Контрактное производство электроники под ключ в Китае
Проектирование высоковольтных печатных плат

Проектирование высоковольтных печатных плат

PCB Design&Layout Capabilities
Min.trace width:2.5milMin.trace spacing2.5mil
Min.Vias:6mil(4mil laser drilling)Max.layer48L
Min.BGA spacing0.35mmMax.BGA Pin3600pin
Max.high-speed signal40 GBPSFastest delivery time6 Hours/ Item
HDI Highest layer22 LHDI Highest layer14 L any layer HDI

PCB Design&Layout lead time
Number of pins on the board0-1000Design lead time (working days)3-5 days
2000-30005-8 days
4000-50008-12 days
6000-700012-15 days
8000-900015-18 days
10000-1200018-20 days
13000-1500020-22 days
16000-1800022-25 days
18000-2000025-30 days
Ultimate delivery capacity10000Pin/7 days
PS: The above delivery date is the regular delivery date, and the accurate design delivery date needs to be comprehensively evaluated according to the number of components, difficulty, layers and other factors of the circuit board!
Self-organized development
Self-organized development

Self-developed tool software and strict quality control system to ensure a successful one-time board opening

difficult design
difficult design

The maximum design scale is 90000pin, which can provide HDI/Any layer PCB design, 3D PCB design, RF design, 56G high-speed design, etc.

High-quality design quality system
High-quality design quality system

With a strict quality system process and a strict review system, we have zero error rate quality requirements for PCB design.

Professional design team
Professional design team

PCB design team with an average of more than 12 years of work experience, with complete design software, such as Cadence Allegro\ORCAD, Mentor WG\PADS, etc.

Отрасли, которые мы обслуживаем
High Voltage PCB Design FAQ
1.What is the basic principle of an amplifier?
The principle of an amplifier is to produce an output signal that is a replica of the input signal with increased amplitude.
2.What are the high pressure applications?

High-voltage applications are spacecraft and other space equipment, high-altitude aircraft, high-tech lasers, and particle collider power supplies.

3.What are the materials suitable for high voltage PCB?
Some of the substrate materials used in high voltage PCBs include: BT epoxy, phenolic cured rigid laminate, high voltage Teflon (HVPF).
4.What are the main things needed when routing a high voltage PCB?
Maintain clearance between high voltage drop traces. Avoid any sharp turns and edges as they can act as areas for concentrated electric fields. Avoid running very high voltage traces on the inner layers of the board.
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