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Projector board PCBA

Parameter Table for Projector Board PCBA

Parameter Description
Input Voltage 12–24V DC (adjustable for LED/laser light engines)
Processor/Controller ARM Cortex-A series SoC or FPGA for image processing and system control
Light Source Control LED/Laser drivers with PWM dimming (adjustable brightness: 2000–5000 lumens)
Resolution Support Up to 4K UHD (3840×2160) with HDR10/HLG compatibility
Display Technology DLP (Digital Light Processing), LCD, or LCoS (Liquid Crystal on Silicon)
Video Interfaces HDMI 2.1, USB-C (DP Alt Mode), Wi-Fi 6, Bluetooth 5.2 for wireless streaming
Thermal Management Heat pipes, fans (≤25 dB noise), and aluminum heatsinks for sustained operation
PCB Specifications 6–12 layer FR4 with ENIG finish; impedance control for high-speed signal integrity
Power Efficiency 85–90% efficiency with GaN-based power modules
Compliance Standards RoHS, IPC-A-610 Class 3, CE/FCC, ISO 9001
Applications Home theater, commercial projectors, portable projectors, augmented reality

 

A ​Projector Board PCBA is the core printed circuit board assembly driving modern projection systems, integrating ​DLP, ​LCD, or ​LCoS display technologies to deliver ultra-high-definition visuals (up to ​4K UHD) with HDR10/HLG support. Designed for versatility, it combines ​ARM Cortex-A processors or ​FPGAs for real-time image rendering and ​GaN-based power modules for energy-efficient operation (85–90% efficiency). Key features include ​HDMI 2.1 and ​USB-C connectivity for 4K/120Hz input, adaptive thermal management (heat pipes + low-noise fans), and wireless streaming via ​Wi-Fi 6 and ​Bluetooth 5.2. Compliant with ​CE/FCC, ​RoHS, and ​IPC-A-610 Class 3 standards, these PCBAs are used in home theaters, portable projectors, and AR/VR systems, ensuring reliability in temperatures up to ​85°C. Manufacturers prioritize ​ENIG-finished FR4 substrates and multi-layer designs to maintain signal integrity and durability in high-lumen (2000–5000 lumens) applications.

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