Key Features of MOCO G-Series Micro Connectors
High-Density Pin Design: The G-Series connectors are designed with high-density pins, allowing compact yet efficient layouts that meet the needs of complex systems.
Durable Copper Alloy-Plated Shell: These connectors feature a copper alloy shell with a durable plated finish, providing strong protection and resistance in demanding environments.
Five-Position Blind-Mating System: With a five-point positioning system, the G-Series ensures reliable blind mating for hassle-free installation and operation.
High-Performance Transmission: Designed for high-speed data transmission, the G-Series supports seamless and efficient data transfer, ideal for modern high-frequency applications.
360° EMC Shielding: The G-Series offers full 360° electromagnetic compatibility (EMC) shielding, reducing interference for reliable data integrity.
IP68-Rated Protection: With an IP68 rating, these connectors are resistant to dust and water, ensuring performance even in the harshest environments.
Application Scope
The MOCO G-Series micro connectors are suited for a wide range of industries, including:
Industrial Control: Supporting precise control systems with stable high-speed data transfer.
Defense and Security: Durable and reliable connectors for mission-critical applications.
Aerospace: High-performance transmission and robust build suitable for aerospace technology.
Telecommunications: Ensuring high-quality data connectivity in communication networks.
Medical Equipment: Reliable performance that meets the stringent standards of medical technology.
Surveying and Mapping: Ideal for equipment requiring long-lasting, high-speed connectivity.
Product Specifications
The G-Series connectors meet rigorous performance standards:
Operating Temperature: -55°C to 125°C
Maximum Humidity: ≤ 95%
Mechanical Lifespan: Up to 5000 cycles
Salt Spray Resistance: 96 hours
EMC Shielding Performance: 75dB at 10MHz, 40dB at 1GHz
With these specifications, MOCO’s G-Series connectors are engineered to withstand challenging environments and meet the demands of modern, high-tech applications.