PPN500JT-73-0R15

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Through Hole Resistors are a type of electronics component that consists of a length of wire containing an appropriate electric current resistance. They are frequently used to limit the flow of electricity in circuits in order to protect other components from damage due to electric overload. The PPN500JT-73-0R15 is a type of Through Hole Resistor with a value of 0.15 ohms and a wattage rating of 1/4 watt.

This type of Through Hole Resistor is most commonly used in circuit applications where a high degree of accuracy is not required. It is most often used in general-purpose switching and research and development applications. Because of its size and resistance rating, it is ideal for high frequencies and high-speed circuits.

The PPN500JT-73-0R15 Through Hole Resistor functions by decreasing voltage or dissipating power, as well as limiting current in either analog or digital circuits. This is accomplished through a threaded lead wire that passes through a ceramic-based insulating material, which in turn is electrically connected to one of the wires. The other wire is then connected to the opposite end of the resistor. As electricity passes through this resistor, it is resisted, and the voltage and/or power is dissipated accordingly.

These particular Through Hole Resistors are very hardy, as each is designed with a special lead wire that can operate up to 2400 volts and 10 Amps. This makes them ideal for use in high voltage and high current circuits. Each resistor also includes a special ceramic coating to increase its resistance to thermal shock, excessive temperature, and chemical exposure.

In summary, the PPN500JT-73-0R15 Through Hole Resistor is a type of electronics component that is most often used in general-purpose switching and research and development applications. It is designed to provide a high degree of resistance to electricity, allowing circuits to operate safely. This type of resistor can withstand up to 2400 volts and 10 Amps, and includes a special ceramic coating to increase its resistance to temperature, thermal shock, and chemical exposure.

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