FMP200FRF52-30K

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

Through Hole Resistors are electronic components that use a specific design and material to limit or regulate the flow of an electric current. The FMP200FRF52-30K is a through-hole resistor with a resistance of around 2k ohms and is a part of the BEYSCHLAG FMP 200FRF FR series, which are current sense resistors.

Application Field of FMP200FRF52-30K

FMP200FRF52-30K through-hole resistors offer a high precision and are widely used in high-precision current sensing applications. Such applications include automotive electrohydraulic power steering systems, electric motor drives and instrumentation systems. They are also useful in power supplies, amplifiers, and many other operational amplifiers. Additionally, the FMP200FRF52-30K through-hole resistors are suitable for power-switching supply applications as they offer a high-stability current sensing.

Working Principle of FMP200FRF52-30K

The FMP200FRF52-30K through-hole resistor works in a similar manner to a regular resistor. It is composed of tantalum nitride linings and a ceramic body. The power and current are applied through the body, and due to the high-quality material used in the linings, it has an excellent power dissipation ability. The element provides stability at high frequencies, good protection against surge currents, and ensures the linearity of the load current, even in cases of extreme fluctuations in the power voltage. The element works on the basis of the Ohm law which states that the voltage and current are bound together by resistance, and as the resistance increases, the current decreases.

The FMP200FRF52-30K through-hole resistor has a decreasing resistance value as the temperature increases, and for power measurement applications, this could mean precise control of current with the help of thermal drift compensation. The resistor reduces the chances of burnout, and its construction material allows for high-regulation output. The components also provide high self-heating as compared to its similar through-hole resistors.

Conclusion

The FMP200FRF52-30K through-hole resistors have many advantages for current sensing applications. The materials used in its build are of the highest quality, and the element ensures high precision and stability. Another significant benefit it offers is thermal drift compensation, allowing exact control of current in variable temperature conditions. The working principle of the through-hole is based on the Ohm law, and its components deliver improved power dissipation performance compared to its equivalents.

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