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
Op maat gemaakte dubbelzijdige spuitsoldeer automobiel PCB met HASL-oppervlaktebehandeling en FR-4-materiaal
Custom Blue Ink Double Sided Spray Solder PCB Automotive Circuit Board HASL Surface Precision-Routed Automotive PCB for Harsh Environment Use Manufactured from high-Tg FR-4 material, this blue double-sided PCB is designed for automotive electronics applications. It features precision routing, robust solder pads, and compliance with IATF 16949 standards. Ideal for ECU, BCM, and ADAS modules, it offers exceptional thermal stability and vibration resistance for harsh automotive
Premium op maat gemaakte PCB voor de auto-industrie met ENIG-oppervlaktebehandeling ISO- en RoHS-gecertificeerd
Custom IPC Class 2 PCB Manufacturer for Automotive & Industrial Use This high-precision multilayer PCB from Xingqiang Circuit Board Technology features an immersion gold finish, IPC Class 2 compliance, and automotive-grade reliability. Leveraging advanced lamination, precision drilling, and strict quality control under IATF 16949, our boards deliver exceptional signal integrity and durability for automotive electronics, industrial controls, and high-end devices. With custom
4 lagen aanpasbare groene olie soldeerbare auto-PCB-raad anti-trillingsfunctie
What is FR4 solderable automotive electronic PCB? FR4 solderable 4-layer automotive electronic PCB refers to a printed circuit board designed and manufactured specifically for automotive electronic systems. These circuit boards carry and connect electronic components in automotive electronic equipment, ensuring that various functional modules can work effectively and reliably. As modern cars develop toward intelligence, automation, and interconnection, the demand for
6-laags aangepaste auto-PCB HASL FR4 hoge trillingsbestendigheid en EMC-afscherming
Xingqiang Custom Automotive PCB High-Tg FR-4, OEM/ODM Supported From Xingqiang PCB Technology, this high-reliability multi-channel control PCB is engineered for automotive and industrial use. Leveraging our IATF 16949 & ISO 9001 certified production lines, we use premium high-Tg FR-4 to ensure extreme temperature and vibration resistance. Boasting 30+ years of OEM/ODM expertise, Xingqiang delivers precise customization for relay-driven control systems, power management, and
1,2 mm Thinkness Automotive elektronische PCB-plaat Hoge precisie ECU-aanpassing
Xingqiang Custom High‑Precision Automotive HDI PCB: This is Xingqiang Circuit Board’s custom 6‑layer HDI automotive PCB, a high‑precision multilayer circuit board designed for automotive electronics, communication, and industrial control. Built with high‑TG FR‑4 material, it features excellent high‑temperature resistance, fine line capability, and professional surface finishing (ENIG/HASL/OSP). It delivers stable signal transmission, strong anti‑interference, and long‑term
Custom 6-layer HDI PCB voor Automotive Green Solder Mask ENIG/HASL
Xingqiang: Custom 6-Layer HDI PCBs with High Precision & Stable Performance Xingqiang Circuit Board focuses on custom high-precision 6-layer HDI PCBs with optimized structure and stable performance. Suitable for automotive electronics, communication, and industrial control, our boards feature high-temperature resistance, fine line capability, and professional surface finishing. We support flexible customization from prototype to mass production, adhering to strict quality
FR4 Vlamvertragend materiaal Groen soldermasker Automotive PCB en aangepast ontwerp
FR4 Green Soldermask HASL Material SMT Multilayer PCB Board This high-density green PCB, typically made of FR-4 material, can be customized for automotive applications. It features precision surface finishes like lead-free HASL or OSP, and can be upgraded to high-Tg grades for enhanced thermal stability. To meet automotive standards, it requires compliance with IATF 16949, advanced soldering processes like nitrogen reflow, and rigorous testing to ensure reliability in harsh
