FR4 370HR ENIG Automotive PCB 50ohm Impedance Control LPI Green 1OZ
PCB Manufacturing Capabilties at Linked Electronics
| Layers | Mass production: 2~32 layers / Proto run: 64 layers |
| Max. Thickness | Mass production: 394mil (10mm) / Proto run: 17.5mm |
| Material | FR-4 (Standard FR4, Mid-Tg FR4,Hi-Tg FR4, Lead free assembly
material) , Halogen-Free, Ceramic filled , Teflon, Polyimide, BT,
PPO, PPE, Hybrid, Partial hybrid, etc. |
| Min. Width/Spacing | Inner layer: 3mil/3mil (HOZ), Outer layer: 4mil/4mil(1OZ) |
| Max. Copper Thickness | UL certificated: 6.0 OZ / Proto run: 20OZ |
| Min. Hole Size | Mechanical drill: 8mil(0.2mm) Laser drill: 3mil(0.075mm) |
| Max. Panel Size | 1150mm × 560mm |
| Aspect Ratio | 12:1 |
| Surface Finish | HASL,Immersion Gold, Immersion Tin, OSP, ENIG + OSP, Immersion Silver,
ENEPIG, Gold Finger |
| Special Process | Buried Hole, Blind Hole, Embedded Resistance, Embedded Capacity,
Hybrid, Partial hybrid, Partial high density, Back drilling, and
Resistance control. |
Linked Electronics Co., Limited is one of the well-established
China PCB manufacturer with more than 2 decades of experience in
producing one-sided, double-sided and multilayer PCB boards. Besides, ceramic
PCB, aluminum PCB, and rigid Flex PCB is within our capabilities
Printed circuit boards from our production have a wide application
which most are used in electronic instrumentation, aerospace,
medical, telecommunications, mining, and transportation industries
as well as a multitude of common consumer electronic devices.
Linked Electronics has the capabilities to manufacture variety of
printed circuit board you may need for your automotive
applications. Our PCBs are TS16949 certified and UL certified, the
performance of the PCBs that produced by Linked Electronics is
reliable and durable. Reach Linked Electronics, the PCB manufacture
in China today for free and no-obligation automotive PCB quote.
PCB Applications on Automotive Industries
Just a few decades ago, it would be difficult to find any cars with
any computer technology in it. With the development of car
innovations, sophisticated technology appears more on the cars.
More and more computerized systems began to sneak in, whether for
core system functionality, generating service alerts, enabling
safety features or auto driving. Today, no new car can run without
an onboard computer — and those computers need a printed circuit
boards. In the last 5 years, the auto PCBs demand is 20% more.
Types of Automotive PCBs
Flex PCBs
These boards are made of flexible plastic substrates. They are
composed of polyamide or transparent polyester films. These boards
can be twisted and bent. Find their applications around bends and
corners where it is required in a car.
Rigid PCBs
The rigid boards are made of FR4. These boards aren’t flexible and
cannot bend. They are usually found in display monitors and reverse
cam screens.
Rigid-Flex PCBs
These are circuit boards are a combination of Rigid and Flexible
boards, which are flexible and light in weight. They are
implemented in lighting systems.
LED PCBs
The LED boards made of aluminum core substrate because of heat
dissipation. They can be found in car indicators, headlights, and
brake lights.
HDI PCBs
These boards feature higher wire density per unit area, finer lines
and spaces, and high pad connection density. The HDI boards
accommodate more components and play a prominent role in
miniaturization. These boards are widely used for infotainment
systems.
PCB Services that Linked Electronic Provides
1.PCB production of a wide range of Electronic PRINTED CIRCUIT
BOARDS even for HIGH-END APPLICATIONS
2.PCB PROTOTYPING – production quantity from one unit in – EXPRESS
TIMES
SMALL, MEDIUM, AND LARGE PCB PRODUCTION RUNS or arrangement of
production using special technologies.
3.PCB ASSEMBLY with components as well as final functionality
testing.
4. LASER CUT STENCILS with various specifications.
5. QUALITY GUARANTEE – 100% TESTING AND INSPECTION before shipping–
testing and parameter measuring of printed circuit boards produced,
including assembled boards (cross sectional examination of boards
with components), utilizing non-destructive methods (electrical
measurements or X-ray inspections) as well as destructive methods
for bare PCB Board (metallographic cross-sectioning, thermal stress
testing, solderability testing, and so on).
