PCB Design Blog
Expert insights, design guides, and industry trends from our engineering team
Showing 1 - 9 of 22 articles
Single-Sided vs Double-Sided Flex PCB: Which Design Should You Choose?
Compare single-sided and double-sided flex PCBs across cost, flexibility, circuit density, and applications. Expert guide with IPC-2223 specs to help you pick the right design.
Flex PCB Thermal Management: 7 Heat Dissipation Techniques That Prevent Field Failures
Master flex PCB thermal management with 7 proven heat dissipation techniques. Covers copper heat spreading, thermal vias, graphite layers, and material selection for high-temperature flexible circuits.
Flex PCB for 5G & mmWave Antennas: RF Design Guide for High-Frequency Applications
How to design flex PCBs for 5G and mmWave antenna systems. Covers material selection, impedance control, antenna-in-package integration, and manufacturing rules for sub-6 GHz to 77 GHz frequencies.
Flex PCB Automotive Applications: Design Requirements for EVs, ADAS, and Beyond
Learn how flex PCBs meet the harsh demands of automotive electronics. Covers EV battery management, ADAS sensor integration, AEC-Q100 qualification, and design rules for -40°C to 150°C operation.
Flex PCB Connector Guide: ZIF, FPC & Board-to-Board Types Compared
Compare ZIF, FPC, FFC, and board-to-board connectors for flex circuits. Covers pitch selection, mating cycles, design rules, and common mistakes to avoid.
Flex PCB EMI Shielding: Materials, Methods & Design Best Practices
Complete guide to EMI shielding for flex PCBs. Compare copper layers, silver ink, and shielding films. Learn design rules, material selection, cost trade-offs, and how to balance flexibility with electromagnetic protection.
How to Prototype Flex PCB: Complete Guide From Design to Mass Production
Learn how to prototype flex PCBs successfully — from design-for-prototyping tips, material selection, and cost optimization to transitioning your prototype into mass production.
Flex PCB Manufacturing Process: 12 Steps From Raw Material to Finished Circuit
Complete guide to the flex PCB manufacturing process — from polyimide preparation through etching, lamination, coverlay, and final testing. Learn what happens at each production stage.
Flex PCB for Wearable Devices & IoT: Design, Manufacturing & Integration Guide
Complete guide to designing flex PCBs for wearables and IoT devices. Covers material selection, bend radius rules, miniaturization techniques, power management, antenna integration, and DFM best practices for mass production.