HUADA CDb-51TYW-J Ultra-Compact Micro-D Subconnector for Harsh Environments

Compact and Reliable Connectivity: The HUADA CDb-51TYW-J micro connector is a powerhouse in a small package. Designed for critical applications, it combines high-density pin configurations with robust construction. Whether you’re working in aerospace avionics or medical devices, this connector delivers. With a 1.27mm pitch and options for 9 to 51 cores, it’s a space-saving solution that doesn’t compromise on performance. Its crimping cross-sectional area (ranging from 0.05mm² to 0.15mm²) ensures secure connections even in challenging environments. Plus, the CDb-51TYW-J can handle extreme temperatures, from -55°C to +125°C. When reliability matters, trust this micro connector to keep your systems connected.
Versatility Meets Precision: The HUADA CDb-51TYW-J connector isn’t just about pins and contacts—it’s about adaptability. Its mechanical life of 500 cycles ensures longevity, even when subjected to vibration (10~2000Hz) and impact (490 m/s²). Need a reliable link in high-pressure situations? This connector can handle up to 4.4 KPa. Its low contact resistance (8 mΩ) and high insulation resistance (5000 mΩ) make it ideal for signal transmission. Whether you’re building cutting-edge avionics or pushing the boundaries of medical technology, the CDb-51TYW-J is your go-to choice. Compact, reliable, and ready for action

Key Features of the HUADA CDb-51TYW-J Connector

High Pin Density: The CDb-51TYW-J offers an impressive range of cores, from 9 to 51. Whether you need a compact solution or a higher pin count, this connector delivers.
Robust Construction: Designed to withstand harsh environments, it meets GJB2446 standards. Its crimping cross-sectional area (ranging from 0.05mm² to 0.15mm²) ensures secure connections.
Temperature Resilience: Operating from -55°C to +125°C, the CDb-51TYW-J thrives in extreme conditions.
Electrical Performance: Low contact resistance (8 mΩ) and high insulation resistance (5000 mΩ) ensure reliable signal transmission.
Mechanical Durability: Expect a long mechanical life of 500 cycles, even under vibration (10~2000Hz) and impact (490 m/s²).
Versatile Applications: Ideal for aerospace avionics, medical devices, and more.

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