PPN500JT-73-2K7

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Through Hole Resistors are electronic components that are used in a wide range of electrical and electronic circuits. They are very important as they can act as a source of power or as a resistance to limit the amount of electrical current flowing through a circuit. The PPN500JT-73-2K7 is a through-hole resistor that is widely used in various applications and has a unique working principle.

The PPN500JT-73-2K7 is designed to provide excellent temperature coefficients, minimal noise and low power dissipation. It operates at a maximum temperature of 125°C, has a tolerable level of 10%, and is particularly suitable for high-frequency and high-temperature applications. Its features make it a popular choice for applications including power supplies, instrumentation, automotive electronics, LED lighting and automation systems.

The PPN500JT-73-2K7 through hole resistor works on the principle of a wire-wound resistor, which is formed by winding a combination of metal wire and dielectric material around a ceramic core. This wire-wound structure ensures that resistance is stable and uniform. In addition, the PPN500JT-73-2K7 also features a low profile, which reduces the risk of contact with other components. This makes it ideal for use in densely packed circuits.

The PPN500JT-73-2K7 has a wide range of applications. It is commonly used to control the flow of current, to reduce noise, and to protect circuits from over-voltage. Furthermore, it can also be used to adjust the sensitivity of electronic equipment, as well as to act as a shunt in order to measure current. It is also used as a temperature sensor, since its resistance changes with temperature.

In conclusion, the PPN500JT-73-2K7 is an ideal through-hole resistor for a variety of applications, due to its wide range of features. It operates on the principle of a wire-wound resistor, which provides excellent performance and stability. Furthermore, its low profile and excellent temperature coefficients make it an ideal choice for high-frequency and high-temperature applications. Thanks to its flexibility, it has numerous uses, such as current control, noise reduction, and temperature sensing.

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