Do you have technical data on Moarconn Electronics' card socket connector products?
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- Moarconn
- Issue Time
- Apr 8,2025
Summary
In electronic devices, the performance of card socket connectors directly impacts signal transmission stability and product lifespan. With years of technical expertise, Moarconn Electronics has developed high-performance card socket connectors that meet stringent requirements through precise engineering.

In electronic devices, the performance of card socket connectors directly impacts signal transmission stability and product lifespan. With years of technical expertise, Moarconn Electronics has developed high-performance card socket connectors that meet stringent requirements through precise engineering.
Key Performance Data
1. Ultra-Low Contact Resistance (≤20mΩ)
Gold-plated contacts (0.5μm~2μm optional) and elastic structural design ensure stable signal transmission, ideal for high-frequency communication and precision instruments.
2. Exceptional Durability (10,000+ Insertions)
Phosphor bronze material with gold plating provides oxidation resistance, maintaining resistance variance below 5% after repeated mating—perfect for industrial applications requiring frequent insertions.
3. Wide Temperature Range (-40℃~+85℃)
High-temperature-resistant LCP material ensures stable performance in extreme conditions, passing 500-hour 85℃/85%RH humidity testing without failure.
4. Space-Saving Miniaturization (1.2mm Thickness)
Ultra-slim designs like Micro SD card sockets reduce PCB footprint by 20% while supporting stacked layouts, enabling sleeker consumer electronics.
5. 100% Eco-Compliant
Fully compliant with RoHS 2.0 and REACH standards, using lead-free and halogen-free materials for global market requirements.
Moarconn Electronics combines data-driven quality control with precision manufacturing to deliver industry-leading conductivity, durability, and environmental adaptability. For customization or technical support, contact our engineering team.
(Note: Specifications based on Moarconn lab tests; real-world performance may vary by application.)