Product Description
| Energy Storage High Voltage Capacitor 100kV 2.1 uF/2100nF |
| Rated Voltage | 100kV or 100000V.DC |
| Nominal Capacitance | 2.1 uF |
| 2.1 microfarad |
| 2.1MFD |
| 2.1MKF |
| 2100nF |
| 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 |
Reliable High Voltage CapacitanceEngineered with a rated voltage of 100kV and a precise capacitance of 2.1uF/2100nF, this capacitor ensures stable energy storage for high-demand pulse applications. The shell's aluminum construction and self-healing dielectric material provide added longevity and safety, making it suitable for mission-critical environments.
Mounting and Integration ConvenienceThe bolt-on flange mount design simplifies installation in various setups, supporting custom lead spacing per system requirements. High voltage bolt connection terminals ensure secure and efficient integration into pulse energy storage applications.
Certified for Safety and ComplianceCompliant with RoHS and CE standards, the capacitor guarantees safe operation and environmental responsibility. Reliable insulation resistance and breakdown voltage safeguard your equipment in harsh conditions, with a wide operational and storage temperature range.
FAQ's of Energy Storage High Voltage Capacitor 100kV 2.1uF/2100nF:
Q: How is the Energy Storage High Voltage Capacitor installed in a system?
A: This capacitor uses a bolt-on flange mount, allowing secure and straightforward attachment to panels or frameworks in your equipment. Lead spacing can be customized to suit the specific installation requirements.
Q: What kinds of devices utilize this 100kV 2.1uF capacitor?
A: It is commonly used in pulse energy storage applications such as medical equipment, lasers, X-ray machines, and industrial power supplies, where high voltage and rapid energy discharge capabilities are essential.
Q: When should the integrated discharge resistor option be selected?
A: The integrated discharge resistor should be chosen when it is necessary to safely dissipate stored energy after capacitor operation, improving overall safety and preventing accidental discharge during maintenance or handling.
Q: Where can this capacitor be safely operated and stored?
A: This capacitor operates reliably at altitudes up to 2000 meters and in environments with relative humidity up to 90% (non-condensing). It can be stored and function between -40C to +85C, ensuring versatility for varied geographic and industrial settings.
Q: What process ensures the capacitor's self-healing capability?
A: The dielectric is made from metallized polypropylene film, allowing it to repair localized breakdowns automatically and maintain performance throughout its operating life.
Q: How does low ESL and low ESR design benefit my application?
A: Low self-inductance and low equivalent series resistance minimize energy losses, enabling the capacitor to handle high pulse currents efficiently and deliver consistent performance in high-frequency applications.
Q: What certifications demonstrate the capacitor's quality and safety?
A: The capacitor complies with RoHS and CE certifications, confirming adherence to international safety, health, and environmental standards for electrical equipment.