Brief: This video explains the main functions and practical uses of the XHCC-2/40 40kV 2uF Pulse Energy Storage Capacitor in a clear, step-by-step format. You will see how this capacitor stores energy from a low-power source and rapidly releases it to generate high-impact currents for applications like high-voltage impulse discharge testing, high-energy physics, and geological prospecting. We also demonstrate key operational parameters and on-site testing scenarios to ensure safe and effective use.
Related Product Features:
Stores charging energy from a low-power supply and releases it rapidly to create strong impact currents and power.
Designed for high-voltage impulse discharge testing, high-energy physics, oscillation circuits, and geological prospecting.
Operates within an ambient temperature range of -20 to +50°C and at altitudes up to 2000 meters.
Features a capacitance error of ±5% and a low loss value of ≤0.01 at 1kHz for reliable performance.
Withstands voltage between poles at 1.1 to 1.5 times the rated voltage for 2 seconds and pole to shell at twice the rated voltage for 60 seconds.
Offers high insulation resistance with RC ≥ 7500 MΩ*uF to ensure operational safety and durability.
Includes clear model identification with rated voltage of 40kV and rated capacitance of 2uF for easy specification.
Comes with usage precautions to prevent damage, such as avoiding impacts and ensuring proper discharge after testing.
FAQs:
What are the primary applications of the XHCC-2/40 Pulse Energy Storage Capacitor?
The capacitor is mainly used in high-voltage impulse discharge testing, high-energy physics experiments, oscillation circuits, and geological prospecting, where rapid energy release is required to generate strong impact currents.
What are the key operational parameters and specifications of this capacitor?
Key parameters include a rated voltage of 40kV, rated capacitance of 2uF, capacitance tolerance of ±5%, operating temperature from -20 to +50°C, insulation resistance of RC ≥ 7500 MΩ*uF, and a loss value of ≤0.01 at 1kHz.
What precautions should be taken when using this pulse energy storage capacitor?
Avoid physical impacts to prevent internal film damage, do not exceed the rated voltage, ensure proper safety distances for connecting wires, fully discharge the capacitor after testing, and stop use if abnormal sounds or bulges appear on the shell.