Precision HUADA CDbF-3TW Micro-D Connector for Compact Wiring Solutions

The HUADA CDbF-3TW micro rectangular electrical connector is your gateway to precision wiring excellence. With a single-row design and 1.27mm contact spacing, it’s tailor-made for space-conscious applications. Crimp wires with cross-sectional areas ranging from 0.05 mm² to 0.15 mm², adhering to industry standards (Q/MB 20604-2018). Whether you’re in electronics, robotics, or industrial automation, this connector delivers unwavering performance in demanding environments.

Key Features of the HUADA CDbF-3TW Connector

Compact Design for Space Efficiency: The CDbF-3TW connector is meticulously engineered to fit snugly into tight spaces. Its single-row configuration, combined with a 1.27mm contact spacing, ensures efficient wiring connections without wasting valuable real estate.
Robust Performance in Extreme Conditions:
Temperature Range: From a frosty -55°C to a scorching +125°C, this connector remains steadfast.
Current Rating: Capable of carrying up to 3 A, it’s suitable for various power and signal applications.
Contact Resistance: With a mere 10 mΩ resistance, signal integrity remains uncompromised.
Insulation Resistance: At 1000 mΩ, it guarantees reliable isolation between conductors.
Built to Last:
Mechanical Life: Rigorously tested for 500 cycles, it can withstand repeated connections and disconnections.
Pressure Resistance: Handles up to 600 V, ensuring safety even in demanding environments.
Impact Resistance: Survives impacts at 490 m/s², promising longevity.
Environmental Adaptability:
Relative Humidity: Rated for 40°C at 96%, making it suitable for humid conditions.
Work Pressure: Functions seamlessly at 13.2 KPa, even in varying pressure environments.
Vibration Tolerance: Can withstand vibrations from 10 Hz to 2000 Hz at 150 m/s².
Precision Wire Crimping:
Accommodates wires with cross-sectional areas ranging from 0.05 mm² to 0.15 mm².
Complies with Q/MB 20604-2018 specifications, ensuring consistent performance.

Technical Features Table: