High-Density Micro Rectangular Electrical Connector CDbA-66ZYW

The CDbA-66ZYW micro rectangular electrical connector is designed for precision applications. With a contact spacing of 1.27mm and row spacing of 1.1mm, it offers high-density connectivity. Its crimping cross-sectional area accommodates wire sizes from 0.05mm² to 0.15mm². This connector operates reliably in extreme temperatures, from -55°C to +125°C, making it suitable for various environments. Its mechanical life of 500 cycles ensures durability, while the 5000 mΩ insulation resistance guarantees signal integrity. Whether in aerospace, telecommunications, or industrial settings, the CDbA-66ZYW connector delivers exceptional performance.

Key Features of the CDbA-66ZYW Micro Rectangular Connector

Contact Spacing: The connector features a contact spacing of 1.27mm, allowing for efficient electrical connections.
Row Spacing: With a row spacing of 1.1mm, the connector offers compact and space-saving design options.
Crimping Cross-Sectional Area: The CDbA-66ZYW can accommodate wires ranging from 0.05mm² to 0.15mm², providing flexibility in wire sizes.
Operating Temperature: This connector can operate in temperatures ranging from -55°C to +125°C, ensuring reliable performance in various environments.
Current Rating: With a current rating of 3A, the connector can handle moderate electrical loads effectively.
Insulation Resistance: The connector offers insulation resistance of 5000 mΩ, maintaining electrical integrity and safety.
Mechanical Life: The CDbA-66ZYW is rated for 500 cycles, ensuring long-lasting performance in demanding applications.
Pressure Resistance: It can withstand pressures up to 4.4 KPa, making it suitable for challenging operating conditions.
Pressure Resistant: The connector is pressure resistant up to 600V, providing a high level of electrical insulation.
Vibration Resistance: With vibration resistance from 10 2000Hz at 196m/S2, the connector can maintain stable connections in dynamic environments.
Contact Resistance: The connector offers low contact resistance of 8 mΩ, ensuring efficient electrical conductivity.

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