RNC50H3012BSR36

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Through Hole Resistors are components used by electrical engineers to introduce resistance into a circuit. They offer high precision and stability, which makes them ideal for preventing excessive current from flowing and causing damage to components. The RNC50H3012BSR36 is a high voltage wirewound resistor, part of a family of resistors that offer high reliability and excellent performance in a variety of applications.

An RNC50H3012BSR36 resistor is rated for up to 36 kilovolts (kV) of rated voltage and current, and has a 10-ohm resistance. It is dynamically stable, with extremely tight tolerances of 0.1%, and has power rating of 50 watts. It is manufactured with heavy metals and including nickel chrome resistive element and thermally resilient ceramic housing. The components are impregnated with special resins, which provide excellent protection from moisture and ensure continuum working temperature.

The RNC50H3012BSR36 is highly suitable for a number of applications ranging from medical equipment to telecommunications systems. These resistors are widely used in high-frequency as well as high-voltage applications, where the resistance must remain stable, as well as in audio-frequency applications, where the low thermal noise makes them the perfect choice. They are also used as current controlling components in solar and electric vehicles and in power supplies. The high power and long-term stability make it a reliable choice in critical applications.

The key features of the RNC50H3012BSR36 include an operating temperature of -40°C to +155°C, temperature coefficient of 0.0001, Military specification, constructed with non-inductive winding, Heat shrinkable protective sleeve and anti-moisture coating. It can also be custom designed for charging and discharging precision voltage supplies, allowing high power and low operating noise.

At its core, the resistor works based on Ohm\'s Law. This law states that the current flow through a conductor is directly proportional to the voltage applied across it and inversely proportional to its resistance. By introducing resistance into a circuit, the flow of current can be restricted, thereby, limiting further current in the circuit.

The resistance in the RNC50H3012BSR36 is achieved by winding a conductive wire on an insulating material. When a voltage is applied to the two leads, electricity travels through the wire and produces heat. This heat is dissipated to the surrounding environment through the ceramic housing. The length of the wire determines the resistance, thus, producing a higher resistance for longer wire and a lower resistance for shorter wire.

The RNC50H3012BSR36 resistors enable engineers to establish precise resistor values for a variety of applications and are highly recommended for precision current control. Its broad operating temperature range and low temperature coefficient make it an excellent choice for applications with fluctuating temperatures. On top of all that, its dynamic stability ensures that the resistance of the resistor remains unchanged over years of operation.

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