Discover the HUADA J30J-9ZKW-J Micro Connector Series

The HUADA J30J-9ZKW-J micro rectangular electrical connector combines high density, miniaturization, and unwavering reliability. With twelve specifications available (ranging from 5 to 144 cores), this connector series caters to space-constrained applications. The twisted wire twist needles ensure secure connections, featuring a precise contact spacing of 1.27mm for efficient signal transmission. Whether you’re designing cutting-edge electronics or robust industrial machinery, the J30J-9ZKW-J meets the stringent requirements of GJB 2446 and aligns with the US military standard MIL-DT-83513.

Key Features of the HUADA J30J-9ZKW-J Connector

Temperature Range: The connector operates reliably in a wide temperature range, from -55°C (extreme cold) to +125°C (high heat). Whether it’s freezing cold or scorching hot, this connector won’t let you down.
Relative Humidity: At 40°C, the connector can handle up to 95% relative humidity. So, even in humid environments, it maintains its performance without compromising reliability.
Vibration Resistance: The connector is designed to withstand vibrations ranging from 10Hz to 2000Hz, with an acceleration of 196 m/s². This robustness ensures stable connections even in dynamic conditions.
Shock Resistance: It can handle shocks up to 735 m/s². So, whether it’s accidental drops or sudden impacts, your electrical connections remain intact.
Rated Current: The connector supports a maximum current of 3 A. It’s suitable for various applications, from small devices to power-hungry systems.
Contact Resistance: With a contact resistance of ≤ 10 mΩ, this connector ensures minimal energy loss and reliable signal transmission.
Insulation Resistance: The insulation resistance is ≥ 5000 MΩ, providing excellent electrical isolation and preventing leakage.
Dielectric Strength: It can withstand up to 800 V, ensuring safe operation even under high voltage conditions.
Endurance: The connector has been tested for at least 500 mating cycles. It’s built to last, making it ideal for applications where frequent connections are necessary.

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