OEM DC005-2.0 Copper Manufacturer, Factories

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OEM DC005-2.0 Copper Manufacturer, Factories

As the primary channel for energy transmission in electronic devices, the DC power interface plays an important role in efficiently introducing external electrical energy into the device's interior. Unlike wireless charging or battery powered methods, this type of interface achieves energy transfer through physical contact, and its performance parameters directly affect the operational efficiency of the entire system.

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Product Description

Technology Performance

Parameter	Specification Value
Rated voltage / current	2A 50V DC
Insulated resistance	≥500MΩ
Contact resistance	≤30mΩ
Withstand voltage	≥500VDC/min
Endurance	≥5000 cycles
Ambient temperature	-40℃ ~ 85℃

Key Application & Technology Domains

Category 01

Consumer Electronics

Ultra-thin TV: 12V DC-IN interface, supporting peak 6A current output in HDR mode.
High-fidelity audio: ±18V balanced power supply configuration, THD < 0.001%.
Gaming laptops: Dedicated 20V/10A interface, equipped with USB PD 3.1 protocol chip.

Category 02

Industrial Control

Production lines: 24V DC sockets compliant with IEC 60950-1 standard.
Robotics: Joint drivers using 48V/15A high-power connectors.
Fieldbus devices: 5V/2A configuration with built-in locking mechanism interface.

Category 03

Communication Equipment

5G AAU devices: -48V DC input supporting up to 3000W power transmission.
Core networks: Utilizing 240V high-voltage DC power supply systems.
Optical transmission: Equipped with dual 12V redundant power interfaces.

Category 04

Special Environments

Spacecraft: Power interfaces meeting electromagnetic compatibility MIL-STD-461G.
Deep-sea equipment: Pressure-resistant connectors working up to 6000 meters.
Polar research: Wide temperature range (-60℃ ~ 85℃) power interfaces.

Category 05

Intelligence

Integrated digital identity recognition functions.
Real-time power monitoring with built-in chips.
Adaptive impedance matching technology.

Category 06

High Reliability

Self-repairing contact surface coatings.
Redundant contact design for uninterrupted connectivity.
Integrated fault prediction algorithms.

Category 07

Miniaturization

3D printed nanostructured contact points.
Ultra-thin SMT packaging designs.
Flexible circuit integration solutions.

Category 08

Evolution of Key Technologies

Small & efficient: 0.8mm ultra-thin design carrying 10A current.
Fast charging: Integrates USB PD 3.1/QC5.0, supporting 240W adaptive output.
Durability: IP68 protection + 20,000 plugs/unplugs lifespan.
Future: Wireless integration and self-healing materials.

Frequently Asked Questions

What are the primary electrical ratings of these DC connectors?

These DC connectors feature a rated voltage and current of 2A 50V DC, with an insulated resistance of ≥500MΩ and a contact resistance of ≤30mΩ. They also support a withstand voltage of ≥500VDC per minute.

What is the operating temperature range for these connectors?

The standard ambient working temperature range is -40℃ to 85℃. However, specialized environmental models are engineered to withstand extreme temperatures ranging from -60℃ up to 85℃.

How long is the service life of these connectors?

The standard endurance rating is ≥5000 insertion cycles. Enhanced durability models engineered for industrial applications feature up to a 20,000-cycle life expectancy along with IP68 environmental protection.

Can these connectors support modern fast charging protocols?

Yes, the intelligent evolution of these connectors integrates USB PD 3.1 and QC5.0 protocols, allowing them to support adaptive power outputs up to 240W.

What specialized safety configurations are available for industrial and communication systems?

We support high-power configurations including 48V/15A industrial connectors, 5V/2A locking interfaces, 240V high-voltage DC systems, and -48V inputs with dual redundant interfaces for communication AAUs.