RNC50H4023FSR36 Datasheet/PDFRNC50H4023FSR36 type of Through Hole Resistors is used in a variety of applications in the modern world. This resistor is of high resistance and has a specialized design that enables it to be used under environments with high temperature, humidity, and in vibration environments.
These resistors are used for a wide range of applications including motor control, power regulation, entertainment, data processing and communication, automotive, medical, and industrial applications.
In addition to The various applications, the RNC50H4023FSR36 also has a high temperature rating of 130°C, and some resistors are rated up to 150°C with suitable thermal characteristics.
The design of RNC50H4023FSR36 is an high-power, four-lug through-hole resistor, with an operating frequency of up to 200 kHz. It is designed for inrush current limiting, surge current limiting, and pulse current limiting. It offers long-term stability and excellent high temperature reliability.
RNC50H4023FSR36 type of Through Hole Resistors are built with multiple materials. First, the resistor body is usually made of a fired ceramic material with high thermal conductivity and a wide temperature range. Second, a metal heat spreader or sleeve is used to assist heat dissipation from the resistor core. Third, a thin dielectric oxide film is applied on the resistor core to increase the insulation resistance.
RNC50H4023FSR36 type of Through Hole Resistors function by utilizing the resistor’s small size and high power transfer level. The resistor is designed to limit current by absorbing and dissipating energy when the amount of current passing through it exceeds a certain level. The resistor creates a low impedance in the circuit which limits the amount of current that can flow through it and generates heat along the resistor, which is dissipated by its heat spreader.
Under normal operating conditions, the RNC50H4023FSR36 will carry the expected load current with minimum power losses as long as the temperature is not too high and the resistor is not overloaded. As the load current and/or temperature rises, the resistor’s ability to dissipate the heat generated will become less effective and the temperature of the resistor body will begin to rise. As the temperature of the resistor increases, the amount of heat that can be dissipated will decrease, leading to an increase in power loss.
When used in combination with other components, RNC50H4023FSR36 type of Through Hole Resistors provide a very effective and reliable way of controlling current levels, providing stable performance over extended periods of time. As a result, they are widely used in all types of electronic circuits and systems, from basic consumer electronics to sophisticated industrial applications.