KNP2WSJB-52-0R15

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Through Hole Resistors

Through hole resistors are one of the most common electrical components used in a variety of circuits. They can have a variety of uses, ranging from filtering signals or providing protection to circuit boards to creating a specific amount of current in circuits.

KNP2WSJB-52-0R15 Application Field and Working Principle

KNP2WSJB-52-0R15 is a through hole resistor with an operating temperature range of -55°C to +175°C and a nominal resistance of 0.15 ohms. It is mainly used in power supply circuits, especially ones that require large currents. The main applications of this through hole resistor are protection and current limiting.

The basic working principle of this through hole resistor is to convert electric power from one form into another, usually in the form of heat. It does this by having a material (usually carbon) that allows electric current to pass through it while limiting the amount of current that can pass. This is achieved through the use of ohms, which is a unit of electrical resistance. In the case of the KNP2WSJB-52-0R15, it has an operating resistance of 0.15 ohms, meaning the resistor can only let 0.15 amps of current pass through it.

The resistor works to protect the circuit from overloads or short circuits. In cases of overloads, the current passing through the resistor will start to increase, which will cause the resistor to heat up and dissipate the excess current away. This works for both AC and DC circuits.

In cases of short-circuits, the resistor acts as a fuse, dissipating large amounts of power and carrying the heavy load. This prevents the excess power from damaging the circuit components or even blowing fuses. The KNP2WSJB-52-0R15 through hole resistor also prevents circuit noise and prevents electrical interference in other areas of the circuit.

Overall, the KNP2WSJB-52-0R15 through hole resistor is a great electrical component for a variety of applications. It can be used to provide protection from overloads and short-circuits as well as limit the current in a circuit. It also helps prevent circuit noise and other forms of electrical interference. It is highly reliable and has a great operating temperature range.

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