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  • High Current 7W2 D-SUB 7Pin Copper Gold Plated Cable Connector
  • High Current 7W2 D-SUB 7Pin Copper Gold Plated Cable Connector
  • High Current 7W2 D-SUB 7Pin Copper Gold Plated Cable Connector
  • High Current 7W2 D-SUB 7Pin Copper Gold Plated Cable Connector
  • High Current 7W2 D-SUB 7Pin Copper Gold Plated Cable Connector
  • High Current 7W2 D-SUB 7Pin Copper Gold Plated Cable Connector
  • High Current 7W2 D-SUB 7Pin Copper Gold Plated Cable Connector
  • High Current 7W2 D-SUB 7Pin Copper Gold Plated Cable Connector

High Current 7W2 D-SUB 7Pin Copper Gold Plated Cable Connector

No.01011
Rated Current: 5A/10A/20A/30A/40A Working Temperature: -55~+125℃ Insulation Resistance: >5000MOHM
  • High Current 7W2 D-SUB 7Pin Copper Gold Plated Cable Connector
  • High Current 7W2 D-SUB 7Pin Copper Gold Plated Cable Connector
  • High Current 7W2 D-SUB 7Pin Copper Gold Plated Cable Connector
  • High Current 7W2 D-SUB 7Pin Copper Gold Plated Cable Connector

Description

Product Features
High Current 7W2 D-SUB 7Pin Copper Gold Plated Cable Connector Panel Mout Female Socket Solder Wire Terminal for PCB VGA
1) High Current Transmission Capability: Supports high current transmission up to 7W (about 560mA), meets the fast charging requirements of high-power devices (such as mobile phone chargers and laptops), and significantly improves charging efficiency.
2) Convenient Assembly: Standardized design is adopted to simplify the assembly process of electronic products and reduce mass production costs.
3) Fast Maintenance: If the electronic component fails, the connector module can be quickly replaced to reduce downtime.
4) Design Flexibility: Allows engineers to have greater flexibility in product design and system integration, which is convenient for subsequent technology upgrades or component replacement.
5) Wide Application: The thickness of the pin is directly related to the current. The thicker the pin, the greater the current it can carry, which can adapt to different power requirements.
6) Reduce Contact Resistance and Heating Problems: By optimizing the design of the pin and socket, the series resistance is reduced, the energy loss and heating of the contact point are reduced, and the risk of poor contact or circuit breaker caused by oxidation is avoided.

Product Datasheet
Type Male-Pin/Female-Core
Connection method Welding Wire/ 90° Plug-in Board/ 180° Plug-in Board/ Pressure Row
Insulator Material PBT+Fiber30%, UL94V-0
Shell Material Iron+Nickel Front and Tin Back (Salt Spray 24H)
Contact material Brass, Phosphor Copper (Customizable)
Working Temperature -55~+125℃
Rated Current 5A/10A/20A/30A/40A
Signal Transient Resistance ≤10MOHM
Insulator Resistance 1000VAC/1min at Sea Level
Insulation Resistance >5000MOHM
Coaxial Transient Resistance 75 or 500HM
High Power Transient Resistance <2.7MOHM
Plug-in Force ≤15.0KGF
Plug-in Times 500
Features High Hardness/ Not Easy to Rust or Deform/ Copper Gold-plated Shell/ Long Service Life
Application Computers/ Automobiles/ Communications/ Cabinets/ Aviation/ Industrial control equipment/ PCB Boards/ Power Cords/ Cables/ Game Consoles/ Large Equipment, etc.

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