Experience Next-Level Connectivity with HUADA’s J30J-15TJ-C Advanced Micro Connectors

Elevate your connection standards with HUADA’s J30J-15TJ-C, a micro rectangular electrical connector that redefines high-density interconnectivity. This 15-core powerhouse is meticulously engineered for miniaturization while upholding the highest reliability standards. Its innovative design features twisted wire twist needles for optimal contact spacing of 1.27mm and row spacing of 1.1mm, accommodating wires from 0.1mm² to 0.15mm² with ease. Compliant with GJB 2446 requirements and paralleling MIL-DT-83513 US military specifications, the J30J-15TJ-C is your go-to connector for demanding military and industrial applications.

Technical key feature of HUADA J30J-15TJ-C: Precision Engineered for High-Performance Applications

Mating Cycles (500): This indicates the connector’s durability, capable of being connected and disconnected 500 times without loss in performance.
Maximum Operating Temperature (+125 °C): The connector can operate effectively in high-temperature environments, withstanding up to +125 °C, suitable for various industrial applications.
Minimum Operating Temperature (-55 °C): It is also designed to function in extremely low temperatures, down to -55 °C, ensuring reliability in harsh conditions.
Series (Micro Rectangular Electrical Connector): This series is tailored for space-saving applications while providing high-density connections, ideal for modern electronic needs.
Current (3 A): The connector supports a current flow of 3 amperes, which is adequate for many electronic circuits and devices.
Contact Resistance (10 mΩ): A low contact resistance means that very little electrical power is lost as heat, ensuring efficient operation.
Insulation Resistance (5000 mΩ): A high insulation resistance helps to prevent electrical leakage, which can be critical for both safety and system integrity.
Vibration (10Hz~2000Hz, 196m/s²): The connector can endure significant vibration without disconnecting, making it reliable for use in vehicles, aerospace, and other dynamic environments.

Technical Feature Table: