RN60E9900BB14

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Through Hole Resistors

Through hole resistors or THRs for short are among the most common components in the electronics industry. Their uses include damping fluctuations in circuit power, providing noise filtering for data signals, and aiding in impedance adjustment for communication cables. The RN60E9900BB14 resistor is a popular through hole resistor used in its own range of applications.

RN60E9900BB14 Application Field

The RN60E9900BB14 through hole resistor is a ceramic substrate resistor and can be used to facilitate electrical connections in a variety of electrical components. Commonly used in AC power regulators and electronic timers, this resistor can also be used in general purpose, RF or data signal circuit applications. It’s mostly suited for applications that require a precise resistance rating and low inductance.

RN60E9900BB14 Working Principle

The RN60E9900BB14 through hole resistor is a non-inductive component, meaning it has an almost zero inductance rating. In a circuit, current is passed through the device and the voltage drop is controlled by the component\'s built-in resistance. This type of resistor features a ceramic substrate that helps to insulate the device from temperature changes. The substrate also helps to maintain consistent performance and reduce stray frequencies in the circuit.

On its own, the RN60E9900BB14 through hole resistor can withstand a temperature range of -55 degrees Celsius to 150 degrees Celsius. It can also operate in high voltage environments of up to 500VAC RMS and is ideal for applications where currents, speed, and temperature need to be adjusted.

Conclusion

In conclusion, the RN60E9900BB14 through hole resistor is a popular component that is used in many electrical applications. Its non-inductive and temperature stable ceramic substrate is ideal for use in AC power regulators, RF applications, and other precision current or speed applications. It is capable of operating in high voltage environments up to 500VAC RMS and works best in temperatures ranging from -55 degrees Celsius up to 150 degrees Celsius.

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