SQM300JB-0R13

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Through Hole Resistors (THR) are a type of resistor used in electronics components for limiting current, dividing voltage, and providing an adjustable load. They are used in a variety of applications ranging from automotives, consumer electronics, energy, medical, military, and aerospace. The SQM300JB-0R13 is a resistor designed to provide solutions for specific applications. This article will discuss the application fields and working principles of the SQM300JB-0R13.

The SQM300JB-0R13 is a Through Hole Resistor, and is used in automotive, consumer, industrial, and medical applications. It is specifically designed to provide high-performance, long-term stability, and reliability in harsh environments, such as temperature extremes and vibration. The resistor is suitable for current ratings up to 300mA, and has an operating temperature range of 47 to 107 degrees Celsius. It also has excellent surge and vibration ratings.

The SQM300JB-0R13 is manufactured using a ceramic material, which has a high thermal conductivity. It is designed with an epoxy coating on both sides of the resistor, which provides an effective barrier against moisture and other contaminants. This coating also enhances the resistance’s ability to withstand high temperatures. The resistor is also resistant to shock and vibration, making it suitable for harsh environments.

The SQM300JB-0R13 works by limiting the amount of current that flows through a circuit. The resistor is composed of two metal plates, one made of metal and the other a ceramic substrate. The resistor works by using the resistance of the metal plates to reduce the current flow. The amount of resistance is determined by the thickness of the metal plate and the applied electrical voltage. By controlling the electrical voltage applied, the current flow through the circuit can be adjusted.

The SQM300JB-0R13 is a Through Hole Resistor which provides a reliable, high-performance solution for applications requiring high current and temperature ratings. The resistor is designed for long-term stability and has excellent shock and vibration ratings. The resistor operates on the principle of limiting current flow by using two metal plates and a ceramic substrate, and the current can be adjusted by controlling the applied electrical voltage. The resistor’s design and construction make it suitable for use in harsh environments, and it provides excellent reliability and performance in applications ranging from automotive, consumer, industrial, and medical.

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