RN60C4930BBSL

Through Hole Resistors

Through hole resistors are available in widely varying shapes, sizes, ratings and power dissipations with styles including radial leaded, axial leaded or wire ended.

The RN60C4930BBSL (which also goes by the names 56k ohm 1/4W, 563 0204 B SL, and 56KQS) is a through hole resistor. It is in the form of a cylinder with metal-oxide-film. This resistor has a lead diameter of approximately 0.06 inches. The body has a total length of 0.36 inches. This resistor is rated for 0.25 Watts and has a tolerance of 5%.

RN60C4930BBSL Application Field and Working Principle

The RN60C4930BBSL provides great accuracy and stability. It is primarily used in consumer electronics and is mainly used in circuits that require precise resistances. It also finds uses in switching power supplies, inverter circuits, voltage regulation, amplifiers, and digital circuits.

The working principle of this device is very simple. The resistor has a spiral of metallized film, oxide deposited on the cylindrical body, which is covered with a flame-retardant coating containing an organic polymer (an electrically insulating material). When a current passes through the resistor, it generates an opposing force that limits the current passing through the resistor. This resistance is determined by the size of the loop, the material of the spiral, and the spacing between it.

As this resistor has a high tolerance, it is suitable for applications such as television receiver power supplies and automatic control for industrial machinery. With the increasing importance of power efficiency in today\'s world, devices like the RN60C4930BBSL can play an important role. These resistors present a low-impedance path to ground, which can reduce system power consumption.

Conclusion

In conclusion, the RN60C4930BBSL is a through hole resistor. It is often used in consumer electronics for providing precision control, and has extensive uses in the industrial and automotive markets. The resistor provides an excellent performance, accuracy and stability. Its low impedance path provides a system power saving option that can help reduce losses.