RNC55H9881BSR36

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Through Hole Resistors have been utilized in the electrical industry for many years. They are used to limit current, voltage, and power in electrical circuits. A variety of resistor types are available for various applications, including carbon, metal oxide, metal film, wire wound, and more. The RNC55H9881BSR36 is a resistor type that is used for high precision applications when circuit operation needs to be extremely precise.

RNC55H9881BSR36 Application Field

RNC55H9881BSR36 is classified as a through hole resistor. It is a high precision resistor that provides very accurate control of circuit currents and voltages. This makes it a popular choice in applications requiring precision control, such as medical imaging and laboratory equipment, robots, control systems, and scientific instruments. It is also used in the aerospace sector, including in the flight control systems of aircraft and missiles.

Because of its accuracy and performance, the RNC55H9881BSR36 is utilized in many industries that demand highly accurate electrical control. It is also suitable for high temperature environments, making it a good choice for automotive, solar, and LED lighting applications. It is also an ideal choice for industrial environments due to its robust construction and long lifespan.

RNC55H9881BSR36 Working Principle

The RNC55H9881BSR36 resistor is made up of a series of individual resistors connected in series. It works by limiting current, voltage, or power in electrical circuits. The resistor operates by creating a barrier to current flow and by dissipating some of the energy from the current. This reduces the current flow and voltage levels in the circuit, helping to lower the power consumption and increase efficiency.

The RNC55H9881BSR36 utilizes two different resistor technologies, carbon and metal film. Carbon resistors use carbon-based material to control resistance while metal film resistors use a layer of metal to control resistance. The resistor’s resistance value is determined by the size and the type of the material used for the resistor. The resistor is also designed to maintain its accuracy and stability over temperature and time.

The RNC55H9881BSR36 is also available in TRX and TED form factors. The TRX form factor has two pins while the TED format has three pins. The TRX form factor is ideal for applications where a smaller form factor is needed, while the TED form factor is typically used in larger applications where higher power dissipation and improved EMI shielding is required.

Conclusion

The RNC55H9881BSR36 through-hole resistor is a high precision resistor designed to provide precise control for currents and voltages. It is used in applications such as medical imaging, control systems, and aerospace. The RNC55H9881BSR36 is made up of individual resistors connected in series and works by limiting current, voltage, or power in electrical circuits. It is available in TRX and TED form factors and is suitable for high-temperature environments.

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