Module 07 1 min read

Where PCBs End Up — Industries and Applications

Consumer, industrial, automotive, medical, aerospace, telecom, energy, IoT, lighting — and what each segment cares about.

This module helps you understand WHO buys PCBs and WHY. Knowing the end-use helps you ask better questions and qualify deals faster.

Consumer Electronics

Phones, TVs, laptops, headphones, tablets, smart speakers, gaming consoles, drones, e-bikes.

Factory robots, motor drives, sensors, HMI panels, PLCs, conveyor controls, test equipment.

Engine control units, infotainment, ADAS (driver assist), EV battery management, charging stations.

Patient monitors, imaging equipment, infusion pumps, glucose meters, hearing aids, implantables.

Avionics, radar, missile guidance, satellite, drones, ground systems.

ITAR-controlled, AS9100, IPC Class 3
"Made in USA" required
High margins, low volumes
Long approval cycles (you need security clearances or at least U.S.-citizen-only handling for some work)

5G base stations, routers, switches, fiber optics, data center equipment.

Solar inverters, wind turbines, battery storage, EV charging, power supplies.

Smart thermostats, security cameras, agricultural sensors, asset trackers, wearables.

Aluminum metal-core PCBs dominate.

What you really need to remember

The industry of the end product drives the requirements (class, certifications, materials).
Medical, aerospace, defense, and automotive are the highest-margin and most loyal segments — but the longest to win.
Industrial automation and IoT are great segments for new salespeople: faster cycles, growing demand, manageable certification requirements.

Which certification is specifically for medical device manufacturing?

Which two segments are usually best for a NEW salesperson to start in?

Aerospace & defense work typically requires what?

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