HE6WPR/06

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HE6WPR/06 is a versatile voltage source designed for high power semiconductor devices such as power transistors and IGBTs. It is capable of powering up and maintaining a constant, steady DC voltage and current, and can be used to excite and monitor semiconductor devices. This makes it ideal for testing and evaluation purposes.

The HE6WPR/06 features adjustable voltage range, adjustable current range, constant voltage and current limit, as well as two separate outputs, each capable of delivering up to 60V at 60A. It is designed to provide a highly regulated output voltage and current, making it suitable for powering and testing a wide range of semiconductor devices.

The working principle of the HE6WPR/06 is quite simple. It uses a reference voltage source, which is adjustable, to sense the voltage and current across the semiconductor device being tested. When the voltage or current exceeds its set limits, the HE6WPR/06 will automatically adjust the output voltage and current to ensure a constant rail voltage and current.

The HE6WPR/06 also has additional features to help improve the accuracy of tests. It can be remotely monitored and adjusted via a serial port or Ethernet connection. Additionally, the device has extensive safety features, including over temperature and over-current protections, as well as adjustable voltage and current limit settings.

The HE6WPR/06 is an essential tool for any technician performing semiconductor device tests. It is reliable, accurate, and highly configurable, allowing engineers to quickly and easily perform a wide range of tests. It is especially useful for testing power transistors and IGBTs, as it can provide a consistent, controlled, and reliable voltage and current.

The HE6WPR/06 is a versatile voltage source designed to deliver a steady, controlled voltage and current to semiconductor devices. It uses a reference voltage source to sense the voltage and current, and can be remotely monitored and adjusted via a serial port or Ethernet connection. It also features adjustable voltage and current limit settings as well as safety features such as over temperature and over-current protections. This makes it an essential tool for testing and evaluating semiconductor devices.

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