SFR2500003482FR500

Through-hole resistors are the most common type of resistor and can be applied in numerous areas requiring basic voltage and current regulation. The SFR2500003482FR500 is a high precision through-hole resistor with a wide range of applications.

Applications of the SFR2500003482FR500

The SFR2500003482FR500 through-hole resistor is designed for use in high-end applications such as power supplies, switching converters, motor control systems, and semiconductor device circuits. It can also be used in precision electronic devices, instrumentation and communication systems that require extremely stable output characteristics. Such applications make the SFR2500003482FR500 an ideal choice for industrial, commercial and military electronics.

Working Principle of the SFR2500003482FR500

The SFR2500003482FR500 through-hole resistor works by creating an electric current which is equal to the voltage applied across its two ends. The higher the voltage, the higher the current, and the more resistance is created. The resistance value is calculated by multiplying the applied voltage by the resistance value of the component. The resistance value is determined by the type of material used in the construction of the resistor as well as the size and shape of the component. Generally, the resistance is lowest with a metal or carbon composition resistor and much higher with an alloy or ceramic composition resistor.

The SFR2500003482FR500 through-hole resistor contains a metal film technology design, which creates a precise amount of resistance and provides extreme stability under a wide range of temperatures and humid conditions. This feature ensures the reliability and accuracy of the product, making it suitable for highly sensitive applications. As such, it is the perfect solution for applications needing high precision, stability and reliability.

Conclusion

The SFR2500003482FR500 through-hole resistor is a high precision resistor designed for use in precision electronic devices, instrumentation and communication systems that require extremely stable output characteristics. Its metal film design ensures the highest precision and extreme stability under a wide range of temperatures and humidity conditions. As such, this through-hole resistor is the perfect choice for applications needing high precision, stability and reliability.