138.5*160mm / 25UP 94v 0 Circuit Board ENIG Surface FR4 HDI Printed
circuit boards Automotive PCB
How to place an order:
- Inquiry with gerber
- quote as per gerber file
- Customers agreed with the price
- Customers send the PO
- PI provided for payment information
- Payment arranged
- Engineering Process, EQ-Engineering Question confirmed (if there is
EQ) before production
- production arranged
- Shipping Arranged
- Shipping status tracking
- CUstomers Feedbacks
- Repeat Order
More information about KAZ:
Manufacturing Capacity - Rigid PCB
| Item | Production Capacity |
| Type of Products | Single Sided, double sided & multilayer |
| Max Board Size | Single & Double Sided: 600*1500mm |
| Multilayer: 600*1,200 mm |
| Surface Finish | HASL, ENIG, OSP, Immersion Silver, Golden Finger, etc. |
| Layers | 1~20 |
| Boad Thickness | 0.4~4.0mm |
| Base Copper | 18um(1/2oz), 35um (1oz), 70um (2oz), 105um (3oz), 150um (4oz),
300um (8oz) |
| Board Material | FR-4, Aluminum base, Polymide, copper base, ceramic base |
| Min Drilling Hole Size | 0.1mm |
| Min Line Width & Space | 0.075mm |
| Platting Gold | Nickle Plating Thickness 2.5~5um, gold thickness 0.05~0.1um |
| Tin Spraying | Tin thickness 2.5~5um |
| Milling Space | wire & edge: 0.15mm, hole & edge: 0.2mm, Contour Tolerance:
+/-0.1mm |
| Socket Chamfer | Angle: 30°/45°/60° Depth: 1~3mm |
| V-Cut | Angle: 30°/45°/60° Depth: 1/3 of board thickness, min aise: 80*80mm |
| On-Off Test | Max Testing Area: 400*1,200mm |
| Max Testing Point: 12,000 points |
| Max Testing Voltage: 300V |
| Max Insulation Resistance: 100mΩ |
| Impedance Control Tolerance | ± 10% |
| Soldering Endurance | 85℃~105℃ / 280℃~360℃ |
What KAZ Circuit can do for you:
PCB manufacturing (prototype, small to medium, mass production)
Components Sourcing
PCB Assembly/SMT/DIP
To get a full quotation of the PCB/PCBA, pls provide the
information as below:
Gerber File, with detail specification of the PCB
BOM List (Better with excel fomart)
Photoes of the PCBA (If you have done this PCBA before)
Automotive PCBsare essential components in modern vehicles and play a vital role
in electronics and control systems. These PCBs are designed to
withstand the harsh environments and stringent requirements of the
automotive industry.
Key features and considerations for automotive PCBs include:
Reliability and Durability:
Automotive PCBs must be able to operate reliably under the extreme temperatures,
vibrations and other environmental stresses encountered by
vehicles.
Strong materials like high-quality copper, premium laminates, and
specialized coatings are used to ensure long-term performance.
Security and Compliance:
Automotive PCBs are subject to strict safety standards and regulatory
requirements, such as those set by organizations such as ISO
(International Organization for Standardization) and IATF
(International Automotive Task Force).
Designs must comply with these standards to ensure the safety and
reliability of vehicle systems.
Miniaturization and complexity:
Automotive electronics are becoming increasingly complex, requiring
more advanced PCB designs with higher component density and smaller
form factors.
Multilayer PCBs, fine-pitch components, and advanced interconnect
technologies are often used to meet space and performance
requirements.
Thermal Management:
Automotive PCBs often operate in high-temperature environments, requiring
effective thermal management solutions such as heat sinks, thermal
vias, and specialized cooling technologies.
Electromagnetic compatibility (EMC):
Automotive PCBs must be designed to minimize electromagnetic interference (EMI)
and ensure adequate electromagnetic compatibility (EMC) with other
vehicle systems.
Shielding, grounding, and careful routing of signal lines are vital
considerations.
Automotive Grade Components:
Automotive PCBs use specialized electronic components that are suitable for the
harsh operating conditions of the vehicle, such as higher
temperature range, shock resistance and longer service life.
Major automotive PCB applications include engine control units
(ECUs), transmission control modules, infotainment systems, sensor
interfaces, and advanced driver assistance systems (ADAS).
The automotive PCB industry continues to evolve, with advancements
in materials, design techniques, and manufacturing processes to
meet the increasing reliability, performance, and safety
requirements of modern vehicles.
More photos
