FMP-50JR-52-510R

Through Hole Resistors

Through hole resistors are a type of passive component used in electrical circuits to introduce resistance. They are characterized by their small size, low cost, and ease of use. They come in a variety of shapes and sizes, with wide-ranging values of resistance, temperature coefficients, and power ratings.

The FMP-50JR-52-510R resistor is a through-hole resistor with values of 4.7KOhm (±10%). It has a tolerance of ±10%, a power rating of 1/8 Watt and a temperature coefficient of -100PPM/°C. It also has a wide-range of applications in a variety of electronic circuits, including power supplies, voltage regulators and op-amps.

The working principle of FMP-50JR-52-510R resistors is the same as other resistors - they convert electrical energy into heat based on the current that passes through them. For example, when the voltage across a resistor is increased, current increases and the resistor produces heat. In the FMP-50JR-52-510R, the resistor is made up of a high-resistance material which, when subjected to a voltage, causes an electric current to flow through it. This current then results in a voltage drop across the resistor, known as Ohm\'s Law.

This resistor is an ideal choice for a variety of applications, such as circuits that require high-power or precision (such as voltage regulators), or high-temperature environments, where resistors with better temperature coefficients are required. The FMP-50JR-52-510R can also be used in applications where a high-accuracy resistor is needed, due to its precise values of resistance and temperature coefficient. These features make it a perfect choice for applications where stability and reliability are of critical importance.

Overall, the FMP-50JR-52-510R through hole resistor is a reliable and versatile component for a variety of applications. Its small size, low cost and accurate values of resistance make it an ideal choice for a variety of circuit designs. The temperature coefficient of the resistor also ensure that the values of resistance remain stable even under extreme temperature variations.