FMF100FTF52-15R

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Through-hole resistors are used in electrical and electronic circuits as a basic component for modifying currents or voltages. The FMF100FTF52-15R is a through-hole resistor that is engineered for power applications. It is an economical choice that will withstand a wide range of temperatures. This device is designed to meet demanding longevity and industrial reliability specifications. Understanding how to apply and operate the FMF100FTF52-15R is the key to effective protection and efficient performance.The FMF100FTF52-15R through-hole resistor is specifically designed to provide a high degree of thermal and electrical stability for current-limiting, power dissipation, surge protection, and other circuit protection applications. In addition to its high quality construction and reliable performance, this device has a wide operating temperature range of -55°C to +155°C. This makes it ideal for use in a variety of extreme environments.The FMF100FTF52-15R is composed of a core made up of metal-oxide-semiconductor (MOS) material and a molded epoxy body that contains two terminals. The core is designed to provide decreased heat generation and improved surge dissipation characteristics. The epoxy body ensures reliable insulation and environmental protection. This through-hole resistor is specifically designed to operate with currents up to 15 amperes and at extreme temperatures.The working principle of the FMF100FTF52-15R is similar to that of other through-hole resistors. It utilizes a combination of resistive and capacitive principles to regulate the flow of current within the device. The resistance is created by the MOS material, which is composed of several micro-layers. These layers provide a consistent, uniform resistive path for the current to travel through when the device is subjected to varying voltages. As the voltage across the device increases, the number of layers that are being traversed by the current will decrease, resulting in a higher level of resistance.When the FMF100FTF52-15R is subjected to high levels of current, the resistance created by the MOS material is sufficient to task. In order to reduce the amount of heat that is generated by the device, capacitive principles are used. This is accomplished by adding capacitive layers to the structure of the resistor. The capacitive layers act as a heat sink to dissipate the heat that is created by the device. As the temperature rises, the capacitive layers help to dissipate the excess heat energy and keep the device running at optimal efficiency.The FMF100FTF52-15R is the perfect choice for applications that require a reliable, high-performance, and long-lasting solution for managing current and voltage. This device is easy to install and provides a reliable and stable performance. Its wide operating temperature range makes it suitable for use in a variety of extreme environments. This through-hole resistor is also designed to provide superior surge protection and current-limiting capabilities. With its superior design and construction, the FMF100FTF52-15R is the ideal choice for any application that requires reliable power management.

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