High-Performance Micro Rectangular Connector: HUADA CDbA-66TYN

The HUADA CDbA-66TYN micro rectangular electrical connector is engineered for precision applications. With a contact spacing of 1.27mm and row spacing of 1.1mm, it offers compact design without compromising performance. Its crimping cross-sectional area accommodates wire sizes from 0.05mm² to 0.15mm², making it versatile for various wiring needs. Operating seamlessly in extreme temperatures (-55°C to +125°C), this connector ensures reliability in harsh environments. Its impressive 5000 mΩ insulation resistance, 3 A current rating, and 600 V pressure resistance position it as a top choice for aerospace, robotics, and industrial equipment. Trust the CDbA-66TYN for seamless connectivity.

Key Features of the HUADA CDbA-66TYN Micro Rectangular Connector

Ultra-compact design with contact spacing of 1.27mm and row spacing of 1.1mm
Versatile crimping cross-sectional area of 0.05mm²~0.15mm² wire
Exceptional temperature tolerance from -55 °C to +125 °C
Robust construction withstands mechanical stress and vibrations from 10~2000Hz at 196m/S2
High insulation resistance of 5000 mΩ and contact resistance of 8 mΩ for unwavering signal integrity
Pressure resistant up to 600 V
Long mechanical life of 500 mating cycles

Applications of the HUADA CDbA-66TYN

The HUADA CDbA-66TYN micro rectangular electrical connector is ideal for a wide range of demanding applications, including:
Industrial automation
Robotics
Medical equipment
Telecommunications
Automotive
Aerospace
Military

Benefits of the HUADA CDbA-66TYN

Space saving: The compact design allows for efficient signal transmission in space-constrained environments.
Versatility: The wide crimping cross-sectional area accommodates a variety of wire gauges.
Reliability: The exceptional temperature tolerance, durability, and high insulation resistance ensure unwavering performance in even the most challenging conditions.
Durability: The robust construction withstands mechanical stress and vibrations, ensuring long-lasting performance.
Efficiency: The low contact resistance minimizes data loss and optimizes signal transmission.

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