RN60E2002DBSL

Through Hole Resistors

The RN60E2002DBSL is an array of 4 wire wound resistors that are packaged together in a through hole configuration. It is designed for applications where high voltage and high power dissipation is required. The package size is optimum for low profile applications and the package allows for minimal components. In addition, the RN60e2002DBSL is economical and has a wide variety of resistance values.

The RN60E2002DBSL is typically used in power circuits such as inverters, AC/DC power supplies, or motor drives. It is also used in precision circuits such as voltage references and audio amplifiers. The Through Hole configuration of the RN60E2002DBSL allows for better heat dissipation than surface mount resistors and makes them suitable for these high power applications.

RN60E2002DBSL Working Principle

The RN60E2002DBSL is an array of four separate wire wound resistors that are electrically insulated from each other. The design is such that one of the four resistors is a center tap allowing two resistors to be wired in series or parallel depending on the application.

The working principle of the RN60E2002DBSL is based on Ohm\'s Law, which states that the current passing through a resistor is ratio of the applied voltage to the resistance. In the case of the RN60E2002DBSL, the resistance is determined by the size of the wire and the number of wraps around the core of the resistor. The larger the wire and the more wraps of the wire, the higher the resistance. This allows for a wide range of resistance values in the RN60E2002DBSL package.

In addition to the basic principles of Ohm\'s Law, the RN60E2002DBSL also takes into account the inductance of the wire wound resistors. Inductance is the ability of a wire wound resistor to store energy and resist changes in current. The RN60E2002DBSL has a low inductance which allows it to be used in applications requiring high frequency response from the resistor.

Conclusion

The RN60E2002DBSL is an array of four wire wound resistors packaged into a through hole configuration. The Through Hole Resistor is used in many high power circuits for its high voltage and power dissipation capabilities and its low inductance. It also allows for a wide variety of resistance values and offers economical solutions for applications requiring a high power resistor.