About Military PCBA

Military PCBAs are critical components that ensure the functionality, performance and safety of military equipment and must meet stringent standards and requirements during the design and manufacturing process.

PCBAs are used in a wide range of military systems and equipment, such as weapons systems, communications equipment, navigation instruments and drones.

Importance of Military PCBA

Rigorous Quality Control

A comprehensive quality management system is implemented to ensure that every aspect of production meets military standards.

Environmental Resistance

Design and selection should ensure that the PCBA can operate under extreme environmental conditions, using suitable materials and components.

Anti-interference and electromagnetic compatibility

PCBAs must have good immunity to electromagnetic interference (EMI) to ensure reliable operation in complex electromagnetic environments.

Strict Quality Control

The production process of military PCBAs requires strict quality control. hrPCBA conducts thorough testing of the product to ensure that the PCBA meets all specifications before it leaves the factory.

Main Processes of PCBA

PCB manufacturing &component management

PCB manufacturing &component management

Manufacture PCB according to customer's gerber file. Procurement of components according to BOM LIST to meet quality standards.

SMT & THT Assembly Technology

SMT & THT Assembly Technology

Surface mount technology (suitable for high-density, miniaturised component arrangement, the most commonly used assembly method in consumer electronics) Through-hole technology (THT is used on some components that require high strength connections)

Soldering processes

Soldering processes

Reflow soldering or wave soldering is performed to fix the components on the board and complete the soldering.

Inspection and Testing

Inspection and Testing

In order to ensure the quality of PCBA, HRPCBA will do a series of tests on the products, including automatic optical inspection (AOI), X-ray inspection, functional test and in-line test, etc. to find and eliminate possible faults.

Robust PCB Designs for Military Systems

Multi-Layer PCB

Multi-Layer PCB

  • Advanced Communication Systems
  • Radar Equipment
  • Flight control systems
High-Frequency PCB

High-Frequency PCB

  • Military wireless communication equipment
  • Satellite Communication System
  • Electronic Countermeasures Equipment
Flexible PCB

Flexible PCB

  • Wearable Military Equipment
  • Military helmet display systems
  • Complex Connection Harnesses
Rigid-Flex PCB

Rigid-Flex PCB

  • Complex missile control systems
  • High-end drone electronics
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PCBA Testing

Functional Testing

Verifies the overall functionality of the PCBA to ensure that all circuits and modules work as designed.

In-Circuit Testing (ICT)

Detects the mounting and function of each component on the PCB, including component values, connectivity, shorts and opens.

Automated Optical Inspection (AOI)

Detects surface defects, including component offset, missing, misalignment, solder joint defects, etc., and identifies potential problems through image analysis.

X-ray Inspection (X-ray Inspection)

Detects the quality of solder joints in BGAs and multi-layer PCBs, checking the soldering for false soldering, cracks and internal connection problems to ensure the integrity and reliability of the internal structure.

As one of the leading electronic PCBA suppliers in China, we have over 17 years of experience in providing one-stop OEM services.

We can provide various types of circuit boards such as Rigid PCBs, Flex PCBs, Rigid-Flex PCBs, Copper PCBs and High Density Interconnect PCBs.

All components are manufactured to IPC-A-600F Class 2 and Class 3 standards or better. We have specialized pcb manufacturing and testing equipment for medical devices.

We use high quality materials, advanced manufacturing processes and rigorous testing to ensure stable and trouble-free operation of medical devices.

Regular testing, quality assurance processes and adherence to industry standards are critical throughout the design and manufacturing stages. All printed circuit boards are subjected to ICT, Automated Optical Inspection (AOI), X-ray, Functional Test (FCT) and aging tests prior to shipment.

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