FMP100FBE52-16R5

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Through-Hole Resistors are used in the production of electrical and electronic circuits for their ability to withstand current flow and heat dissipation. FMP100FBE52-16R5 (FMP) is a general purpose through-hole resistor. It is an oxide coated, metal-clad, tubular, radial-leaded, non-inductive style of resistor that offers high reliability, low temperature coefficients, higher pulse power capacity, and high stability over a wide temperature range.

FMP resistors are ideal for use in applications where stability over a wide voltage range is required, such as a power supply or motor control system. These resistors can also be used for high-frequency operations, such as analog to digital conversion, since they provide a high degree of accuracy and reliability.

The working principle of the FMP resistor is fairly simple. When a current passes through the resistor, a small voltage is generated across the resistor terminals. This voltage is then measured and converted into a resistance value. This resistance value is then used to control current flow and heat dissipation in an electronic system. The resistance value can be calculated using the voltage and current equations that are applicable to resistors.

FMP resistors can be used in a variety of applications. These include power electronics, audio electronics, communication systems, instrumentation, automotive, aerospace, and medical. In power electronics, these resistors are often used to control the current flow and prevent overheating of the circuit. In audio electronics, they are used to equalize the signal and reduce unwanted noise. In communication systems, these resistors are used to maintain the desired signal strength and prevent interference. In instrumentation, the resistors are used to measure electrical signals. In automotive and aerospace applications, they can be used for temperature sensing and current limiting. And in medical devices, they can be used to measure blood pressure.

FMP resistors can also be used in LED lighting systems. These resistors are often used in these systems to limit the current drawn from the LED driver and ensure that the LED does not operate at too high a voltage. This helps to reduce the risk of LED failure due to overvoltage. In addition, these resistors can be used for temperature control in these systems since they have a relatively low temperature coefficient.

FMP resistors are also widely used in heating and cooling systems due to their low temperature coefficient and high power handling capabilities. These resistors are especially useful in systems that require precision temperature control such as industrial and laboratory equipment. They can be used to measure temperature or to control a temperature setpoint.

Overall, FMP resistors are very versatile devices with a wide range of application fields. They are reliable, operate with low temperature coefficients, have high stability, and are able to handle high pulse power capacities. This makes them ideal for use in a variety of applications, from power electronics to LED lighting and heating and cooling systems.

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