FM0207FTE52-47R

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Through-hole resistors are an essential component of electronic design and require little explanation. Most often, these resistors have an identifying number printed on their body that helps engineers determine their values. The FM0207FTE52-47R is a through-hole resistor, and it has specific application fields and a working principle that make it a go-to choice for engineers in certain situations.

The FM0207FTE52-47R has a list of features designed for a specific application field. It comes with a small but advantageous case size and has the advantage of using very little board space. It is also designed for high-temperature operation, with a maximum rated operating temperature of 125°C. It also has a wide range of power dissipation. For the range of applications in which it is used, the wide temperature range and medium power level make it an ideal choice for engineers.

The FM0207FTE52-47R also has a long useful life, which is essential in many applications. It is designed to last an impressive 5,000 hours at full temperature and has an expected life of 10,000 hours, as compared to conventional resistors which have an expected life of 500 to 1,000 hours. This long life makes it ideal for use in difficult environmental conditions.

The FM0207FTE52-47R also relies on a working principle that makes it easy to use in many different locations. As a resistor, it has two electrical leads which are connected to the power source and the load. When the two leads are closed, the resistor reduces the current that passes through it. This works on an inverse relation, meaning the higher the resistance, the lower the current, and vice versa. Additionally, a resistor can also be used for insulation between two circuits, and the lower its resistance, the larger the current passing through.

The FM0207FTE52-47R is an effective choice for an engineer looking for a reliable through-hole resistor. It has a case size and temperature range that make it favorable for use in high power applications, and a long expected life that makes it ideal for use in challenging environments. Additionally, its working principle makes it easy to integrate into an electrical circuit, providing reliable resistance adjustment.

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