Wiper Control Switch FPC
This wiper control switch FPC is used for in-vehicle signal transmission. Hongyi Precision’s R&D team has developed a mature differential signal routing solution through extensive testing and validation: CAN and LIN communication differential traces strictly adhere to equal-length, equal-spacing, parallel routing; trace spacing ≥3× trace width; impedance remains continuous along the entire route, eliminating impedance discontinuities and stubs—effectively reducing signal interference and ensuring stable in-vehicle communication while minimizing bus error faults.
Key features
Standardized Differential Trace Layout
CAN/LIN Differential Traces: Equal-Length, Equal-Spacing, Parallel Routing
Controlled-Impedance Design
Spacing ≥3× Trace Width; Continuous Impedance Throughout Entire Route
Stub-Free Routing Architecture
Mitigates Signal Reflection Interference; Enhances Communication Reliability
EMI-Resistant Automotive-Grade Process
Withstands Complex In-Vehicle Electromagnetic Environments
Flexible PI Substrate
Meets Dynamic In-Vehicle Installation Bend Requirements
100% Electrical and Impedance Sampling Inspection
Ensures Batch-to-Batch Communication Consistency
Specifications
- Layer Count
- 1–2 Layers
- Differential Routing Requirements
- Equal Length, Equal Spacing, Parallel
- Differential Trace Spacing
- ≥3× Conductor Width
- Trace Requirements
- Stub-Free; Continuous Impedance Without Discontinuities
- Substrate
- PI 12.5 μm / 25 μm
- Copper Thickness
- 12 μm, 18 μm
- Surface Finish
- ENIG Gold Plating, OSP
- Operating Temperature
- -40°C to 105°C
- Electrical Testing
- 100% Full Inspection
Typical applications
- Wiper Control Switch FPC
- In-Vehicle Sensor Communication Flex Circuit
- Body ECU Module Signal Transmission Flex Cable
- In-Vehicle Sensor Signal Acquisition Flex Circuit
Talk to an engineer
Share your Gerber files or specification and our engineering team will assess manufacturability, advise on process and stack-up, then move your project through sampling and volume production to automotive standards.
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