RNC55H3012FPR36

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Through Hole Resistors play a vital role in the electrical industry, and one such device is the RNC55H3012FP-R36. This device is a product from the popular RNC55H line of resistors from Vishay. The device is a through hole power resistor with a power rating of 36 Watts, a maximum working temperature of +250 °C, and a tolerance of +/-0.1%.

The RNC55H3012FP-R36 is an ideal choice for applications in which low voltage and low power are desired, such as for precision control applications, telecom equipment, and energy-efficient electronics. The device can be used in circuits in which two or more resistors are connected in series or parallel to achieve a desired total resistance or current limitation.

The working principle of the RNC55H3012FP-R36 is quite simple. When a voltage is applied to the two terminals of the device, the resistance limits the current flowing through the two terminals. As the amount of current flowing through the device increases, the amount of power dissipation will increase. This results in a decrease in the voltage drop across the device. The resistance of the device is calculated by dividing the voltage drop across the device by the current. This is known as Ohm\'s law.

When selecting a resistor for an application, several factors should be taken into consideration, such as the maximum working temperature, power rating, and tolerance. The RNC55H3012FP-R36 has a maximum working temperature of +250 °C, a power rating of 36 Watts, and a tolerance of +/- 0.1%. Therefore, it is suitable for high power applications such as DC-DC converters or server power supplies.

In conclusion, the RNC55H3012FP-R36 is an ideal choice for precision control applications, telecom equipment, and energy-efficient electronics. Its maximum working temperature, power rating, and tolerance make it suitable for high power applications. Its working principle is simple; when a voltage is applied to the two terminals of the device, the resistance will limit the current flowing through the two terminals resulting in a decrease in the voltage drop across the device.

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