SQM10SJB-0R13

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Through Hole Resistors have a wide range of applications in the electronics industry, from high voltage, high current, and low power applications. One specific device in the Through Hole Resistors family of products is the SQM10SJB-0R13.

The SQM10SJB-0R13 is a ceramic housing, through-hole mounted resistor. This rectangular based device is much more advanced than older designs, where extra steps must be taken to protect the circuit from ESD-induced damage. This type of device is manufactured using a unique process that combines a metal layers with a ceramic material. The ceramic material is also known for its high resistance to thermal and mechanical shocks. The SQM10SJB-0R13 is rated for up to 350 Watts and supports a wide range of operating temperatures, from -55°C to +125°C.

The main principle of operation of the SQM10SJB-0R13 is simple. It contains two electrodes which are connected to each other with a resistive material. This material acts as the resistor, and as such, resists the flow of electric current. Depending on the size, shape, and type of resistive material, the resistance value of the resistor will vary. By using different resistor materials, engineers can easily customize the resistance value of the device.

The SQM10SJB-0R13 has numerous applications. The device is designed to be installed on a printed circuit board, which makes it ideal for high-density, high-current applications. Additionally, the SQM10SJB-0R13 is also suitable for general-purpose applications, including EMI/RFI filter, current-limiting, voltage-leveling, and temperature sensing circuits. It is also used widely in power and energy management applications.

The SQM10SJB-0R13 is a robust and reliable device that can be used in a wide range of applications. It offers superior protection against ESD-induced damage, and it is rated for high voltage and current applications. Additionally, the SQM10SJB-0R13 also provides a wide operating temperature range, so that it can be used in various industrial and automotive environments.

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