CFM12JT100K Resistors

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When it comes to through hole resistors, the CFM12JT100K is one of the most popular options available on the market today. With a wide range of applications from low power circuits to high power networks, it\'s no wonder that this resistor is a top choice amongst engineers. In this article, we\'ll cover the basics of the CFM12JT100K, its application fields and how it works.

The CFM12JT100K is an axial lead resistor, meaning it has leads that come out the side of the component\'s body on both ends. It\'s rated for 100K ohms and comes in a standard 5% carbon film package. It has an operating temperature of up to 250°C and its maximum power dissipation is 2W.

The CFM12JT100K is used in a wide variety of electronics and electrical engineering applications. It\'s often used as a resistor in low power to mid-power circuits, as it can handle up to 2W of power dissipation. It\'s also used in higher end systems, such as in pulse and switching circuits, as well as in power management applications. The axial lead design also makes it suitable for use as a jumper or in twisted pair applications. It\'s also commonly used for decoupling and filtering applications.

The CFM12JT100K works similarly to other axial lead resistors. It operates by limiting the amount of electric current that can pass through it. It does this by creating a voltage drop across its terminals, which in turn limits the current that can flow through it. This is determined by the resistor\'s resistance value, which, in this case, is 100K ohms. The resistor is designed to be able to handle up to 2W of power dissipation, meaning it\'s suitable for use in low to mid-power circuits.

The CFM12JT100K is a popular axial lead resistor that is used in a variety of applications, from low power circuits to more challenging pulse and switching applications. It\'s rated for up to 2W of power dissipation and is constructed of a standard 5% carbon film package. It\'s operated by creating a voltage drop across its terminals that limits the current that can pass through it, which is determined by its resistance value in ohms. It\'s an ideal choice when you need a resistor that can handle more power than what\'s provided by standard SMD resistors.

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