HUADA High-Performance Micro Rectangular Connector CDbA-25TYSM1: Reliable Cores, 1.27mm Contact Spacing

Elevate your electrical systems to new heights with HUADA's CDbA-25TYSM1 micro rectangular electrical connector, meticulously engineered to meet the stringent demands of harsh environments and mission-critical applications. Its compact design, featuring a 1.27mm contact spacing and 1.1mm row spacing, ensures precise mating and minimal crosstalk. The 0.05mm²~0.15mm² wire crimping cross-sectional area provides secure wire termination, while the wide operating temperature range of -55°C to +125°C guarantees reliable performance in extreme conditions. This connector is built to withstand the rigors of demanding environments, including high humidity (40℃, 96%), low pressure (4.4 KPa), intense vibration (10~2000Hz 196m/S2), and potential impacts (490 m/s2). With a current rating of 3 A and an insulation resistance of 5000 mΩ, the CDbA-25TYSM1 ensures stable signal transmission even under heavy loads.

Key Features of the High-Performance Micro Rectangular Connector: CDbA-25TYSM1

The HUADA CDbA-25TYSM1 micro rectangular electrical connector is meticulously engineered for precision and reliability. Let’s explore its key attributes:
Versatile Cores: Choose from 25 cores, allowing flexibility for various applications.
Compact Design: With a contact spacing of 1.27mm, this connector optimizes space utilization.
Temperature Resilience: Operating seamlessly from -55°C to +125°C, it withstands extreme conditions.
Crimping Compatibility: Accommodates wire sizes ranging from 0.05mm² to 0.15mm².
Longevity: Expect 500 mechanical life cycles, ensuring enduring connections.
Low Contact Resistance: Only 8 mΩ for reliable conductivity.
Pressure and Vibration Tolerance: Handles up to 4.4 KPa work pressure and endures vibrations from 10~2000Hz at 196m/S².
Insulation and Impact: Insulation resistance of 5000 mΩ and impact resistance of 490 m/s².
Electrical Safety: Pressure resistant up to 600 V.
Humidity Endurance: Works flawlessly at 40°C with 96% relative humidity.

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