EPC9080

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EPC9080 is a high voltage IC designed to replace traditional, inefficient power transistors in modern high voltage applications, such as power converters, motor control, high-voltage power electronics and smart grid. This IC is part of the newest family of wide bandgap semiconductors, allowing for increased performance and more efficient use of energy.

EPC9080 is primarily designed for use as a logic-level switch, or as an amplifier in a radio frequency (RF) amplifier stage. Its rated voltage includes +/−50 volts, making it suitable for applications requiring high voltages. The die-size of this IC is only 0.9mm X 1.3mm making it both content density, a significant feature for applications with space constraints.

EPC9080 has been engineered, in order to allow for the most suitable performance parameters for the design of high voltage systems. It is designed to create both high efficiency and high switching frequency. Under normal operating conditions, it provides the highest power efficiency for the highest voltage rating. When the IC is put into overvoltage conditions, it has the capability to deliver optimal performance over a broad range of load conditions and environmental conditions.

EPC9080 provides a large number of features which make it an ideal choice for high voltage applications. It has an integrated voltage monitor, current monitor, temperature monitor and power monitor, helping designers better control and monitor their high voltage systems. In addition, the IC also includes two differential protection circuits, to provide maximum protection for the circuit.

The primary working principle behind the EPC9080 is the process of HVFET-assisted Zero Voltage Switching (ZVS). This process is initiated when a trigger input is received. The output voltage is then increased to a higher voltage level, then decreased back to zero in order to turn the transistor off. This results in an improved utilization of power, as the transistor is able to be turned off much more quickly than is possible with traditional methods.

Another feature of the EPC9080 is its integrated synchronous buck converter. This feature allows designers to convert their high voltage systems from a wide range of voltages to a normal operating voltage. This is especially useful when working with batteries or other sources of power, as the IC is able to efficiently convert the input voltage before it is sent to the system. The synchronous buck converter also helps to increase system efficiency, by minimizing losses due to the converter\'s low switching frequency.

The application field of the EPC9080 range from automotive systems to energy storage systems. With its high switching frequency and voltage, it can be used to optimize the performance of power supplies, high power converters and motor control systems. Its integrated safety features and temperature monitor, make it an ideal choice for safety-critical applications.

EPC9080 provides unmatched performance for high voltage systems. Its high voltage capabilities, integrated safety features, and buck controller make it an ideal choice for applications where voltage and efficiency are paramount. Its versatile design and capability to run over a wide range of temperatures, make it the perfect Component for high voltage evaluations and demonstrations.

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