MGM12JT470K

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Through hole resistors are components that provide resistance to the electrical current flow in a circuit. They are used to control the flow and direction of current, or to simply limit the voltage applied to other components in the circuit. The resistor used in this discussion is the MGM12JT470K, which is designed as an axial leaded resistor with a maximum power rating of 1/4 watts.

The MGM12JT470K is most commonly used in devices and applications that require a high precision, low voltage resistor. This resistor is ideal for low pass filters, snubber circuits, signal limiting, pulse and signal processing, and general feedback and load applications. These components can also be used in signal conditioning and medical applications.

When used in these applications, a resistor acts as a voltage limiter, or current regulator, allowing current to flow within a set amount, and in certain directions. This allows the circuit to operate safely and efficiently. The MGM12JT470K resistor is designed to handle up to 1 watt of power, and operate in temperatures ranging from -55°C to +135°C.

The MGM12JT470K resistor is based on a carbon film and ceramic construction. It has a tolerance of 5% and is available in several values, ranging from 470R to 4.7K ohms. The resistor is 1/4” in size, with a lead spacing of 0.25” on center. The body of the resistor is flame retardant, with a flame-resistant band and thus is capable of withstanding high temperatures.

The working principle of the MGM12JT470K is simple. The resistor is designed to provide resistance to the current flow in the circuit. It works by using the material that its wire is made of to control the amount of current that flows through it. This regulating mechanism limits the current supply, thus preventing any circuit components from receiving too much current.

These resistors are reliable, affordably priced and easy to use, making them the perfect choice for a variety of applications. They are a reliable, efficient, cost-effective way to regulate current, and to protect delicate components from being damaged by excessive levels of current.

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