Yougou Electronics (Shenzhen) Co., Ltd. |
Verified Suppliers
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Elevate your electrical connections with the precision-engineered
HUADA CDbA-15TYN Micro Rectangular Electrical Connector. Boasting a
compact design with a 1.27mm contact spacing and 1.1mm row spacing,
this connector seamlessly integrates into space-constrained
systems. Its robust construction ensures optimal performance in
demanding industrial environments, withstanding temperatures from
-55 °C to +125 °C.
Featuring a 3 A current capacity, 5000 mΩ insulation resistance,
and 500 mechanical life cycles, the HUADA CDbA-15TYN connector
provides exceptional durability and reliable power transmission.
Its rugged construction meets stringent requirements for vibration,
impact, and pressure resistance, making it ideal for harsh
operating conditions.
The HUADA CDbA-15TYN micro rectangular electrical connector is
designed for precision applications. With a contact spacing of
1.27mm and crimping compatibility for wire cross-sections ranging
from 0.05mm² to 0.15mm², this connector ensures reliable
connections in demanding environments. Its impressive features
include:
Wide Temperature Range: Operates flawlessly from -55°C to +125°C.
High Current Rating: Supports up to 3 A.
Excellent Insulation: Boasts an insulation resistance of 5000 mΩ.
Long Mechanical Life: Withstands 500 mating cycles.
Robust Construction: Resists impact (490 m/s²) and vibration
(10~2000Hz, 196m/S²).
Pressure Resistant: Up to 600 V.
Optimal Humidity Tolerance: Works at 40°C with 96% relative
humidity.
Precision Engineering: Contact resistance of 8 mΩ.
Whether you’re in aerospace, telecommunications, or other high-end
industries, the CDbA-15TYN connector delivers exceptional
performance.
Minimum Operating Temperature | -55 °C |
Maximum Operating Temperature | +125 °C |
current | 3A |
Insulation Resistance | 5000 mΩ |
mechanical life | 500 |
Relative humidity | 40℃, 96% |
Work pressure | 4.4 KPa |
Pressure Resistant | 600V |
Vibration | 10~2000Hz 196m/S2 |
Contact Resistance | 8 mΩ |
Impact | 490m/s2 |