Electronic Integration

PCB Assemblies

Printed circuit board assemblies connect drivers, sensors, controls, processors, protection devices, connectors, and other electronics within compact lighting systems.

PCB assemblies allow complex electrical functions to be packaged within relatively small mechanical spaces. In industrial lighting, one board may perform power, control, sensing, communication, or LED-driving functions.

Board Layout

Arranging Components Around System Requirements

Board design should account for connectors, mounting holes, electronic components, thermal areas, clearances, test points, wiring access, and the mechanical enclosure.

Industrial printed circuit board assemblies

Manufacturing

Populating the Circuit Board

Printed circuit board assemblies combine bare boards with electronic components, connectors, terminals, sensors, and other devices through repeatable manufacturing processes.

Component orientation, spacing, soldering, handling, inspection, and testing must support the intended production volume and reliability requirements.

Connectors

Creating Board-Level Interfaces

Board-mounted connectors can create defined interfaces for power, LED modules, sensors, external controls, and adjacent assemblies.

Placement should account for access, cable direction, strain relief, enclosure walls, and manufacturing sequence.

Thermal Design

Electronic Components Also Produce Heat

Drivers, power devices, processors, resistive components, and conversion electronics can create concentrated thermal loads on the board.

Board placement and enclosure design should allow those loads to be transferred or dissipated according to the system requirements.

Protection

Environmental Exposure

Electronics may need protection from moisture, dust, conductive debris, oils, vibration, and other industrial conditions.

Protection can come from the final enclosure, component selection, board spacing, coatings, seals, or combinations of methods appropriate to the application.

Verification

Electrical Testing Before Final Assembly

Board-level testing can identify electrical problems before the PCB is installed into the complete lighting fixture or control system.

Test points, connectors, programming interfaces, and diagnostic access should be considered during board design rather than added late in production.

Selection

PCB Assembly Design Factors

Board EnvelopeFit the electronics inside the available mechanical space.
Component PlacementCoordinate heat, access, routing, and electrical function.
ConnectorsPosition interfaces for practical cable attachment.
TestingProvide electrical and programming access where required.
EnvironmentProtect electronics from industrial contamination and vibration.
ProductionDesign around repeatable assembly and inspection.