RER75F8450RC02

Chassis mount resistors are an important component in near all electronic circuits.

It is critical to understand the field of application and working principle of the resistor before use. This article looks a RER75F8450RC02 resistor which is a commonly used resistor with its application field and working principle.

Application field

RER75F8450RC02 resistor can be applied in a variety of applications. It is used as current limiting resistor in many items such as lighting system, circuit regulating system, audio industry, telecommunications, etc. It is utilized as a feedback resistor to control the loop gain of Voltage Control Equipment (VCE). Additionally, this resistor can be used to balance and filter the power currents or stabilize the voltage. It is also a useful component in DC switching applications and mixed-signal, high-speed, and precision digitizing analog products.

Working principle

RER75F8450RC02 resistor works on the principle of resistive voltage divider. Voltage divider is a passive linear circuit that produces an output voltage which is proportional to the input voltage. It consists of two resistors connected in series. The output of the voltage divider is determined by the ration of the resistance of two resistors that are connected in series. When used as a voltage divider, it is connected in between the power source and a load. The ratio of the output voltage to input voltage is determined by the AC input voltage, resistor value, and the load current.

RER75F8450RC02 resistor is a resistive type which may vary the resistance with change in temperature and physical stress or pressure. It is designed to have a nominal resistance and may have a low temperature coefficient of resistance, which means it maintains its desired resistance value within a specified operating temperature range. It also provides low rate of resistance to noise, interfering signals, and temperature variation.

In conclusion, RER75F8450RC02 resistor is applicable in many fields due to its ability to precisely control the voltage output in a wide range of operating conditions. It is a reliable component with a long life span and a low rate of resistance to noise, interfering signals, and temperature variation.