Customization: | Available |
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Origin: | China |
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This device offers fast component screening, insulation resistance testing, DC current simulation testing, electrostatic interference simulation, and high-voltage measurement functions. It ensures the quality control of products in the storage process, enhances the product's ability to resist interference and electrostatic issues, and helps reduce product return rates. It serves as a reliable assistant for raw material intake, product R&D, testing, and aging processes.
This power supply offers zero-volt adjustment and can be controlled via an external 0-5V input for voltage output ranging from 0 to 33kV (both internal and external control options). It features voltage and current fine-tuning calibration, voltage output warnings, and exceptionally high voltage output stability. The full-scale display reaches 33,000V with a resolution of 1V, achieving an accuracy of 0.005%. The constant current mode, introduced for the first time with 0.1uA precision, offers a current range of 0~1999.9uA with a resolution of 0.1uA. The device is ideal for testing semiconductors, special materials, and gases.
It uses PID regulation to provide a perfect combination of fast response and overshoot suppression. The time required to stabilize high voltage output after switching on is only 100 milliseconds, with no voltage overshoot. The voltage adjustment knob has a linear characteristic design, which suits user habits, while the current adjustment knob has an exponential characteristic design, making it suitable for testing leakage currents and larger current discharge ranges.
In the initial stages of current adjustment, the current rises gently and is easy to control, with precise adjustments to 0.1uA. In later stages, the current increases significantly, making it easy to adjust to larger current ranges.
The device features a user-friendly interface with high-voltage positive output, high-voltage negative output, and ground terminals located on both sides of the panel for easy wire connection without interference. The high-voltage cables are kept away from the adjustment knobs, improving safety. The precision digital display is centrally located, ensuring that the display is not obstructed when adjusting the knobs.