PNP10VJT-91-8R2

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Through Hole Resistors

Through hole resistors are a type of resistor that is designed to work in electronic circuitry. They are generally composed of a metal body and then a ceramic or glass-encased metal core, usually with a printed lead or metal-encased resistor core. Through hole resistors are available in various values, ranging from fractional ohms to megohms. The resistance value is usually printed or stamped onto the body of the resistor.

The PNP 10VJT-91-8R2 is a through hole resistor used in a variety of applications. It is a resistor with a resistance value of 10 ohms. It is composed of a metal body and a ceramic encased metal core. It has two metal leads that protrude through the body of the resistor and are terminated with a metal endcap. The overall size of the resistor is 0.064" square with a body length of 0.094" and a total lead length of 0.125".

The PNP 10VJT-91-8R2 is typically used in electronic equipment and devices requiring a resistor with a moderate power rating, as it has a power rating up to 2W. It can be used in a variety of applications such as current limiting, overvoltage protection, and signal conditioning. It can also be used in motor control circuits, audio amplifiers, and power supplies.

The working principle of the PNP 10VJT-91-8R2 is relatively simple. It consists of a metal body which is then filled with a ceramic or glass-encased metal core. When a current is applied across the two metal leads, it produces a resistance force which reduces the current flow. This resistance force is directly proportional to the value printed on the resistor body. Thus, by selecting the desired resistance value, the amount of electrical current allowed to flow through the circuit can be regulated.

In conclusion, the PNP 10VJT-91-8R2 is a through hole resistor that is used in a variety of applications. It has a relatively simple working principle, consisting of a metal body filled with a ceramic or glass-encased metal core. When a current is applied across the two metal leads, it produces a resistance force which reduces the current flow. This resistance force is directly proportional to the value printed on the resistor body. Thus, by selecting the desired resistance value, the amount of electrical current allowed to flow through the circuit can be regulated.

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