RSF100JT-73-36R

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Through hole resistors are electronic components used to limit current flow and resist changes in voltage. RSF100JT-73-36R is a popular type of through hole resistor, which has a wide range of applications and works by controlling the resistance to energy flow. In this article, we will look at the application field and working principle of RSF100JT-73-36R.

RSF100JT-73-36R is a low carbon chromium ferrule resistor with a vertical mounting tab, which is widely used in industrial control and power supply equipment. It has a high resistance to dry and humid environments and features high stability and temperature coefficient. Its applications include power supply units, switching power supplies, automotive circuit protection, solar arrays, medical equipment, telecommunication systems, and many more.

RSF100JT-73-36R works by restricting the flow of electrical current through a circuit. The resistance is determined by the composition of the material the resistor is made out of, the physical size of the resistor, and the amount of current passing through it. The resistance directly affects the amount of power the resistor can dissipate, which is determined by the current squared times the resistance (P = I2 × R). The resistance of the resistor is directly proportional to the amount of current that flows through it, while the voltage across the resistor is inversely proportional.

In addition to the application and working principle of RSF100JT-73-36R, it is important to consider the limitations of this component. The resistance values of the resistor are not fixed and depend on temperature, so they need to be adjusted regularly. Furthermore, the lifespan of the resistor is determined by the power dissipated by it and its environment, so it is important to keep the power dissipation within the prescribed limits.

In summary, RSF100JT-73-36R is a popular type of through hole resistor that has a wide range of applications in industrial control and power supply units. It works by controlling the resistance to energy flow, and its resistance values are not fixed and depend on temperature. It is important to keep the power dissipated by the resistor within the prescribed limits and to adjust its resistance values regularly in order to ensure its long-term reliability.

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