HUADA CDbF-5T1 Micro Rectangular Connector: High-Density, Compact, and Reliable

The HUADA CDbF-5T1 Micro Rectangular Connector is a compact and reliable solution for high-density wiring applications. Featuring a 1.27mm pitch and single row design, this connector excels in maximizing space utilization, making it perfect for densely packed electronics and systems.

This versatile connector accommodates wire sizes ranging from 0.05 mm² to 0.15 mm², offering secure and dependable connections through its robust crimp terminals. Built for longevity, the CDbF-5T1 boasts a wide operating temperature range from -55°C to +125°C, making it suitable for applications in demanding environments.

Key Features of the HUADA CDbF-5T1 Connector

Micro Rectangular Design: This suggests a compact form factor with a narrow, rectangular footprint, maximizing space efficiency in wiring applications.
Crimp Terminals: The mention of crimping implies the connector utilizes crimp-type terminals for secure, durable, and reliable wire connections.
Single Row Contact Spacing: The 1.27mm pitch with a single row likely translates to a high-density design, allowing for more contacts within a smaller footprint. This is ideal for applications where space is limited.
Wide Operating Temperature Range: The -55°C to +125°C operating temperature range signifies suitability for use in demanding environments with extreme temperature variations.
High Current Rating: The 3A current rating indicates the connector can handle a significant amount of current flow, making it suitable for powering various electronics and systems.
Low Contact Resistance: The 10 mΩ contact resistance suggests good electrical conductivity with minimal voltage drop, ensuring reliable signal transmission.
High Insulation Resistance: The 1000 mΩ insulation resistance ensures electrical isolation between contacts and the surrounding environment, preventing unwanted electrical interference.
Mechanical Life: The 500 mechanical life indicates the number of mating cycles (inserting and removing) the connector can withstand before its performance degrades, reflecting its durability.
Housing Material: The housing material will determine its resistance to chemicals, moisture, and other environmental factors.
Contact Material: The contact material, typically a metal like brass or phosphor bronze, influences its conductivity and resistance to wear.
Polarization: The connector likely incorporates polarization features to ensure correct mating and prevent misalignment.
Shielding: The connector might have shielding mechanisms to reduce electromagnetic interference (EMI) and ensure reliable signal transmission.

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