FMF100FTF52-150K

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Through Hole Resistors are small electronic components found in many electronic devices. FMF100FTF52-150K is one such resistor often used in applications requiring a wide range of resistance values. It is part of the family of through-hole resistors, which are commonly utilized in many circuit designs due to their size, cost, and availability.

The FMF100FTF52-150K is a through-hole resistor constructed of a ceramic core with nickel-plated copper leads. It measures 4.6 mm x 14.1 mm and comes in a variety of resistances from 150 ohms to 150K ohms. It is available in an axial format, with the leads protruding from both ends. The resistor has a temperature range of -55°C to 125°C and has a power rating of 1/4W.

The FMF100FTF52-150K can be used in a variety of applications, such as high frequency circuits, high power circuits, and digital circuits. It is also useful for controlling current among various components in a circuit. Due to its small size, it can also be used in situations where space is limited.

The FMF100FTF52-150K utilizes a standard Ohm\'s law formula to determine the amount of resistance needed for any given current. The formula is R=V/I, where R is the resistance, V is the voltage applied, and I is the current flowing through the resistor. This allows the current to be controlled by adding or removing resistance. For example, if V is 3 volts and I is 0.15 amps, then the resistance required to limit the current to this amount is 20 ohms.

The FMF100FTF52-150K is also able to dissipate heat very effectively. This helps ensure that no damage occurs as a result of overheating. The component is also highly reliable and long-lasting due to its construction materials and internal construction, allowing it to be used in demanding applications.

Overall, the FMF100FTF52-150K is a versatile resistor which can be used in a variety of applications, from low frequency circuits to high power circuits. Its small size and reliable performance make it an ideal choice for many projects. With its wide range of resistances and dissipative heat capacity, it is an essential component for any circuit design.

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