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Chassis Mount Resistors

Chassis mount resistors typically refer to devices that are mounted directly onto a printed circuit board. These resistors can be used for various applications such as voltage and current limiting, signal conditioning, or power dissipation. The RER50F1960RC02 is one such resistor that is an advanced chassis mount type resistor.

Application Field Of RER50F1960RC02

The RER50F1960RC02 is a high accuracy, precision chassis mount resistor. It has an accuracy of +/- 0.1%, a maximum power rating of 6 watts, and a temperature coefficient of +25ppm/°C. Its resistance range extends from 0 ohm to 10 megohms, making it suitable for a wide range of applications in the automotive, industrial, or consumer industries. It is also very suitable for high temperature applications, with the rated temperature range extending from -65 to +250°C

Aside from its temperature and accuracy rating, the RER50F1960RC02 boasts some other advantages over other types of resistors. It is RoHS compliant, has a low inductance, a low thermal EMF, a durable coating, and has a low noise rating. This makes it perfect for applications where synchronization and accuracy are important such as computing and communication devices.

Working Principle Of RER50F1960RC02

To understand the working principle of the RER50F1960RC02, it is important to understand how a resistor works. A resistor is a passive two-terminal electrical component that is used to reduce the current flow in an electrical circuit. It has a fixed amount of resistance that prevents the flow of current to reach the desired voltage level.

When current is applied to a resistor, the resistance of the resistor will cause a drop in the voltage across it. This phenomenon is known as the voltage drop of the resistor. This voltage drop is determined by the resistance of the resistor and the amount of current flowing through it. In the case of the RER50F1960RC02, this voltage drop is very low, making it ideal for high accuracy applications.

The RER50F1960RC02 also boasts very low inductance and thermal EMF, which makes it highly suited for precision applications. Its low inductance and thermal EMF ratings ensure that any current flowing through the resistor is precise and that the voltage drop is small. This in turn ensures that the resistor can accurately control the current to the desired voltage level.

Conclusion

The RER50F1960RC02 is an advanced chassis mount type resistor. It has an excellent accuracy and temperature rating, as well as RoHS compliance, low inductance, low thermal EMF, a durable coating, and low noise ratings. All of these features make it suitable for a wide range of applications in the automotive, industrial, or consumer industries. Furthermore, its low inductance and thermal EMF ratings enable it to accurately control the current to the desired voltage level, making it perfect for precision applications such as computing and communication devices.

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