MFR100FTE52-698K

Through Hole Resistors are a type of resistor widely used in the electronics industry. The MFR100FTE52-698K is one of the Through Hole Resistors in the industry. This article aims to discuss the application field and working principle of MFR100FTE52-698K Through Hole Resistors.

MFR100FTE52-698K is a four-terminal Through Hole Resistor, which has a metal film structure and a lead size of 1/4W. It is mainly used in electronic circuits, and its resistance range is 10Ohms to 1MOhms. The resistor is mainly used as a passive element in the circuit. It can reduce the current flowing through the circuit, stabilize the working voltage of the circuit, and also prevent voltage or current overload.

The working principle of MFR100FTE52-698K Through Hole Resistor is based on the principle of ohm\'s law. According to Ohm\'s law, there is a linear relationship between current and voltage in an electrical circuit. This means that when the voltage is constant, the current is also constant, and vice versa. When the current is increased, the voltage will increase proportionally. When a resistor is added to the circuit, it can act as a buffer, reducing the resistance of the circuit. As the resistance of the circuit is reduced, the current is also reduced, which in turn reduces the voltage. This is how the MFR100FTE52-698K Through Hole Resistor works.

In addition to stabilizing the voltage and current in the circuit, the MFR100FTE52-698K Through Hole Resistor is also used for energy saving. When the voltage in the circuit is too high, it can use the resistor to reduce the energy consumption. In this way, the same working effect can be achieved with less energy consumption, which is more energy-saving and efficient.

In conclusion, MFR100FTE52-698K Through Hole Resistor is a widely used resistor in the industry. Its application field covers the stabilization of voltage and current in electronic circuits, as well as energy savings. The working principle is based on Ohm\'s law. It is a very common and essential passive component in electronic circuits.