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PCBA Development

What PCBA We Deliver

Renewable Energy

  • Photovoltaics (Solar Energy Systems)
  • Energy Storage Devices
  • Solar Inverters
  • UPS (Uninterruptible Power Supplies)

Power Applications

  • High-Power Electric Motors
  • Low/Medium Voltage Drives
  • Power Conversions

Energy Vehicles (EVs)

  • Motor Drives
  • Vehicle Lighting (LED Headlights/Taillights)
  • USB-C Power
  • Wireless Charging

Charging Infrastructure

  • Automotive Battery Management System
  • Charging Stations/Piles
  • Synchronous Rectification Fast Chargers

Smart Lighting

  • Street Lighting - 4G
  • Street Lighting - HPLC
  • LED Drivers
  • Cloud Service
  • Radar Sensor

Smart Meter

  • Metering Module
  • MCU
  • Communication Protocol
  • Power Supply Module
  • Cloud Security

WORK PROCESS

Our PCBA design process delivers robust and efficient printed circuit board assemblies, tailored to your specific requirements. Here’s our step-by-step approach
1

Schematic Design

We create a detailed blueprint of the circuit, outlining electrical connections and ensuring compatibility with your application.

2

Component Selection

Our team sources high-quality components, balancing cost, availability, and performance to meet your needs.

3

PCB Layout

Using advanced CAD tools, we arrange components on the board, optimizing for signal integrity, thermal management, and manufacturability.

4

Prototyping

We produce prototype boards and conduct real-world tests, such as signal analysis and environmental stress testing, to refine the design.

5

Assembly

Employing state-of-the-art Surface Mount Technology (SMT) and Through-Hole Technology (THT), we assemble the boards with precision.

6

Testing and Quality Control

Each PCBA undergoes comprehensive testing—in-circuit, functional, and boundary scan—to ensure it meets our stringent standards

Design and Manufacturing Timeline – PCBA

Total Timeline: 5.5 weeks+

0.5 W

Analyzing Requirements

Gather specs, determine if existing design suffices or new design is needed

0.5 W

Design Phase

Create PCB layout, perform DRC and DFM analysis

1 W

Prototyping

Fabricate and test PCBA samples to validate functionality

3 d

PCB Fabrication

Produce bare PCBs based on design specifications

1 W

Component Sourcing

Procure components, verify BOM

0.5 W

PCBA Assembly

Solder paste application, SMT/THT assembly, AOI inspection

0.5 w+1000h

Testing and Quality Control

Functional testing, burn-in testing, defect inspection. 1000h reliability tests mandatory  for first batch

1 W

Delivery

Package and ship PCBAs to customers