Circular Connector

GJB599 Series III (MIL-DTL-38999 Series III) electrical connector Product Introduction Complies with GJB599B (MIL-DTL-38999M)Series III standard Three-head threaded quick connector with anti-loosening mechanism Small in volume, light in weight, and high in contact pair density Possesses electromagnetic shielding functionality The contact pieces are detachably crimped, and the pins are designed to prevent oblique insertion. It exhibits high-strength vibration characteristics

GJB599B MIL-DTL-38999 Series I Quick-Release EMI Shielded Connector The GJB599B MIL-DTL-38999 Series I Quick-Release EMI Shielded Connector is designed for compact, lightweight, and high-density circuit signal connection. It features quick-release coupling, EMI/RFI shielding, five-key positioning, anti-mismating protection, and detachable crimp contacts for reliable connection performance. This series provides 9 shell sizes , multiple contact layouts, and various receptacle

GJB599 Series III (MIL-DTL-38999 Series III) Electrical Connector | High-Density Multi-Pin Rugged Connector | EMI Shielded The GJB599 Series III connector conforms to GJB599B (MIL-DTL-38999M) Series III standards and is engineered for demanding industrial and mili-tary environments. It features a three-head threaded quick-connect mechanism with anti-loosening functionality. Compact and lightweight, the connector provides high contact density with electromagnetic shielding.

Lightweight Circular Electrical Connector for Signal Connection The lightweight electrical connector is designed for reliable circuit signal connection in electronic systems that require compact size, low weight, and stable electrical performance. It is suitable for applications not exposed to high-intensity vibration or severe wind, sand, and moisture conditions. The connector features aluminum alloy or stainless-steel shell options , with surface treatments including Class

Product Introduction Complies with GJB599B (MIL-DTL-38999M) Series III standard Three-head threaded quick connector with anti-loosening mechanism Small in volume, light in weight, and high in contact pair density Possesses electromagnetic shielding functionality The contact pieces are detachably crimped, and the pins are designed to prevent oblique insertion. It exhibits high-strength vibration characteristics at elevated temperatures, making it suitable for use in harsh

High-Reliability Threaded Connector with Secure Locking Design Engineered for equipment exposed to vibration, shock, and mechanical movement, this connector uses a triple-start threaded quick-locking structure with anti-loosening protection to ensure dependable connection stability. The design combines rapid mating, strong locking force, and reliable resistance to accidental disengagement, making it suitable for rugged electronic systems and harsh operating environments. Its

High-Reliability Signal Connector with Multiple Voltage Grades This connector is designed for circuit signal connection across different operating grades. Depending on the contact arrangement, voltage ratings can reach up to 2300 V at sea level and up to 1000 V at 21,000 meters. With gold-plated copper alloy contacts available in crimp, solder, and PCB termination types, the connector provides stable electrical conductivity and flexible termination options for high-reliabilit

EMI Shielded Series III Circular Connector The EMI Shielded Series III Circular Connector is a high-performance interconnect solution developed for complex electronic systems that require stable signal integrity and reliable electromagnetic interference protection. Constructed with a precision metal shell and designed to accommodate shielded and coaxial contact options, this connector helps protect internal circuits from external electromagnetic disturbance while supporting

Anti-Loosening Threaded Connector for Reliable Signal Transmission This connector is designed with a triple-start threaded quick-coupling mechanism and an integrated anti-loosening structure , ensuring secure mating and stable locking performance under vibration, impact, and dynamic operating conditions. The threaded coupling design enables fast connection while maintaining excellent mechanical retention, making the connector suitable for high-reliability signal transmission