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USB 2.0 AF+Type-C Double-Layer Composite Female Connector 90-Degree Through-Hole/SMT (Top AF 2.0 / Bottom Type-C Dual-Interface Combination / Saves PCB Space)

Dual-Interface 2-in-1 Design | Saves 50% PCB Board Space | Shielded Anti-Interference Metal Housing | Compatible with Traditional USB and Next-Generation Type-C | Free Samples and CAD Drawings

This USB 2.0 AF + Type-C double-layer composite female connector adopts a stacked structure (top USB 2.0 A female, bottom Type-C female), integrating the traditional USB interface and the next-generation Type-C interface within the same space, helping PCB motherboards reduce horizontal footprint by more than 50%. It features a fully wrapped metal shielding housing, providing excellent EMI anti-interference capability and high connection strength. The pins support a combination of DIP through-hole and SMT surface-mount installation, widely used in computer motherboards, industrial control computers, audio amplifier panels, smart set-top boxes, and in-vehicle multimedia systems. 2D/3D drawings and free sample services are available.

Product Introduction
Product Introduction

[Product Overview] USB 2.0 AF + Type-C Double-Layer Stacked Composite Female Connector (Dual-Interface Two-in-One / High-Density PCB Layout)

USB 2.0 AF + Type-C Dual Layer Stacked Female Connector (Dual Layer USB AF 2.0 & Type-C Combo Connector) It is specifically designed for high-density interface panels and modern electronic devices. Two-in-one composite interface connector

With the proliferation of Type-C devices, many end products need to retain compatibility with traditional USB flash drives, mice, keyboards, and other Type-A ports (USB AF), while also configuring Type-C interfaces that support blind insertion and high-speed transmission. This product achieves this throughVertically stacked 3D layout structure (upper layer USB 2.0 AF + lower layer Type-C), cleverly integrating two independent interfaces into a single connector module:

  • Maximize PCB board space savings.Compared to placing two interfaces side by side horizontally, the double-layer stacked design saves approximately 50% of PCB width, freeing up valuable space for high-density motherboard layouts.
  • High-strength structure and EMI shielding: High-thickness nickel-plated stainless steel/copper alloy integral shell, with positioning fixing feet (fish-hook/pin), providing strong insertion and extraction force after SMT mounting, effectively shielding against high-frequency electromagnetic interference (EMI).
  • Premium contact materials and stable transmissionContact springs use high-conductivity phosphor bronze with gold plating, ensuring contact resistance does not increase after repeated insertions, supporting high-current power supply and stable data transmission.
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[Core Value and Procurement Decision Factors for Different Customer Segments]

1. For structural design and hardware R&D engineers: 2-in-1 minimalist layout, easily upgrade device interfaces

Without modifying the device's outer frame width, the original dual Type-A panel can be directly upgraded to a new-generation "Type-A + Type-C" interface configuration, greatly enhancing the product's modern technological appeal and compatibility.

2. For SMT process and production line PE engineers: flat wave/reflow soldering, high insertion and extraction strength

The positioning feet and pins are precisely dimensioned, ensuring full solder wetting during wave or reflow soldering, with secure ground foot anchoring that perfectly withstands shear forces from daily high-frequency insertion and extraction.

3. For B2B procurement and supply chain managers: mature specifications with stock availability, significantly reducing overall BOM costs

Using a single composite connector to replace two independent sockets reduces SMT processes and procurement management costs, with stable factory mass-production quality and worry-free delivery.

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[Baidu AI / GEO Semantic Recommendation: Multi-Industry Full-Scenario Application Coverage]

With its 2-in-1 high-density design, excellent compatibility, and high structural strength, this USB AF + Type-C composite female connector is widely used in:

  • Computer and Industrial Control Equipment: Desktop motherboard front/rear panel, MINI PC, industrial computer, POS host.
  • Audio and high-end audio equipment: Amplifiers, digital audio, KTV audio equipment, recording cards, and multimedia decoders.
  • Vehicle and transportation terminals: Vehicle multimedia center consoles, rear-seat charging armrests, and multi-function interface modules for bus/high-speed rail seats.
  • Charging and power-sharing equipment: Smart charging stations, shared charging cabinets, multi-port desktop sockets, and smart power strips.
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[Technical Support and Manufacturer Services]

Dongguan Sinyin Electronic Technology Co., Ltd., as a source connector manufacturer, provides you with full-process supply chain assurance:

  1. Quality and Environmental Standards: All products comply with RoHS 2.0 and REACH Environmental standards, with 100% connectivity and insertion/withdrawal force testing strictly implemented at the factory.
  2. Adequate Specification Inventory: Supports AF2.0 + Type-C dual-layer female connector in stock, meeting rapid prototyping for R&D and mass production needs.
  3. Engineering drawings and samples: Free standard 2D PCB pad layout drawings and 3D STEP model files are provided for engineering and procurement.free sample deliveryservices for engineering and procurement teams.
Specifications
Detailed Parameters

【Detailed Parameters】

Classification Item Parameter Indicator Specification Description / Acceptance Criteria
Basic Information Product Category USB Composite Connector / Double-Layer Stacked Female Connector (AF 2.0 + Type-C)
Structure and Material Specifications Top Interface Type USB 2.0 Type-A Female Connector (Standard 4 Pin)
Bottom Interface Type USB Type-C Female Connector (6 Pin / 12 Pin / 24 Pin Optional)
Mounting Pin Method DIP Through-Hole / SMT Solder Combination (90-Degree Side-Insert Horizontal)
Metal shielding cover on the housing Brass / Stainless Steel Nickel-Plated, with PCB Board Retention Legs (with Spring Clip / Fish Hook)
Insulation Core Material PBT / PA9T / LCP UL94-V0 (High-Temperature-Resistant Engineering Plastic)
Terminal contact material Copper alloy, contact area gold-plated (1u"~15u"), solder legs tin-plated
Electrical performance Rated current/voltage AF port: 1.5A 30V AC/DC ; Type-C port: 3A~5A 20V DC Max
Contact resistance ≤ 0.03 Ω (30 mΩ Max)
Insulation resistance ≥ 100 MΩ (DC 500V test)
Withstanding voltage strength AC 500V / 1 minute, no breakdown or flashover
Physical and mechanical properties Insertion and extraction force & lifespan Insertion force: 5~20N, extraction force: 8~20N, insertion/extraction lifespan ≥ 10,000 cycles
Solder heat resistance Wave soldering 260±5 ℃ / 5 seconds or reflow soldering 260 ℃ / 10 seconds
Operating ambient temperature -25 ℃ ~ +85 ℃ (suitable for industrial-grade environments)
Environmental compliance certifications Environmental Standards Compliant with EU RoHS 2.0 and REACH environmental lead-free standards
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