RN65D5002FR36

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Through Hole Resistors are a type of electronic component in the field of electrical engineering. They are used for a variety of applications, from the filtering of signals to the production of temperature-stable voltages. One type of Through Hole Resistor is the RN65D5002FR36, which is a carbon composition resistor with a power rating of 500 mW and a resistance range of 36 Ω.

The application field of the RN65D5002FR36 includes power supplies and pulse circuits, where their stability of resistance over a range of temperatures is often a requirement. They are also used in amplifier circuits and as components in Internet of Things (IoT) applications, making them a versatile device.

The principle by which the RN65D5002FR36 works is the same as that of all Through Hole Resistor components: They consist of a cylinder that is filled with carbon or ceramic material. As an electrical current is applied to the resistor, it dissipates the energy of the current as heat, creating an electrical resistance. The amount of resistance is determined by the material used in the cylinder, and the size of the cylinder. In the case of the RN65D5002FR36, the resistance range is 36 Ohms. The resistor also has the ability to withstand high temperatures and high frequencies, making it ideal for use in environments where temperature or speed is a factor.

The RN65D5002FR36 has the capacity to withstand a high power rating of 500 mW, ensuring that it can handle large applications without the risk of malfunction. In terms of their physical shape, they are designed with a square shape and pins for mounting. As a result, they are able to fit inside of an IC chip package without taking up too much space.

Overall, the RN65D5002FR36 is a versatile and reliable Through Hole Resistor, capable of safely and efficiently dissipating electric current in a range of applications. Its ability to withstand high powers as well as high temperatures and frequencies make it an ideal choice for a variety of applications, including power supplies, pulse circuits, and IoT components.

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