to the amount of current (I) multiplied by the resistance (R). This law is used for the LCB10FBR100 resistor to control the flow of current through a circuit. The resistor reduces the amount of current flowing through it in order to maintain the proper voltage levels in a circuit. This helps to protect other components in the circuit from overvoltage and also helps to reduced power consumption.

The LCB10FRB100 resistor has been designed to provide high power resistance in a small package and is suitable for use in high power circuits. It can be used in various applications such as automotive, power, and telecom sectors. The resistor works on the basis of Ohms Law, which helps to reduce the amount of current flowing through it and maintain the proper voltage levels in a circuit.

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