Flexible and Rigid-Flex PCB Design
PCB Design
Flexible and Rigid-Flex PCB Design
Flexible and rigid-flex PCB solutions are preferred in platforms where volume, weight, and vibration constraints are decisive (UAV, portable systems, flight computers).
Intechron kapsamı
- IPC-2223 compliant flex and rigid-flex design rules
- Bend-zone optimization and lifetime estimation
- Fatigue analysis for dynamic flex applications
- Shielded flex layers to reduce EMI permeability
Our Work Process
How We Work
We systematically execute all engineering activities from needs analysis to operational acceptance in accordance with customer requirements, technical standards, and verification/test criteria.
01
Requirements Analysis & System Definition
Requirements Analysis & System Definition
02
Architecture Design
We integrate hardware, software, mechanical, and interface components into a holistic system architecture.
03
Detailed Design
We translate system architecture into production-ready electronic, software, and mechanical designs.
04
Prototype & Verification
We bring designs to life through prototypes, verifying functional and requirements compliance.
05
Test & Qualification
We subject products to functional, environmental, and performance testing in accordance with applicable standards.
06
Production
We transition validated designs to production based on quality, traceability, and repeatability principles.