FMP100FRE52-182K

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The FMP100FRE52-182K through hole resistor is part of a wide range of electronic resistors designed and manufactured by Yageo Corporation. Its particular series of resistors is of a high-precision type, with individual power ratings ranging from 0.25W to 5W. The FMP100FRE52-182K is especially notable for its combination of high-precision and small size, as its dimensions are an extremely small 0.37 inch diameter x 0.46 inch length. This makes it a great choice for applications where space is limited, yet a high degree of accuracy is required.

The primary application of the FMP100FRE52-182K through hole resistor is in high-precision electronics, such as medical equipment and scientific instruments. This is due to its small size and high accuracy, which optimizes circuit performance and operation. It can also be used in industrial applications, such as machine control and motion control; it is highly appreciated for its exceptional accuracy characteristics, combined with its reliable performance and longevity.

The working principle behind the FMP100FRE52-182K through hole resistor is Ohm’s Law. Through common circuit theory, a resistor can be used to introduce resistance into a circuit, which will cause a reduction in current flow. Ohm’s Law states that current, measured in Amps, is directly proportional to voltage, measured in Volts, across the resistor when the resistance is held constant. To calculate the resistance of the FMP100FRE52-182K through hole resistor, a simple formula can be used: Resistance (R) = V/I, where V is the measured voltage and I is the measured current.

The FMP100FRE52-182K through hole resistor is a valuable addition to the ever-growing market of electronic components available for sale today. With its small size and high precision, it is ideally suited for a number of applications, ranging from medical equipment and scientific instruments to industrial machine control and motion control. Furthermore, its easy-to-understand working principle, based on Ohm’s Law, makes it a great choice for precision engineering projects.

The specific data is subject to PDF, and the above content is for reference