RNC50H2321BSRSL

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Through Hole Resistors have been used in many applications involving power systems. The RNC50H2321BSRSL is a general-purpose resistor with excellent temperature stability and low noise performance. It is designed for use in high current, high voltage applications such as industrial motor control, lighting and solar photovoltaic systems. The resistance range is from 1Ω to 20KΩ, and its power ratings are up to 4W.

Application Field of RNC50H2321BSRSL:

RNC50H2321BSRSL Through Hole Resistors can be used in various applications, such as starting resistors, bleeder resistors, ballast resistors, current-limiting resistors, and over-voltage protection. It is widely used in various types of electronic equipment, automotive fields, mobile phone fields, medical fields, mechanical fields, home appliances fields.

Working Principle of RNC50H2321BSRSL:

The RNC50H2321BSRSL consists of a curved silicon resistive element with an end termination, with high performance material layers on a printed circuit board (PCB). The resistance value is accurately determined by its geometry and number of layers. When voltage is applied across the resistor, a current flows through the resistor, and a voltage drop occurs across it. The higher the current, the higher the voltage drop, and the more the power dissipated.

The curve on the silicon resistive element has a special shape, allowing it to withstand higher temperatures and higher power than traditional resistors. The high performance material layers also help to reduce the amount of heat generated by the resistor, maintaining low noise performance. This combination of features makes the RNC50H2321BSRSL an ideal choice for high power applications.

RNC50H2321BSRSL Through Hole Resistors are high performance resistors, with low temperature drift, high reliability, long life, and low noise performance. They are suitable for various power applications such as industrial motor control, power supply systems, lighting, solar photovoltaic systems, vehicle electronics, and consumer electronics.

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