USB 3.0 Type-A Connector

Product Description

The USB 3.0 Type-A Connector is a high-performance USB 3.0 connector specifically designed for industrial, automotive electronics, and high-density PCB applications. Featuring a 90° right-angle DIP structure, this connector supports vertical PCB mounting while significantly reducing board space requirements without compromising USB 3.0 SuperSpeed performance.

As a standard USB 3 connector, it is widely used in USB-C to USB 3.0 conversion solutions and is compatible with various connection architectures, including usb c to usb 3, usb 3.0 to usb c adapter, usb3 0 to usb c, usb b 3.0 to usb c, and usb c to usb b 3.0. It is an ideal interface solution for industrial-grade USB designs.

OBD-II Diagnostic Data Extraction USB Connector's Product Operating Principle

The 90° horizontal DIP structure allows vertical PCB mounting, saving 40% lateral space compared to standard USB ports. Wave-soldered through-hole pins create vibration-proof connections critical for automotive/industrial use. The triple-shielded design isolates high-frequency signals from interference, while corrosion-resistant nickel plating ensures longevity in humid conditions (-40°C to 125°C).

Fanuc-like RoboticArm USB Port USB Connector's Product Functions

--Space-Optimized: 13.1mm×13.05mm right-angle DIP for high-density PCB layouts.

--Industrial-Grade Durability: Withstands 15G vibration and 500-hour salt spray tests.

--USB 3.0 SuperSpeed: 5Gbps transfer with backward compatibility to USB 2.0.

--Automated Assembly: Wave soldering support for high-volume manufacturing.

--EMI Protection: Triple-layer shielding reduces noise by 60dB at 1GHz.

Product Advantages

• Efficient Space Utilization
  Ideal for compact industrial controllers and embedded systems.

• High-Speed and Stable Signal Transmission
  Maintains excellent signal integrity even at high data rates.

• Harsh-Environment Reliability
  Designed for high temperature, humidity, and vibration conditions.

• USB-C Conversion Compatibility
  Suitable for usb c to usb 3, usb 3.0 to usb c adapter, mini usb 3.0, and usb c to usb b 3.0 applications.

• Preferred for Industrial and Automotive Designs
  Engineered to meet long-term reliability and performance requirements.

Hikvision-style IP Cameras USB Connector's Product Applications

Automotive ECUs

Example: Deployed in Ford-style engine control units for OBD-II diagnostic data extraction.

Factory Robotics

Example: Integrated into Fanuc-like robotic arms for real-time firmware updates.

Outdoor Security Systems

Example: Powers Hikvision-style IP cameras with weatherproof USB-C maintenance ports.

Conclusion

The USB 3.0 Type-A Connector combines high-speed performance, compact design, and industrial-grade reliability, making it an ideal USB 3.0 connector solution for automotive electronics, industrial control systems, robotics, and security equipment.
Whether used in USB-C to USB 3.0 conversion applications or high-density PCB designs, this connector delivers stable, safe, and long-term connectivity.

KKG Electronics, each part of the use of temperature-resistant materials, high-temperature testing equipment 260 ℃ for 5 minutes, the appearance of the product does not change!   

High effiency of production, shipped in 1 day after payment.

Q1:What materials are used in the housing and contacts?

 A: Housing uses high-temperature nylon (UL94 V-0 rated); contacts are phosphor bronze with gold plating (0.5µm min) for corrosion resistance and stable conductivity.

Q2:How do you ensure signal integrity in high-speed USB 3.0 applications?

 A: Optimized pin spacing and EMI shielding reduce crosstalk. Compliance with USB-IF signal loss thresholds (<3.5db at="" 5ghz="">

Q3:Can theconnector support custom pin configurations or color variations?

 A: Yes, we offer custom pin layouts (e.g., reversed polarity), colored housings (black/white standard), and logo imprinting. MOQ: 10,000 units.

Q4:What quality control processes are in place during production?

 A: Automated optical inspection (AOI) checks solderability and alignment. Batch sampling tests include salt spray (48hrs) and insertion force (30-50N).

Q5:Do your connectors support industrial-grade EMI/RFI shielding?

 A: Standard: Metal shell with nickel plating for basic EMI protection.

    Enhanced: Full-wrap shielding with grounding tabs for environments with heavy interference.