MR106250R00BAE66

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Through hole resistors are electrical components used in many electronic circuits. Examples include voltage dividers, current regulators, and signal isolators. The MR106250R00BAE66, manufactured by Vishay, is a through-hole resistor suitable for many electronic applications. This article will discuss the potential applications and working principle of this part.

Description and Specifications

The MR106250R00BAE66 is a radial lead, through-hole resistor that is rated for a maximum continuous power dissipation of 4.0 Watts. It has a tolerance of ± 0.1%, a temperature coefficient of +25 ppm/˚C, and a maximum operating temperature of 150°C. The resistor is constructed from an insulated film of aluminum oxide, deposited over a ceramic substrate. The resistor has molded terminals to ensure good contact between the leads and the component body.

Applications

The MR106250R00BAE66 is a robust and reliable resistor suitable for many electrical and electronic applications. The resistor is ideal for use as a current-limiting device, and is suitable for use in power supplies, lighting circuits, and other applications that require precise power regulation. The resistor can also be used for signal isolation, voltage division, and impedance matching. The tolerance of the resistor makes it suitable for applications that require accuracy in component values.

Working Principle

The MR106250R00BAE66 works on the principle of resistance. The resistor creates a voltage drop between its two conductors, proportional to the current flow through it. When the circuit is complete, current will flow from one lead of the resistor to the other. This resistance is what is used to regulate current in circuits such as power supplies and wall outlets. The ceramic substrate and aluminum oxide film provide excellent stability, ensuring that the resistance does not change over time.

Conclusion

The MR106250R00BAE66 is a robust and reliable through-hole resistor suitable for a variety of electronic applications. The resistor is capable of dissipating up to 4.0 Watts, and has a temperature coefficient of +25 ppm/˚C. The resistor is ideal for use as a current-limiting device, and can also be used for signal isolation, voltage division, and impedance matching. The resistor works on the principle of resistance, providing a voltage drop between its two conductors proportional to the current flow. The ceramic substrate and aluminum oxide film provide excellent stability, ensuring accuracy and reliability in the component for many years to come.

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