KNP2WSJB-52-150R

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Through Hole Resistors

Through hole resistors are electrical components generally constructed of ceramic, carbon film, or metal oxide. They are designed to convert electrical energy into thermal energy in order to control the amount of current passing through a circuit. In general, they are passive electronic components which have a resistance to electric current that is fixed or adjustable, depending on the design of the resistor. Through hole resistors are commonly used in consumer electronic circuits, automotive wiring, and industrial control applications.

KNP2WSJB-52-150R Application Field and Working Principle

The KNP2WSJB-52-150R type of through hole resistor is an evaporated precious metal resistor which has a maximum operating temperature of 125 degrees Celsius, a minimum operating temperature of -55 degrees Celsius, and a maximum resistance of 5 ohms. It is designed for application in power supplies and other precision circuits with low temperatures. The KNP2WSJB-52-150R features a temperature coefficient of 0.04%, low noise, and a wide range of resistance values. When configured properly, the resistor will convert energy from an applied voltage into a current which is then dissipated as heat.

The working principle of the KNP2WSJB-52-150R is based on Ohm\'s Law, which states that the current (I) in a circuit is directly proportional to the voltage (V) and inversely proportional to the resistance (R). This is described by the formula I = V / R. In this particular resistor, the resistance is fixed and so the current will be inversely proportional to the voltage applied. So if the voltage applied is increased, the current passing through the resistor will be decreased and vice versa.

The KNP2WSJB-52-150R is generally used in precision circuits and power supplies, where a low resistance, low noise, and high stability are required. It is commonly found in medical instruments, automotive electronics, and consumer electronics such as audio speakers. When used in conjunction with other components, it can be used to create power efficient and low noise circuits for a wide range of applications.

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