Product Description
| Energy Storage High Voltage Capacitor 100kV 4uF/4000nF |
| Rated Voltage | 100kV or 100000V.DC |
| Nominal Capacitance | 4uF |
| 4 microfarad |
| 4MFD |
| 4MKF |
| 4000nF |
| Tolerance Range | +/-5% | +/-10% |
| Temperature Range | -10 C | +40 C |
| Max.Dissipation Factor | 0.4% |
| Insulation Resistance | Min:1000M ohm |
| Manufacturer/supplier | Shanghai Pluspark Electronics Co.,Ltd |
| Application | High Energy Marx Generators |
| High Energy physics experiments |
| Pulse magnetic field generators |
| Lasers, Particle Accelerators |
| Phone/Whatsapp | 0086 13761174539 |
| Attn | Phyllis Hou |
High Performance and ReliabilityThis capacitor excels in high pulse current applications, ensuring stable performance even under rapid charge and discharge cycles. Its ultra-low ESR and high insulation resistance (>5000 M) allow for efficient energy flow with minimal heat generation, supporting extended operational lifespans.
Versatile Mounting and DesignWith a panel mount design and cylindrical aluminum case, installation is straightforward for customized or standard arrangements. High voltage screw terminals provide secure and reliable connectivity, making it suitable for a range of medical, industrial, and energy storage systems.
Safety and ComplianceDesigned to meet IEC standards and ROHS compliance requirements, this capacitor supports safe operations, with a breakdown voltage over 110% of its rating and optional discharge resistor for risk mitigation. Its robust build accommodates temperatures between -40C and +85C.
FAQ's of Energy Storage High Voltage Capacitor 100kV 4uF/4000nF:
Q: How is the Energy Storage High Voltage Capacitor 100kV 4uF/4000nF installed?
A: It is designed for panel mounting using high voltage screw terminals, ensuring secure and stable connections in energy storage and pulse power systems. The cylindrical aluminum case facilitates straightforward installation in customized or standard setups.
Q: What are the primary benefits of using an ultra-low ESR capacitor in high voltage applications?
A: Ultra-low ESR minimizes energy loss and heat generation during high pulse current operations, enhancing efficiency and longevity. This is critical for applications requiring rapid, repeated charging and discharging, such as pulse power and medical imaging equipment.
Q: When should the discharge resistor option be considered?
A: The optional discharge resistor is recommended for applications where residual charge must be safely dissipated after capacitor operation, reducing the risk of electrical hazards during maintenance or handling.
Q: Where can this capacitor be deployed effectively?
A: It is suitable for installation in medical devices, industrial equipment, energy storage systems, and high-voltage DC applications that require robust energy handling and long operational life.
Q: What materials are used in the construction of this capacitor?
A: The capacitor utilizes metallized polypropylene film for the dielectric, an aluminum case for structural integrity, and features high-voltage screw terminals for connection. These materials ensure reliable performance and compliance with safety standards.
Q: What process ensures the safety and durability of this capacitor?
A: Manufactured to IEC dielectric strength standards and tested for breakdown voltage above 110% of its rating, the capacitor offers exceptional durability. Its ROHS-compliant build and robust insulation resistance (>5000 M) further reinforce safety.
Q: How does the life expectancy benefit long-term applications?
A: With a rated lifespan of 100,000 hours under standard conditions, this capacitor delivers long-term reliability, reducing maintenance frequency and replacement costs in critical pulse power and energy storage applications.