KNP100JT-52-12R

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Through Hole Resistors can be used in various applications. One example is the KNP100JT-52-12R. It is a fixed-value resistor that can handle voltage up to 400V, with a power rating of 5W. It is also temperature resistant up to 125°C. This particular resistor is also designed to be used for higher power applications.

The KNP100JT-52-12R is a surface mount resistor with leads that are long enough to connect through a hole in a printed circuit board. The lead design of the resistor allows it to be soldered onto the board quickly and easily. The leads can also be bent to fit into the holes that are required.

The working principle of the KNP100JT-52-12R is similar to other resistors. It is composed of a ceramic material, which acts as an insulator, and a metal layer, which acts as a conductor. As current flows through the resistor, the metal layer works to reduce the amount of current flowing through the resistor. This reduction is known as resistance.

The KNP100JT-52-12R is most commonly used in power applications such as lighting, charging, and motor control. Its high power rating makes it suitable for these applications, as it can handle large amounts of current. It can also be used in other applications, such as amplifiers, where a more precise control of current is needed.

The KNP100JT-52-12R is also an ideal choice for Pulse Width Modulation (PWM) applications. It is specially designed to provide a smooth and close to linear resistance. This allows the resistor to maintain its resistance even when subjected to high frequency signals. This makes it ideal for PWM applications that require precise control of current.

The KNP100JT-52-12R is a popular choice for a wide range of applications, due to its reliability and excellent performance. Its ceramic and metal design provide superior heat and electrical insulation, making it a safe and reliable solution for use in high power applications. Its long leads allow for easy installation in printed circuit boards, and its ability to maintain its resistance when subjected to high frequency signals makes it an ideal choice for use in various pulse width modulation applications.

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