HUADA CDbF-6T1 Micro Rectangular Connector: High-Performance and Space-Saving

The HUADA CDbF-6T1 Micro Rectangular Connector is a compact and reliable solution for high-density wiring in demanding applications. Featuring a 1.27mm pitch and a single row design, this connector offers exceptional space-saving capabilities while ensuring robust electrical connectivity.

Designed for use with wire sizes ranging from 0.05 mm² to 0.15 mm², the CDbF-6T1 utilizes secure crimp terminals for durable and reliable connections. Its wide operating temperature range of -55°C to +125°C ensures consistent performance even in extreme conditions, making it suitable for a broad range of industries.

Key Features of the HUADA CDbF-6T1 Connector

Micro Rectangular Design: This suggests a compact form factor with a narrow, rectangular footprint, making it suitable for high-density wiring applications where space is limited.
Crimp Terminals: The mention of crimping implies the connector uses 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. This allows for more contacts within a smaller footprint, making it ideal for applications where space is at a premium.
Wide Operating Temperature Range: The -55°C to +125°C operating temperature range signifies its 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 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, demonstrating 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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