Newhaven Display Backlight Connectors
Newhaven Display Backlight Connectors are designed to provide reliable electrical connections for powering LED backlighting in display modules. These connectors support consistent illumination performance while accommodating compact, space-constrained designs commonly used in embedded and commercial electronics. Engineered to complement Newhaven Display modules, backlight connectors help simplify system integration and support dependable operation in display-driven applications.
Backlight Connector Solutions
Newhaven Display backlight connectors are purpose-built for connecting LED backlight circuits within display assemblies. The compact form factor and dedicated design help ensure proper power delivery while maintaining organized internal layouts.
Designed for Display Integration
Newhaven Display backlight connectors are developed to work seamlessly with Newhaven display modules and related accessories. Using compatible backlight connectors helps reduce design complexity while supporting consistent illumination and reliable electrical performance throughout the product lifecycle.
Features
- Designed specifically for LED display backlight connections
- Compact, space-efficient design
- Supports reliable power delivery for display backlighting
- Developed to integrate with Newhaven display modules
- Suitable for embedded and commercial electronic systems
Applications
- LCD and TFT display backlighting
- Embedded display modules
- Industrial control displays
- Point-of-sale (POS) terminals and kiosks
- Commercial and consumer electronics
Specifications
- Backlight connector type
- Designed for LED backlight power connection applications
- PCB-mounted connector interface mounting style
- Low-voltage power electrical use
- Compact form factor for space-constrained layouts
- Suitable for standard commercial and industrial conditions
Related Development Tools
Newhaven Display Development Tools for Displays
Designed to simplify the evaluation, integration, and customization of display technologies.