FMP-50FR-52-226R

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Through hole resistors, which include FMP−50FR−52−226Rs, are often used for electronic circuitry applications, especially in areas where space is limited. Specifically, they are typically used in military and aerospace applications, automotive electronics, robotics, and medical equipment.

FMP−50FR−52−226Rs are resistors designed to provide precision and reliability in all temperatures. They feature a low resistance of 50 ohm with a tolerance of ±5 percent, a Power-Rating of 1/4 W and a high temperature range from -55°C to +135°C, making them suitable for both military and industrial applications. At this resistance, they are suitable for precision control of voltage or current, such as in high-accuracy current measurement and voltage regulation. The combination of high-temperature range and 1/4 W Power-Rating make FMP−50FR−52−226Rs highly reliable for temperature-sensitive applications.

In terms of functionality, FMP−50FR−52−226R resistors are used as load-current limiting devices, voltage regulators, and current protection devices, while providing a reliable performance over a wide range of temperatures. This makes them particularly well-suited for applications that require both high accuracy and reliability. As such, they are not only used in military and aerospace applications, but also in electrical wiring, communications systems, Measuring systems, power electronics and semiconductor devices.

In addition, FMP-50FR-52-226Rs are also used for temperature compensation. Due to their high temperature range and low resistance value of 50Ω, these resistors can be used to compensate for temperature variations, allowing for a more stable and accurate performance over long term usage. This feature makes them ideal for automotive electronics, where temperature compensation is often required.

In terms of working principle, FMP−50FR−52−226Rs are essentially a current-regulating device regulated by ohmic heating of a resistor element wrapped in a special metal case that gives it the required thermal characteristics. When current passes through the resistor, ohmic heating causes the resistor element to heat up; this raises its resistance and lowers the current through it, thus creating a feedback effect that results in a regulated current output.

The combination of such features make FMP−50FR−52−226Rs perfect resistors, especially for high-precision, temperature-sensitive, and long-term reliable applications. They are a choice of resistors for many military and aerospace applications, automotive electronics, robotics and medical equipment. Moreover, they are often used for applications that require accurate and reliable performance over a wide range of temperatures, in addition to being suitable for current protection, voltage regulation, and temperature compensation.

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