Discover the HUADA CDbF-8TW Micro Connector: Compact Design, Robust Performance

The HUADA CDbF-8TW micro connector combines compactness with robust functionality. Its single-row design features a contact spacing of 1.27mm, making it ideal for space-constrained applications. Whether in industrial machinery, automotive systems, or consumer electronics, this connector ensures reliable connections. Crimping wires with a cross-sectional area of 0.05 mm² to 0.15 mm², it guarantees secure and efficient electrical transmission. With a temperature range from -55°C to +125°C, it thrives in extreme environments. Whether you’re designing a cutting-edge device or upgrading existing equipment, the HUADA CDbF-8TW connector delivers.
The HUADA CDbF-8TW connector boasts impressive technical characteristics. Its low contact resistance (10 mΩ) ensures minimal signal loss, while the insulation resistance (1000 mΩ) provides reliable electrical isolation. Tested for 500 cycles, it withstands repeated mating and unmating. Pressure-resistant up to 600V and impact-tested at 490 m/s², it’s ready for rugged conditions. Adaptable to humidity (40°C, 96% relative humidity) and vibration (10~2000Hz, 150m/s²), it suits diverse applications. At just 11.8mm in length, it’s the compact powerhouse your project needs. Choose the HUADA CDbF-8TW for space-saving reliability!

Key Features of the HUADA CDbF-8TW Connector

High-Density Design: The CDbF-8TW features a single-row design with a contact spacing of 1.27mm. This compact layout allows efficient use of space in tight configurations.
Reliable Crimping Capability: Designed for wires with a cross-sectional area of 0.05 mm² to 0.15 mm², this connector ensures secure and efficient electrical connections.
Wide Temperature Range: Operating flawlessly from -55°C to +125°C, the CDbF-8TW thrives in extreme environments, making it suitable for various applications.
Low Contact Resistance: With a contact resistance of 10 mΩ, it minimizes signal loss and ensures efficient signal transmission.
Excellent Insulation: The insulation resistance of 1000 mΩ provides reliable electrical isolation, enhancing overall performance.
Mechanical Durability: Tested for 500 cycles, the CDbF-8TW withstands repeated mating and unmating, ensuring long-term reliability.
Pressure and Impact Resistant: It handles up to 600V and can withstand impact forces of 490 m/s², making it robust in demanding conditions.
Adaptable to Humidity and Vibration: Functional at 40°C, 96% relative humidity, and vibration frequencies ranging from 10~2000Hz at 150m/s².
Compact Length: Measuring just 11.8mm, the CDbF-8TW fits into tight spaces without compromising performance.

Technical Features Table:

SHENZHEN ECER NETWORK TECHNOLOGY CO.,LTD is a professional electronic components supplier and distributor. We have been providing multiple items - Cooling Fans, Power Supply Units, LCD Displays PCB and PCBA Control Boards, AC Cords and Cables, IC Chips, Test Fixtures, Power Module, RF, Capacitor, Resistor, Diode, LED, Microcontrollers etc - to meet and satisfy the growing demand of electronics for the Global Electronic Industry.

These products are used in several market segments, including Mining, Communication Equipment & Networking, Telecommunications, Consumer Electronics, Automotive, Medical and Industrial applications. We maintain a strong world-wide network with manufacturers, technologic research institutions and franchise distributors, as well our own comprehensive stock inventory. This allows us to offer competitive prices and short lead-time on our products, which are being exported to America, Europe, South America, Middle East, and South-East Asia.

We claim to collaborate with our partners and customers on the basis of mutual benefit, mutual support, and co-development. Our goal is to provide our customers with high quality products, a diverse selection, competitive prices, rapid lead-time, swift shipping, and reliable after-sale service to meet their satisfaction. We sincerely welcome you to exchange with us and look forward to a successful future collaboration.