Product Description
| Energy Storage High Voltage Capacitor 25kV 16uF/16000nF |
| Rated Voltage | 25kV or 25000V.DC |
| Nominal Capacitance | 16uF |
| 16 microfarad |
| 16MFD |
| 16MKF |
| 16000nF |
| Tolerance Range | +/-5% | +/-10% |
| Temperature Range | -10 C | +65 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 |
Engineered for Precision and SafetyWith a rated voltage of 25kV DC and high capacitance of 16F (16000nF), this capacitor is purpose-built for impulse operation in high-voltage applications. The combination of high dielectric strength and rapid discharge time ensures safe and consistent performance, while robust IEC 61071 safety compliance gives peace of mind in mission-critical environments.
Superior Construction and Versatile ApplicationEmploying metallized polypropylene film inside a cylindrical metal shell, this capacitor resists environmental stresses and supports reliable panel mounting. Its wide operating temperature range and high insulation resistance make it suitable for laser power supplies, X-ray devices, and specialized test setups, enhancing system longevity and efficiency.
Efficiency Through Low ESR and Fast ResponseDesigned with low equivalent series resistance (ESR), the capacitor ensures minimal energy loss even during high-frequency or pulse discharge events. Its swift energy release and natural air cooling enable stable operation under demanding load conditions, maximizing uptime in industrial and research settings.
FAQ's of Energy Storage High Voltage Capacitor 25kV 16uF/16000nF:
Q: How is this high voltage capacitor typically installed?
A: This capacitor is designed for straightforward panel mounting using bolt terminals. Its cylindrical metal shell and secure mounting interface allow for efficient integration into enclosures for laser power supplies, X-ray machines, and pulse energy storage units.
Q: What benefits does the low ESR offer in practical use?
A: Low ESR means reduced internal heat generation and higher energy efficiency, particularly during high-frequency pulse operations. This results in lower losses and improved performance in impulse and rapid discharge applications.
Q: When is it appropriate to use this capacitor in an electrical system?
A: It is suitable for scenarios requiring rapid energy release and high reliability, such as in pulse-forming networks for testing equipment, medical imaging (X-ray), and high-powered laser systems, especially where robust insulation and fast cycling are necessary.
Q: Where can this capacitor be safely deployed considering environmental conditions?
A: Its operating temperature range from -40C to +85C and high insulation resistance make it adaptable for use in labs, industrial environments, and field installations, even under wide temperature fluctuations or challenging ambient conditions.
Q: What process ensures compliance and quality for this capacitor?
A: It adheres to IEC 61071 safety standards and is RoHS compliant, indicating strict quality control during manufacturing, superior materials, and environmental safety. Every unit undergoes stringent testing for voltage breakdown, insulation, and capacitance to deliver reliable results.
Q: How does the rapid discharge time constant benefit application performance?
A: A short discharge time constant allows for swift energy delivery, critical for applications needing immediate high current or voltage, such as pulsed lasers and test benches. This characteristic supports repeated, high-speed cycling without performance degradation.