RS01A2K000FE70 Resistors

Through Hole Resistors are electric components used to provide resistance to the flow of electric current in order to modify and regulate the amount of current in a circuit. The RS01A2K000FE70 is a surface-mounted through hole resistor that is used mainly for applications requiring a high accuracy tolerance which is achieved by a patented binning process.

Applications

The RS01A2K000FE70 is a versatile resistor designed for both general and specialized applications. It is commonly used in automotive electronics, communication systems, instrumentation, optronics, test and measurement, and medical electronics. Its ability to withstand higher temperatures and higher voltages makes it ideal for high power applications as well.

Features and Benefits

The RS01A2K000FE70 features a wide range of values from 100 ohms to 1M ohms which makes it suitable for various applications. It also offers a wide range of tolerances from ±0.1% to ±2%, with the highest accuracy being ±0.05%. The resistor also features ESD protection, a low temperature coefficient, low dielectric absorption, and a low inductance, making it highly reliable. Additionally, it features a wide operating temperature range from -55°C to +125°C, meaning it is suitable for a variety of operating environments.

Working Principle

The fundamental operating principle of an RS01A2K000FE70 through hole resistor is based on Ohm\'s law. As the current passes through the resistor, it builds up a voltage which is proportional to the amount of resistance present. This voltage is resisted by the resistor and dropped across it, reducing the amount of current in the circuit. In this way, the resistor serves to regulate the current in the circuit and to protect the device from potential damage due to excess electric current.

Conclusion

The RS01A2K000FE70 through hole resistor is a versatile, reliable, and accurate electrical component that is suitable for a range of applications. Its features and benefits make it ideal for automotive, instrumentation, communication, and medical electronics. Its operating principle is based on Ohm\'s law, utilizing voltage drops and current regulation to modify and regulate the current in a circuit.