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Through Hole Resistors

The RN55C2002CBSL is one type of through hole resistors. Through hole resistors are components that are made up of resistive materials that are manufactured by etching away the chip material. Through hole resistors are used in many different kinds of applications, including power supplies, motors, and automotive power circuits. Through hole resistors are used to control current, voltage, or impedance in an electronic circuit, as well as to provide an electrical connection between components.

Features of the RN55C2002CBSL:

• High precision value: ±0.1% resistance
• Wide range and power capability: 0. 1mW to 10W
• High temperature range applications: up to 220°C

Applications:

The RN55C2002CBSL is used in a variety of different applications due to its high precision value and wide range of power capability. It is commonly used in motor control circuits, power supplies, signal conditioning, and automotive power circuits. Due to its wide range of power capabilities and temperature range, it can be used in various circuits that require an electrical connection between components. Additionally, it can be used to control current, voltage, or impedance in a circuit, in order to achieve the desired performance.

Working Principle:

The RN55C2002CBSL is used in an electronic circuit to control current, voltage, or impedance. The resistor is composed of a resistive material that works by reducing the voltage of the current applied to it. The amount of resistance is determined by the type of material used, as well as the size of the chip. When enough current is applied to the resistor, it will begin to heat up and reach the desired resistance. The resistor will then remain at a constant temperature until the current is changed or the voltage is adjusted.

Conclusion:

The RN55C2002CBSL through hole resistor is a precision device that can be used in many different kinds of electronic circuits. It is capable of controlling current, voltage, or impedance, as well as providing an electrical connection between components. Its high precision and wide power range make it ideal for motor control circuits, power supplies, signal conditioning, and automotive power circuits.

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