Product Overview

The pictured board is a prime example of our automotive device PCB assembly, engineered for advanced power and communication functions in modern vehicles. Designed with high-density components, precision soldering, and robust thermal control, this assembly reflects the standards required by today’s automotive electronics industry.

At Ring PCB, we deliver automotive PCB assembly solutions that ensure durability, safety, and efficiency—even under extreme conditions of heat, vibration, and long operating cycles.

Features and Advantages

• High Component Density – Multi-layer PCB with optimized placement for efficient performance.

• RoHS & Lead-Free – Environmentally friendly manufacturing, as clearly labeled on the board.

• Thermal & Electrical Stability – Reinforced copper plating and capacitors ensure steady operation.

• Reliable Connectivity – Clear outputs (BLACK, RED, WHITE) enable easy integration in automotive systems.

• Automotive Standards – Built to meet ISO9001, ISO14001, ISO13485, and IATF16949 compliance.

Technical Challenges Solved

• Signal integrity in high-frequency automotive communication systems.

• Thermal management for EV drive boards and motor controllers.

• Durability under vibration and long vehicle lifespans.

• Error reduction with automated SMT lines and AOI inspection.

Typical Technical Parameters

Application Fields

Our automotive device PCB assembly is widely applied in:

• EV drive boards and motor controllers

• Battery management systems (BMS)

• Smart automotive lighting systems

• ADAS modules and safety electronics

• On-board chargers & fast charging stations

Product Showcase: Three-Wheeler Drive Board PCBA

The featured board in the image is similar to our three-wheeler drive board PCBA, designed for stable high-current load operation.

Key highlights of this custom PCBA solution:

• Tailored Design – Developed for motor drive and control in three-wheelers.

• Reinforced Reliability – High vibration resistance, protective coatings, and long lifespan design.

• Efficient Heat Dissipation – Optimized multi-layer layout with enhanced copper paths.

• Scalable Production – Rapid prototyping in 3 days, mass production in 7 days.

This showcases how our automotive PCB assembly can be customized for mobility solutions, balancing efficiency, safety, and cost-effectiveness.