RNC60J3470BSRE6

Through Hole Resistors

A through hole resistor is a basic two-terminal electrical component that is used to reduce the current flow and add resistance to a circuit. It is typically composed of an insulating material filled with some conducting material, such as carbon, to form a resistor. The body of the resistor is then connected to terminal leads, which are then placed through an insulating hole in a printed circuit board (PCB). The resistor’s size and shape is usually determined by the application, as different sizes of resistor are suitable for different kinds of circuits.

RNC60J3470BSRE6 Application Field and Working Principle

The RNC60J3470BSRE6 is a through hole resistor that consists of a metal oxide film and two metal end caps. This device is useful in many different applications, such as low-current signal-level circuitry, supply filtering, coupling, and d.c. isolation. The metal end caps provide excellent solderability, while the metal oxide film ensures good long-term stability and low power dissipation. The size of the resistor is an impressive 60mm x 53mm, which is sufficient for most applications.

The RNC60J3470BSRE6 operates on a basic working principle – when a voltage is applied across its terminals, a current flows through the device. This current is resisted and lowered to a specified level. The amount of resistance offered by the resistor depends on the materials and construction, as well as the ohm rating of the resistor. The ohm rating of the resistor is fixed at 7.4 ohms, and the maximum wattage it can handle is 4 watts.

In terms of performance, the RNC60J3470BSRE6 offers a low temperature coefficient, as well as excellent high-frequency performance. Its low thermal resistance ensures that it dissipates heat quickly and evenly, making it suitable for a variety of applications. Furthermore, the RNC60J3470BSRE6 also offers excellent immunity to noise and electromagnetic interference.

In conclusion, the RNC60J3470BSRE6 through hole resistor offers good performance, stability, and compatibility in a wide range of electrical applications. It is suitable for low-current signal-level circuitry, supply filtering, coupling, and d.c. isolation. Furthermore, its metal oxide film and metal end caps ensure good long-term stability and low power dissipation.