HUADA CDbF-4T1 Micro Connector: High-Performance, Space-Saving
Connectivity for Demanding Applications
The HUADA CDbF-4T1 Micro Rectangular Connector is a compact and
reliable solution for applications where space constraints and high
connection density are essential. Featuring a single-row design
with 1.27mm contact spacing, this connector provides excellent
flexibility for various wire configurations while maximizing the
number of connections within a small footprint.
Engineered for demanding environments, the CDbF-4T1 offers
exceptional performance characteristics. It operates flawlessly
within a wide temperature range (-55°C to +125°C), handles currents
up to 3A, and boasts a robust construction that resists pressure,
impact, vibration, and humidity.
This versatile connector is available in core configurations
ranging from 2 to 16, offering the perfect option for your specific
wiring needs. Its crimping system accepts wire cross-sectional
areas from 0.05 mm² to 0.15 mm², ensuring compatibility with a
range of wire gauges.
The HUADA CDbF-4T1 is ideal for applications in industrial
automation, electronics, medical devices, automotive, and other
environments where reliable connectivity and space-saving solutions
are essential.
Key Features of the HUADA CDbF-4T1 Connector
Micro Rectangular Design: The "micro rectangular" design likely
indicates a compact and space-saving connector form factor with a
narrow, rectangular footprint.
Crimp Terminals: This implies that the connector utilizes
crimp-type terminals for secure and reliable wire connections.
Crimping offers a more durable connection compared to screw-type
terminals.
Single Row Contact Spacing: The 1.27mm contact spacing in a single
row suggests a high-density connector design, allowing for more
contacts within a smaller footprint.
Wide Operating Temperature Range: The operating temperature range
of -55°C to +125°C highlights its suitability for applications in
harsh environments with extreme temperatures.
High Current Rating: The 3A current rating indicates that it can
handle a relatively high current flow, making it suitable for
various electronic devices and systems.
Low Contact Resistance: A contact resistance of 10 mΩ suggests a
good electrical connection with minimal voltage drop.
High Insulation Resistance: The 1000 mΩ insulation resistance
ensures good electrical isolation between contacts and the
surrounding environment.
Mechanical Life: The 500 mechanical life indicates the number of
mating cycles the connector can withstand before its performance
deteriorates. This demonstrates its durability and long-term
reliability.
Housing Material: The connector 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 may incorporate polarization features
to ensure proper mating and prevent misalignment.
Shielding: The connector may have shielding mechanisms to minimize
electromagnetic interference (EMI).
Technical Features Table:
| Maximum Operating Temperature | +125 °C |
| Minimum Operating Temperature | -55 °C |
| Current | 3 A |
| Contact Resistance | 10 mΩ |
| Insulation Resistance | 1000 mΩ |
| Mechanical life | 500 |
| Pressure resistant | 600 V |
| impact | 490 m/s2 |
| Relative humidity | 40℃, 96% |
| Work pressure | 4.4 KPa |
| vibration | 10~2000Hz 150m/s2 |
| Length | 9.3 mm |
