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Pessoa de Contato :
Wang Hong
High-Voltage Ceramic Doorknob Capacitor for Precision Engineering in Pulse Forming Networks with Energy Storage
Contacte-me para amostras grátis e vales.
whatsapp:0086 18588475571
Wechat: 0086 18588475571
Skype: sales10@aixton.com
Se você tem algum interesse, nós fornecemos a ajuda online de 24 horas.
xDetalhes do produto
| Destacar | Precision Engineering High-Voltage Ceramic Capacitor,Pulse Forming Network Doorknob Capacitor,Energy Storage Pulse Power Capacitor |
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|---|---|---|---|
Descrição de produto
High-Voltage Ceramic Capacitors: The Pulse of Precision Engineering
Core Components of Pulse-Shaping Networks (PFNs)
At the heart of particle accelerators, high-energy lasers, and advanced radar systems lies a network of precision components that determines their performance—the pulse forming network (PFN). Known as the "heart" of high-power pulsed devices, the "ventricles" responsible for energy storage and precise release are precisely our specialized high-voltage ceramic capacitors.
What is a PFN? Why is it so critical?
A pulse forming network (PFN) is essentially a circuit composed of a carefully arranged array of capacitors and inductors. Its operating principle mimics the beating of a heart:
- Energy storage (diastole): A high-voltage power supply charges a capacitor bank over a relatively long period (milliseconds), storing a significant amount of energy.
- Discharge (systole): Through high-speed switching control, all capacitors discharge in a coordinated manner within an extremely short period (nanoseconds to microseconds), converging the energy into a sharp, powerful, and controllable pulse wave.
The quality of this pulse—its peak power, rise rate, and plateau stability—directly determines the device's ultimate performance.
Applications: Enabling Extreme Technology
Our high-voltage ceramic capacitors are the preferred choice for the following cutting-edge systems:
- Research Equipment: Providing stable, clean energy pulses for synchrotron radiation sources and magnetic confinement fusion experimental devices.
- Industrial Lasers: Ensuring highly consistent energy output from excimer and solid-state lasers in precision machining and lithography.
- Medical Equipment: Driving the particle injectors in proton cancer therapy systems, crucial for treatment accuracy and patient safety.
- Defense and Exploration: Serving as the energy source for high-power microwaves (HPM) and shockwave radar.
We are more than just a supplier; we are your technical partner.
We provide more than just components; we offer a complete pulse power solution:
- Customized Design: We provide support for capacitor, inductor, and overall PFN layout design based on your pulse width and energy requirements.
- Modular Components: We offer pre-assembled and tuned capacitor banks, significantly reducing your system integration time.
- Lifelong Technical Support: Our team of engineers with extensive pulse power expertise will support you from concept to mass production.
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