Yonggui Aerospace and Satellite Interconnect Solutions for High-Reliability Space Applications

Designed in accordance with ESCC 3401 requirements.

Six shell sizes and 30 contact arrangements; supports solder-cup, straight PCB solder and right-angle PCB solder terminations.

Engineered for radiation resistance, thermal-vacuum outgassing control and low residual magnetic properties, with compact, lightweight, shock-resistant and vibration-resistant characteristics.

Designed in accordance with ESCC 3401 requirements.

Six shell sizes and 11 contact arrangements, with up to 104 contacts and removable contacts.

Suitable for harsh space environments requiring radiation resistance, thermal-vacuum compatibility and low residual magnetic properties.

Designed in accordance with ESCC 3401 requirements.

Six shell sizes and multiple structural configurations.

Lightweight and low-magnetic design; used with connectors in aerospace equipment, launch vehicles, satellite harnesses, payloads, and military and aerospace electronics.

Designed in accordance with GJB 2446A requirements.

Available in 9, 15, 21, 25, 31, 37, 51, 66, 74 and 100-contact arrangements.

Metal housing, comparable to MDM-type miniature rectangular connectors; twist-pin socket contacts support high contact density.

Performance designed to meet GJB 2446A requirements.

Available in 9, 15, 21, 25, 31, 37, 51, 66, 74 and 100-contact arrangements.

Uses twist-pin socket contacts with 1.27 mm hole spacing and 1.1 mm row spacing; volume is approximately 40% of conventional J30J products.

Developed with reference to GJB 2446A requirements.

Six contact arrangements: 9, 15, 21, 25, 31 and 37 contacts.

Glass-sealed structure provides hermetic performance, with air leakage rate of 1 x 10-3 Pa·cm³/s under one atmosphere.

Developed with reference to GJB 2446A requirements.

Seven arrangements: 12, 18, 24, 30, 36, 55 and 100 contacts.

Twist-pin socket contact design with 1.27 mm x 1.27 mm spacing; transmission rate up to 1.65 Gbps.

Five arrangements: 9, 23, 37, 51 and 73 contacts.

Supports common protocols such as USB 3.0, DisplayPort, DVI and HDMI.

Small, lightweight, high-density stainless-steel body; single-channel transmission rate up to 10 Gbps.

Designed in accordance with GJB 7245 requirements.

Ten arrangements ranging from 9 to 85 contacts.

Twist-pin socket contacts, high contact density, 0.635 mm aperture and 1.016 mm pitch, with an ultra-compact profile.

Developed with reference to GJB 2446A requirements.

Low-frequency contacts use twist-pin technology; RF contacts use SMP-standard interface contacts.

RF and low-frequency contacts can be combined and customized to meet system integration requirements.

Product range covers N, SSMP, 2.92 and 1.85 interfaces.

Maximum frequency up to 65 GHz with the 1.85 interface.

Minimum outer size of 3 mm for SMPM; VSWR as low as 1.3 at 65 GHz.

Developed with reference to CPCI connector design.

RF contacts use MCX connector standards to support RF channel transmission in different quantities.

Floating blind-mate capability for RF signal channels between vertically arranged printed circuit boards.

Designed in accordance with GJB 599 / MIL-DTL-38999 Series III requirements.

Threaded coupling with anti-mis-mating and anti-loosening structure.

Covers electrical, hermetic and filter connector configurations; supports mixed electrical, optical, differential and coaxial transmission for flight control and avionics systems.

Designed in accordance with MIL-DTL-32689 requirements.

Threaded coupling with anti-mis-mating and stop-locking structures.

Five series: 801, 802, 803, 804 and 805; approximately 30% lighter and 50% smaller than GJB 599 III products.

Designed in accordance with GJB 2889-1997 requirements.

Bayonet quick-locking structure.

Four series - XC, XCE, XCD and XC158 - with more than 70 contact arrangements for flight control and avionics systems.

Designed primarily for external equipment interfaces.

Available with RJ45, USB and HDMI interfaces.

High reliability, environmental resistance, vibration and shock resistance, with protection level up to IP67 for harsh-environment network data interfaces.

Designed in accordance with GJB 4337 / MIL-DTL-83723 Series III requirements.

Suitable for high-temperature, high-vibration environments such as aero-engines; operating temperature range from -65°C to 260°C.

Nine shell sizes, six keying positions and 30 contact arrangements; threaded anti-loosening structure and crimp termination for the fixed end.

Designed in accordance with GJB 9176-2017 requirements.

Push-pull locking for quick mating and unmating.

Available in K, B, C, F and FX series; designed for high density, waterproofing, compact size, blind mating and long service life.

Designed in accordance with GJB 10166 / ARINC 600 requirements.

Modular architecture with a maximum contact capacity of up to 800 contacts.

Integrated configuration supports mixed electrical, optical, differential and coaxial transmission.

Designed in accordance with GJB 10166 / MIL-DTL-83527 requirements.

Four shell sizes and 40 contact arrangements.

Suitable for integrated transmission environments combining low-frequency, power, RF and optical signals.

Designed in accordance with EN 4644 / ARINC 810 requirements.

Two shell sizes and 20 contact arrangements.

Supports mixed integrated transmission of low-frequency, power, high-speed differential, high-frequency and optical contacts.

Designed in accordance with GJB 1438A requirements.

Plastic housing, 2 mm contact spacing, compact size and high density.

Six arrangements from 9 to 37 contacts and multiple connection methods for close board-to-board circuit connections.

Designed in accordance with GJB 1438A requirements.

Latch-locking structure for quick locking; plastic housing with 4.2 mm contact spacing.

4 to 24 contacts; supports wire-to-board connections with removable wire-end contacts.

Plastic housing with nine contact arrangements.

Designed in accordance with EN 3545 requirements.

Supports integrated transmission of low-frequency, power, RF and optical signals.