Used ADVANCED ENERGY Apex 5513 #9401865 for sale

ID: 9401865
RF Generators P/N: 3156115-212.
ADVANCED ENERGY Apex 5513 is a power supply specifically designed for advanced materials research applications. It offers excellent pulse-shape flexibility combined with an easy-to-use interface, programmability and an extremely wide range of output voltage and current output capabilities. It has a power rating of 55V/13A and offers an output power of up to 700 Watts. Apex 5513 is a low noise power supply equipped with a variety of features which help maintain high quality output. Furthermore, it possesses a high dynamic response, allowing for smooth voltage and current changes without overshoots or undershoots. The power supply's high stability ensures continuous accuracy and reliable performance. ADVANCED ENERGY Apex 5513 is ideally suited for research applications such as biophysical analysis, nanocrystallization, RF applications and advanced materials research. Apex 5513 features an intuitive multilingual graphical user interface (GUI) with a modern look and intuitive operation. The user can control various features of ADVANCED ENERGY Apex 5513 such as voltage and current settings, turn on/off state and polarity of the power supply. In addition, the user can also access various options such as ramping, frequency and pulse shaping. The GUI provides a range of advanced features, making it an invaluable tool for use with pulse power applications. Additionally, one of the greatest benefits of Apex 5513 is programmability. It allows the user to program unique output characteristics, allowing for cusotomized testing of sample materials. ADVANCED ENERGY Apex 5513 also possesses a wide variety of safety mechanisms to protect the power supply from adverse conditions. This includes temperature monitoring, over-voltage and over-current safeguards, automatic current limit and external trigger. Apex 5513 is a powerful and reliable power supply for advanced materials research. With its intuitive interface, programmability and wide range of output voltage, current and power capabilities, researchers are able to conduct precise experiments, providing more accurate results.
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