SQZ20AJB-15R

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Through Hole Resistors are one of the most common types of resistors used in electrical and electronic circuits today. The SQZ20AJB-15R in particular is a metal oxide film resistor with an operating temperature of -25c up to +150c. Its rating is 15 ohms with a tolerance of 2%, and it is packaged in a standard axial package. The maximum current capacity is 0.50 A and it has a voltage rating of 350 V.

This resistor is commonly used in applications where performance and accuracy are paramount. It is suitable for applications such as industrial process control, motor drives, current sensing, power factor correction, audio amplifiers, automotive circuits, and LED lighting. Its axial package enables it to be connected in both directions, which is useful in applications such as power bussing.

The working principle of the SQZ20AJB-15R is based on Ohm\'s Law, which states that the current flowing through a circuit is directly proportional to the voltage applied. In other words, the current that passes through the resistor is proportionate to the voltage applied across it. This is because the resistance of the resistor causes a certain amount of voltage drop between the two ends of the resistor.

The SQZ20AJB-15R is constructed from two layers of ceramic. The first layer is a metal oxide film deposited on the second ceramic layer. The metal oxide film creates a barrier between the two layers of ceramic, which creates a resistance between the two layers. This resistance is what causes the voltage drop when current is passed through it. The resistance of the resistor changes with temperature, which is why it is important to consider the operating temperature of your application.

The SQZ20AJB-15R is an essential component in applications where precise and reliable performance is required. Its axial package enables it to be connected in both directions, while its high current capacity and temperature range ensure it to be suitable for many high performance applications. The metal oxide film construction ensures stable and accurate performance, making it an ideal choice for applications that require reliable performance.

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