FMP100FRE52-1R33

Through hole resistors are components that are used to reduce the flow of electricity in a circuit. The FMP100FRE52-1R33 is a through hole resistor from the FMP100 series of products produced by Vishay. It comes in an axial-lead form factor and utilizes a ceramic body. The device has a resistance of 10 kilohms, a maximum power rating of 350 mW, and a ± 10% tolerance.

The FMP100FRE52-1R33 is primarily used to provide a stable flow of current in a circuit, thereby reducing the possibility of component damage due to sudden surges in power. The resistor also has a wide operating temperature range, making it an ideal choice for applications that require a reliable performance even in extreme environments. The rugged design of the component, coupled with its high resistance rating, makes it highly suitable for use in industrial and automotive applications.

As far as working principle is concerned, the FMP100FRE52-1R33 follows the same principles as other resistors. When a current is applied across the two leads of the components, it restricts the flow of electricity which causes a voltage drop and generates heat in the process. This results in reduced voltage at the output end which can then be used to control a motor, LED, or other such components.

The device is also known for its high stability, allowing for reliable performance even in the presence of high temperatures and other harsh environmental factors. In addition, the FMP100FRE52-1R33 offers a good safety margin, meaning that it can handle more power than its stated power rating. This feature ensures that the resistor does not fail prematurely even under extreme conditions.

In conclusion, the FMP100FRE52-1R33 offers an excellent combination of features making it an ideal choice for many applications. Its high resistance capacity, wide operating range, and reliable performance makes it well-suited for use in industrial and automotive applications. The device also offers good stability and a high safety margin, allowing it to withstand even the most rugged environments.