Alle categorieën
Multilayer PCB-platen
46
Flexibele PCB-Raad
13
Dubbelzijdige printplaat
43
Hoog - de dichtheid verbindt PCB onderling
19
Stijve PCB-Raad
15
Stijve flexibele printplaat
20
Hoge frequentie PCB
6
hoogdichte pcb's
8
BT PCB's
3
Medische pcb
9
Automotive printplaat
7
Militaire printplaat
8
Industriële controlepcb
12
UAV-PCB
7
Op maat gemaakte PCB-assemblage
16
Stijve printplaat op maat gemaakte hoge precisie impedantie gecontroleerde PCB voor elektronica
Customized Design of High-stability Multilayer BT Circuit Boards: XingQiang PCB Technology Co., Ltd. specializes in custom high-precision multilayer PCBs for industrial and electronic applications. We provide advanced FR-4 high-Tg rigid circuit boards with reliable performance, BGA support, impedance control, and HDI design. Our custom PCB manufacturing supports rapid prototyping and mass production, delivering stable, high-quality boards for industrial control, communication
Aangepaste dubbelzijdige verzonken gouden proces BT PCB printplaat voor elektronica-apparaat
Tailored PCB Designs That Fit Your Exact Application Needs? This is a high-precision, custom printed circuit board (PCB) ideal for advanced electronic applications. Featuring a green solder mask, dense component pads, and intricate copper traces, it is engineered for high performance. Xing Qiang specialize in manufacturing tailored PCBs—from double-sided to multi-layer designs—using premium materials like BT resin and FR-4. Our solutions meet strict industry standards for
Low Loss BT Circuit Board Hoogtemperatuurbestendige voor hoogfrequente toepassingen
What is BT Printed Circuit Board? BT resin PCB (BT Resin PCB) refers to a thin printed circuit board using BT resin (Bismaleimide-Triazine) as a compensation material. BT resin is a high-performance epoxy resin composite material with excellent thermal stability, electrical properties and mechanical strength. It is widely recognized in circuit boards that require high-temperature stability and high performance. BT thin sheet PCB is characterized by its thin design, heat
