MF0207FTE52-1R18

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Through Hole Resistors are an essential component in the circuits, providing resistance, current limiting, and voltage dividing capabilities. The MF0207FTE52-1R18 is a high-quality, through-hole mounted resistor released by Murata Power Solutions. This resistor is a low cost, low power, single-sided through-hole resistor rated for a maximum power of 1.88 watts, meaning it can handle currents up to 300mA. Its TCR (temperature coefficient of resistance) is 0.2 %/ºC, and has a tolerances of ±1%. In terms of physical traits, it has a size code of 1816 and 2 terminals (pins). With its properties, this resistor can be used for various circuit applications, including filter networks, RF attenuators and amplifiers, and dynamic matching of antennas, as well as multiple voltage divider networks and circuits for pulse generation.

Among the benefits of the MF0207FTE52-1R18 resistor includes its high thermal capacity, good temperature grade and dissipation. Its height is also noteworthy due to its 57m height, making it one of the tallest through-hole resistors in its class. Its performance is also noteworthy, with a rated temperature of 125°C and rated voltage of 28 Vdc, with 275mW power at steady state. The MF0207FTE52-1R18 has also a good aging behavior, with a 0.25% maximum change in resistance after 10,000 hours.

This resistor offers a wide range of applications in many industrial and consumer-level electronic components. It can be used in power supplies, UPS systems, and dc-dc converters. Also, it is suitable for high speed level transitions circuits, signal switching stations and detectors. MF0207FTE52-1R18 can also be used in capacitive-sensing circuitry and serial data receiver applications, as it can reliably handle high frequencies. Such applications are common in TV remote control systems, video game controllers, and doorbells, among other wireless applications.

The working principle of MF0207FTE52-1R18 is based on the conduction of electricity via an element (resistor), whose behavior is based on the Ohm’s law. The element\'s resistance R acts as a parallel chain between two points of the circuit, creating a voltage drop between them, V=IR. The voltage drop is proportional to the current intensity and in inversely proportional to the resistance value, meaning that the current intensity is proportional to the reciprocal of the resistance, I=V/R.

In conclusion, the MF0207FTE52-1R18 resistor offers a wide range of applications due to its high thermal capacity and low steady-state power rating. It is suitable for high-frequency sensing and data transmission applications, power supplies, pulse generation, and voltage divider networks, among many others. It also operates based on the Ohm\'s law, in which the voltage drop between two points in a circuit is proportional to the current intensity and inversely proportional to the resistance value.

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