CDbF-4T Micro Connector: Compact Design, High Current, and Reliable Performance

The CDbF-4T micro rectangular electrical connector combines compact design with robust performance. With up to 16 cores and a 1.27mm contact spacing, it’s ideal for space-constrained applications. Crimping wires within the range of 0.05 mm² to 0.15 mm² ensures secure connections. Whether in robotics, avionics, or industrial settings, the CDbF-4T delivers high current capabilities, low contact resistance, and excellent dielectric strength. Its mechanical durability withstands tough conditions, making it a reliable choice for critical applications.

Key Features of the HUADA CDbF-4T Connector

Maximum Operating Temperature: The CDbF-4T can withstand temperatures up to +125 °C, making it suitable for various environments, from factories to outdoor installations.
Minimum Operating Temperature: Even in frosty conditions as low as -55 °C, the CDbF-4T maintains its performance, ensuring secure connections.
Current Rating: With a capacity of 3 A, this connector handles power demands effectively. It’s ideal for applications like industrial machinery and medical devices.
Contact Resistance: At just 10 mΩ, the CDbF-4T minimizes energy loss during signal transmission, ensuring efficient power delivery.
Insulation Resistance: The connector boasts an insulation resistance of 1000 mΩ, keeping signals clean and interference-free.
Mechanical Life: Expect longevity! The CDbF-4T withstands 500 insertion and extraction cycles without compromising quality.
Pressure Resistance: Operating at 600 V, it remains reliable even under voltage stress.
Impact Resistance: Withstands impacts at 490 m/s², making it suitable for rugged environments like robotics and avionics.
Relative Humidity: At 40°C and 96% humidity, the CDbF-4T won’t corrode or degrade.
Work Pressure: Operating at 4.4 KPa, it maintains its integrity even in challenging conditions.
Vibration Tolerance: From 10 Hz to 2000 Hz, at 150 m/s², the CDbF-4T stays firmly connected.
Length: Compact at 6.7 mm, it’s perfect for space-constrained designs.

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