MFR1WSFRF52-64K9

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Through hole resistors are one of the most basic components found in common electronics and electrical systems. The MFR1WSFRF52-64K9 specifically, has a wide range of applications in the industry. The various features make it suitable for a lot of different applications ranging from limited power applications all the way to high-end industrial applications.

MFR1WSFRF52-64K9 is an axial lead mounted through-hole resistor. Its power rating is 33 mW at a 6.3 V applied voltage. The resistor has an excellent temperature coefficient of ±1000 ppm, allowing it to provide stable performance over a wide temperature range. The temperature coefficient also helps to facilitate precise design and measurements with this resistor.

MFR1WSFRF52-64K9 can be used in many electronic applications such as in voltage dividers, bridge networks, as a pull-up resistor, or as an impedance-matching device. It can also be used as a current limiter in power supplies or circuits. Moreover, this resistor is compatible with various circuit configurations like resistive-divider circuits, current-limiting circuits, current sensing circuits, and voltage regulation.

The working principle of this resistor is simple. It works by limiting the current in the circuit as per the desired value depending on the applied voltage. This limits the amount of voltage flowing through the device, thus preventing excessive current from damaging the circuit. The resistor works by absorbing some of the energy from the electric current, thus decreasing the power in the specific parts of a circuit. This helps in controlling the amount of power in certain sections of the circuit without having a negative effect on other parts.

In conclusion, the MFR1WSFRF52-64K9 through-hole resistor is a highly versatile component and can be used for a wide variety of applications. Its excellent temperature coefficient and highly stable performance make it a great choice for industrial applications. It is also ideal for residential and commercial purposes due to its simple working principle and great current limiting capabilities.

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