YR1B649KCC

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Through Hole Resistors are critical components in a number of applications. One such resistor is YR1B649KCC. Understanding the various characteristics and working principles involved in YR1B649KCC can help maximize its application potential.

Specifications and Overview

YR1B649KCC is a through hole, non-inductive resistor which offers a 9.1k resistance with a ± 5% tolerance. The resistor can operate in temperatures ranging from -55°C to +155°C, and offers a power rating of 1/2 watt and a voltage rating of 250V.

As a through-hole device, YR1B649KCC is particularly suited for applications that require a resistor with an extended range for connections. The resistor\'s non-inductive design limits the effect that its lead inductance can have on circuit performance.

Circuit Applications

YR1B649KCC is suitable for a wide range of applications, and its power rating is suited for general purpose circuits, including those for audio, automotive, and RF/microwave applications. As it is a through-hole device, it is particularly suited for high-temperature environments, such as power supplies and other circuits involving large voltage fluctuations.

YR1B649KCC can also be used for low-power circuits, such as for signal conditioning or as a driver element. The resistor\'s extended range for connections makes it a suitable choice for applications requiring low impedance and stability in conditions of high temperatures and/or extended humidity.

Working Principle

YR1B649KCC works similar to other resistors, but with enhanced features. Its non-inductive feature ensures that the current passing through it is unaffected by any sudden changes in the voltage across its leads. This helps ensure that the circuit in which the resistor is connected operates uninterrupted.

Additionally, the resistor features an extended range for connections, which helps reduce the voltage drop across it and allow for faster, more efficient circuit operation. This helps reduce the amount of power dissipated in the circuit, which in turn helps reduce operating costs.

Conclusion

The YR1B649KCC through hole minimal inductance resistor is a useful tool for a wide range of applications. Its non-inductive feature helps ensure uninterrupted operation in high-voltage fluctuations, while its extended range for connections increases efficiency and reduces power dissipation. By understanding the characteristics and working principles of the YR1B649KCC, engineers can maximize its potential in a wide variety of circuit applications.

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