EXB-2HV360JV

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Resistor networks and arrays refer to mountable units consisting multiple resistor elements in a specific arrangement on a single body, usually sealed for optimal performance. EXB-2HV360JV is one type of these resistor networks and arrays specifically designed for power dissipation, voltage protection, and temperature compensation needs. This article is about the application fields and working principle of EXB-2HV360JV.

First, use in power dissipation given its specialized design. Several specialized power resistors are integrated and sealed in two pole as part of EXB-2HV360JV for bringing down static power. All resistive elements are isolated for achieving accurate power ratings. As for the power rating of each element, this depends on the model type, with the maximum power rating per element ranging from 100 watts to 150 watts. When used for power dissipation purposes, EXB-2HV360JV delivers accuracy, stability, and reliability. Moreover, the body of EXB-2HV360JV can tolerate high temperatures, resisting any temperature drift that could otherwise reduce its power rating.

Second, EXB-2HV360JV is widely employed for voltage protection. This network’s design allows the voltage rating of each element to be tailored to the required application. Furthermore, its high isolation withstand voltage provides superior protection against transients and other voltage disturbances. Voltage transient protection is provided by the advanced connection of resistive elements to the network body. In addition, its wide-ranging characteristics such as inductance, capacitance, and temperature stability enhance the accuracy of the voltage protection.

Finally, EXB-2HV360JV is widely used for temperature compensation. It offers a wide temperature range of -55°C to +200°C, and its temperature coefficient is highly reproducible. This allows the resistor elements to maintain their performance over a wide temperature range. Also, the internal structure of EXB-2HV360JV is designed to ensure even power dissipation across all of the resistor elements, preventing hot spots. Thus, high temperature stability is achieved, eliminating errors caused by temperature curves.

The working principle of EXB-2HV360JV is centered on its resistor elements which are electrically connected in series. These resistor elements convert electrical energy into thermal energy, dissipating the energy to the surrounding environment. This energy conversion process is performed in a precise manner, providing the accurate voltage or current required for the application. The EXB-2HV360JV also features robust EMC compatibility, which mitigates the problematic effects of electrical interference.

In conclusion, EXB-2HV360JV is a type of resistor networks and arrays designed to fulfill the demanding needs of power dissipation, voltage protection, and temperature compensation applications. With its specialized construction, this device offers superior performance and stability. The working principle of EXB-2HV360JV is based on its resistor elements which convert electrical energy into thermal energy, dissipating the energy to the surroundings and providing the accurate voltage or current for the application.

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