Product Description
| HIGH VOLTAGE PULSE CAPACITOR 50KV 0.022uF(22nF) |
| Specifications |
| Capacitance | 0.022uF/0.022MFD/22nF |
| Rated Voltage | 50kV/50000V.DC |
| Capacitance Tolerance | 10% |
| Minimum Operating Temperature | -10 C |
| Maximum Operating Temperature | +40 C |
| Max.Continuous Rep Rate | 1pps |
| MAX Peak Current | 25KA |
| MAX RMS Current | 25A |
| Product Category | Pulse Capacitor |
| Part Number | PSE11043 |
| Case Style | Single-Ended Plastic Case |
| Dimensions | L:152mm W:58mm H:170mm |
| Manufacturer | Shanghai Pluspark Electronics Co.,Ltd |
| Contact US |
| Phone/Whatsapp | +86 137 6117 4539 |
| Skype | Phyllis.Hou |
Reliable High Voltage PerformanceDesigned to withstand up to 60kV DC, this pulse capacitor delivers consistent operation in critical applications requiring high dielectric strength and low self-inductance. Its construction ensures safety and performance, particularly in systems demanding stable pulse energy.
Versatility for Advanced ApplicationsWith its 0.022F capacitance and robust design, the capacitor fits a range of high-voltage applications-including pulse power, medical imaging equipment, and laser apparatus-providing reliable performance even under rapid charge and discharge cycles.
Quality Compliance and DurabilityCertified to IEC 61071 and RoHS-compliant, this capacitor features a flame-retardant, aluminum shell and advances operational reliability. Built to operate between -40C and +85C, it withstands harsh environments, ensuring longevity and consistent results.
FAQ's of 50KV 0.022uF HV Pulse Capacitor:
Q: How should the 50KV 0.022uF HV Pulse Capacitor be installed?
A: This capacitor is designed for panel mounting via threaded stud terminals. Secure electrical connections using appropriate hardware and ensure the mounting surface allows for adequate ventilation and electrical isolation as specified by the manufacturer.
Q: What are the primary benefits of using this capacitor in pulse power applications?
A: This capacitor offers low ESR and self-inductance, rapid discharge capability (time constant < 0.3s), and high dielectric strength, making it ideal for applications requiring fast, powerful pulses and minimal energy loss, such as lasers and medical imaging systems.
Q: When is it optimal to use a metallized polypropylene film capacitor over other dielectrics?
A: Metallized polypropylene film capacitors are best used when low losses, high insulation resistance, high pulse current capability, and stability across wide temperature ranges are required. These features are crucial in precision pulse and high-voltage equipment.
Q: Where can this pulse capacitor be applied?
A: The capacitor is suitable for integration in high-voltage pulse circuits, laser equipment, medical devices, and testing apparatus where rapid energy discharge, compact size, and reliability are paramount.
Q: What is the process for ensuring compliance and safety standards for this capacitor?
A: Each unit is built to IEC 61071 standards and RoHS compliance, and undergoes rigorous dielectric withstand testing ( 60kV DC) and flame-retardant verification (UL94-V0). Quality assurance checks confirm operating specifications before distribution.
Q: How does the capacitor perform in humid environments or extreme temperatures?
A: Designed for a climatic category of 40/085/56, the capacitor reliably operates between -40C and +85C with storage humidity up to 75% RH, maintaining insulation resistance and performance without degradation.
Q: What usage advantages come from the capacitor's fast pulse rise time and low self-inductance?
A: A pulse rise time 0.1s and self-inductance < 80nH ensure that the capacitor can deliver sharp, efficient pulses quickly, essential for applications demanding precise timing and minimal signal distortion.