HUADA CDbF-13T1 Micro Connector: Compact, Robust, and Versatile Electrical Connections

The HUADA CDbF-13T1 Micro Rectangular Connector is a compact and robust solution for a wide range of electronic and electrical applications. Engineered with a 1.27mm pitch and single row configuration, this connector provides exceptional density, allowing for more connections in limited spaces. With a core count ranging from 2 to 16, the CDbF-13T1 accommodates diverse wiring needs. Designed for demanding environments, it boasts a reliable operating temperature range from -55°C to +125°C and pressure resistance of 600V. Its robust construction guarantees a long service life with a mechanical life rating of 500 cycles. The CDbF-13T1 is ideal for various industries, including automotive, industrial control, instrumentation, and consumer electronics.

Key Features of the HUADA CDbF-13T1 Connector

Number of Cores: 2-16 Cores: This connector offers a wide range of core counts, meaning it can accommodate different wiring needs. This flexibility allows it to be used in applications requiring a small number of connections or those requiring a large number of wires to be connected simultaneously.

Contact Spacing: 1.27 mm Pitch: This indicates a high-density design. It allows for more connections to be made within a smaller space. This is a significant advantage in applications where space is limited, such as miniaturized electronics, densely packed wiring harnesses, or smaller devices.

Contact Row: Single Row: The contact points are arranged in a single line, which contributes to the connector's compact size.

Wire Gauge: 0.05 mm²~0.15 mm²: This specifies the range of wire sizes that can be safely and securely crimped into the connector's terminals. It's crucial to use wires within this range to ensure a reliable connection that can handle the intended electrical load.

Operating Temperature Range: 55°C to +125°C: The CDbF-13T1 is designed to function reliably over a wide temperature range, both hot and cold. This makes it suitable for applications exposed to extreme temperatures, such as automotive, industrial control systems, or outdoor applications.

Current Rating: 3 A: This connector can safely carry up to 3 Amperes of electrical current. This rating is crucial for determining the maximum electrical load the connector can handle without overheating or causing damage.

Contact Resistance: 10 mΩ: This represents the resistance between two contact points. Low contact resistance minimizes energy loss during electrical transmission, ensuring that the signal or power is transferred efficiently.

Insulation Resistance: 1000 mΩ: This indicates the resistance between the conductive parts of the connector and its insulation. High insulation resistance ensures that electrical current is confined to the intended pathways, preventing short circuits and ensuring the safety of the electrical system.

Mechanical Life: 500 cycles: This rating indicates the number of times the connector can be mated (connected) and unmated (disconnected) before it begins to show signs of wear and tear. A high mechanical life suggests a durable connector that can withstand frequent connections and disconnections without failing.

Pressure Resistance: 600 V: This indicates the connector's ability to withstand high voltage levels without breaking down. This feature is critical for applications involving high electrical potentials.

Impact Resistance: 490 m/s2: This specification indicates the connector's ability to withstand shocks and vibrations without being damaged. This is essential for applications in harsh environments or those that may experience physical impacts.

Relative Humidity: 40℃, 96%: This rating indicates the connector's ability to operate in environments with high humidity levels. This is important for applications exposed to moisture, such as those used in outdoor settings or humid climates.

Work Pressure: 19.4 KPa: This specifies the maximum pressure the connector can withstand without failing.
Vibration Resistance: 10~2000Hz 150m/s2: This specification indicates the connector's ability to withstand vibrations within a specific frequency range. It's crucial for applications that experience significant vibrations, like those found in machinery or vehicles.

Length: 20.6 mm: This dimension provides the overall length of the connector, aiding in physical design considerations when integrating the connector into a larger system.

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