FMP100FBE52-2K2

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Through Hole Resistors have come a long way over the years, and as technology and innovation continues to evolve, so too does the role of Through Hole Resistors in modern electronics. With this in mind, FMP100FBE52-2K2 is the latest model of Through Hole Resistors available, designed to maximize performance while taking up minimal space in the application.The FMP100FBE52-2K2 resistor is designed as a thin film resistor chip with a maximum rated power of 2W. This makes it ideal for applications for which regular resistors require multiple resistors connected in parallel, such as automotive power applications, power supply monitoring, LED drivers and other types of circuit protection. This resistor is also able to operate at temperatures up to 155°C. This FMP100FBE52-2K2 resistor is ideal for areas where a high power, reliable and compact resistors are ideal. Such as automotive power systems, high power inverters, control systems and motor control systems, as well as for industrial automation. The resistor is also resistant to extreme temperatures and high temperatures, making it perfect for applications within power transmission and combustion engines.This 2W through hole resistor chip has a higher power level than many conventional resistors, and allows for maximum utilization of the space in the application. The resistor’s design allows for high heat dissipation and thus, improved reliability and efficiency. It also features an optimized heat dissipation system with a large SMD metal base that increases thermal dissipation and stability.This chip is also highly vibration resistant, and its low ESR (Equivalent Series Resistance) ensures high current accuracy for better electrical performance. It is also designed to withstand higher AC/DC currents, enabling more efficient and reliable current control.The working principle of this FMP100FBE52-2K2 resistor is based on the resistance of the semiconductor material employed. A positive voltage is applied to the chip, and this voltage will generate a current flow through the resistor. The value of the current is determined by the resistance of the material and is thus used to control the flow of current within the application. In conclusion, FMP100FBE52-2K2 is a reliable and efficient through hole resistor designed to deliver maximum performance while taking up minimal space in the application. With its high performance, design flexibility and optimal heat dissipation, it is perfect for applications in areas such as automotive power, control systems and industrial automation.

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