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JGB599 III Series MIL-DTL-38999 III EMI Shielded Circular Connector The JGB599 III Series MIL-DTL-38999 III EMI Shielded Circular Connector is a compact, lightweight, high-density connector designed for electrical signal connection in harsh environments. It features triple-start threaded quick coupling, anti-loosening locking, EMI shielding, removable contacts, and anti-misalignment insertion protection. This series is available with aluminum alloy, stainless steel, or

ZH83723 Series GJB4337 MIL-C-83723E Electrical Connector The ZH83723 Series Electrical Connector complies with GJB4337-2002 / MIL-C-83723E standards and is widely used in aviation, aerospace, and electronic equipment applications. It supports Class A, K, R, and Y technical requirements and is designed for reliable electrical interconnection in demanding environments. This series features a self-sealing wire seal, adhesive-bonded combined insulator, self-locking mechanism,

Product Introduction Compliant with GJB599B (MIL-DTL-38999M) Series II standard. Adopts card-type quick connection design. It features the smallest volume, lightest weight and shortest housing length among all 599 series products. It provides excellent EMI/RFI shielding performance. The contacts are press-fit and detachable with anti-diagonal insertion structure. For limited space where plugging and unplugging is inconvenient, it is recommended to pre-install pins into the

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

Ordering Models Name Model Remarks 8#Differential Pin CF81/411-01 / 8#Differential Socket CF82/411-01 / Product Description CF81/411-01: Equipped with 8# differential pins, compatible with cable CEC-RWC-18664. CF82/411-01: Equipped with 8# differential sockets, compatible with cable CEC-RWC-18664.

Model: FQ24-6TJ-12 FQ Series Waterproof Circular Connectors The FQ range of circular waterproof connectors serves as dependable connecting parts for signal and power circuits of all types of electronic and industrial gear. All items are produced in line with specification DZ4Q/RE008-84, with well-polished structural design to guarantee dependable electrical and mechanical performance throughout operation. Built to meet requirements for water resistance, steady contact and

Protective Dust Sealing Caps for Plugs and Receptacles Product Model Designation: Remark: Sealing caps are optional accessories and are not supplied together with the connector by default. They must be purchased separately when needed. Tailored solutions and special customization services are available upon request. Overall Dimensional Specifications Plug Sealing Cap: J599/32 (D38999/32) Class C Receptacle Sealing Cap: J599/33(D38999/33) Class C Shell Number 09 11 13 15 17 19

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

JGB599 III Series / MIL-DTL-38999 Series III Electrical Connectors The JGB599 III Series Electrical Connector , compliant with GJB599B / MIL-DTL-38999M Series III standards, is a high-reliability circular electrical connector designed for demanding signal connection applications. This series adopts a triple-start threaded quick-coupling mechanism with an integrated anti-loosening structure, providing fast mating, secure locking, and excellent connection stability under