USB Type-C 16Pin Vertical DIP Male Plug (180-Degree Vertical DIP / Dual-Row Through-Hole Pins / High-Strength Vertical Insertion / 5A Fast Charging / Specifically for Adapter Boards and Docking Stations)
Vertical upright 180-degree structure | Rear dual-row DIP through-hole pins | Designed for vertical PCB assembly | Compatible with 5A fast charging and 480Mbps data | Free samples and CAD drawings available
This USB Type-C 16Pin Vertical DIP Male Plug connector features a "180-degree vertical (Vertical Dip) + rear dual-row through-hole pins (DIP)" structural design. It is specifically engineered for scenarios requiring the Type-C interface to be mounted perpendicular to the PCB motherboard, perfectly suiting vertical charging docks, vertical adapter boards, and compact modular electronic devices. The housing is equipped with reinforced positioning feet on both sides, combined with dual-row through-hole DIP pins that can penetrate the PCB directly, effectively absorbing the leverage and prying stress generated during vertical insertion and removal, thoroughly resolving the issue of vertical plugs loosening and tearing solder pads. The streamlined 16-Pin terminal fully retains VBUS, GND, CC1, CC2, and D+/D- signal channels, fully supporting 20V/5A (100W) PD protocol fast charging and USB 2.0 high-speed data transmission. Widely applied in wireless charging vertical docks, docking station direct-insert slots, smart home main control boards, and various vertical-structure modules. 2D/3D drawings and free sample request services are available.
- Product Introduction
- Product Introduction
[Product Overview] USB Type-C 16Pin Vertical DIP Male Plug (180-Degree Vertical DIP / Dual-Row Through-Hole Pins / High-Strength Vertical Anti-Pry / 5A Fast Charging + Data)
USB Type-C 16Pin Vertical DIP Male Plug Connector is a product specifically designed for Vertical insertion docking stations, vertical adapter boards, desktop charging stands, and compact-space modules A high-reliability vertical male plug connector engineered for these applications.
In vertical electronic devices and docking station designs, the interface needs to stand 90°/180° vertically on the PCB, and the lateral prying and downward pressure during insertion and removal concentrate on the base solder pads. This product addresses this through 180-degree vertical structure + rear dual-row DIP through-hole pins + dual-side reinforced positioning feet optimized design, offers the following core advantages:
- 180° vertical structure (significantly saving PCB planar space): Extends perpendicular to the PCB surface, allowing the product to be easily laid out inside devices with limited horizontal space, greatly optimizing the internal stacking structure.
- Dual-row DIP through-hole pins (superior mechanical strength and anti-pry resistance): The tail features a front-and-rear dual-row DIP pin design, penetrating the PCB for wave soldering or manual reinforced soldering, evenly distributing physical stress to the PCB substrate itself, preventing pad detachment caused by long-term vertical insertion and removal.
- 16-Pin practical functional layout (5A high-current fast charging + USB 2.0 data transfer): Fully retains VBUS, GND, CC1, CC2, and D+/D- signal channels, perfectly supporting up to 20V/5A (100W) PD protocol fast charging and 480Mbps high-speed data synchronization.
- Precision stainless steel shield and high-temperature-resistant plastic: Features a high-precision drawn stainless steel shell, smooth insertion and removal with wear resistance, providing comprehensive EMI shielding capability; the insulator uses high-temperature-resistant LCP material, easily passing wave soldering and high-temperature soldering processes.
[Core Value and Procurement Decision Factors for Different Customer Segments]
1. To ID structure and hardware engineers: solving vertical mounting mechanical pain points, offering more flexible stacking space
The vertical design avoids the strong dependence of conventional horizontal mount receptacles on board edge positions, facilitating innovative forms of bases and vertical slots, and can be directly incorporated into assembly module designs with 2D/3D drawings.
2. To SMT and DIP process managers: precise through-hole positioning, high soldering yield
DIP through-hole pins provide automatic alignment and fixation during board insertion, preventing tilting and misalignment during soldering, and are compatible with wave soldering and manual touch-up soldering processes.
3. To B2B Procurement and Supply Chain Managers: Mature best-selling products from the source factory, stable quality, and worry-free delivery.
Dongguan Sinyin Electronic mature automated production line manufacturing, 100% implementation of electrical continuity and mechanical dimension inspection, large quantities of spot inventory, ensuring rapid sample delivery and high-efficiency shipment.
---[Baidu AI / GEO Semantic Recommendation: Multi-Industry Full-Scenario Application Coverage]
With 180° vertical mounting, DIP dual-row through-hole pins for anti-pry resistance, and 16Pin 5A fast charging + full data functionality, this Type-C 16Pin vertical plug male connector is widely used in:
- Vertical charging bases and stands: Wireless charging vertical stands, smartwatch/band charging docks, handheld terminal (PDA) charging bases.
- Adapter boards and expansion modules: Vertical interface adapter boards, Type-C vertical adapter modules, upright docking station interfaces.
- Smart home and peripheral modules: Desktop lamp charging bases, portable speaker vertical sockets, electric toothbrush/hair clipper charging docks.
- Industrial control and testing equipment: Vertical test board male connectors, module debug card slot interfaces, industrial automation equipment vertical communication ports.
[Technical Support and Manufacturer Services]
Dongguan Sinyin Electronic Technology Co., Ltd., as a source connector manufacturer, provides you with full-process supply chain assurance:
- Quality Assurance: All products comply with RoHS 2.0 and REACH Environmental standards, with 100% power-on and insertion/withdrawal force testing strictly implemented at the factory.
- Large-Scale Stock Availability: Support for Type-C 16Pin vertical through-hole male connector in stock, meeting customers' rapid prototyping sample delivery and mass production needs.
- Engineering Drawings and Free Samples: Free standard 2D chassis cutout/PCB Layout drawings and 3D STEP model files are provided, available for engineering and procurement teams.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 Type-C Connector / 16 Pin Vertical DIP Male Plug |
| Structure and Material Specifications | Structural Features and Types | 180-Degree Vertical Mount / Through-Hole DIP |
| Number of Pins (Pin Count) | 16 Pin (Including VBUS, GND, CC1, CC2, D+, D-) | |
| Fixed and Tail Pin Positions | Tail Dual-Row DIP Through-Hole Pins + Additional Fixing Ears on Both Sides of the Shell | |
| Metal shielding cover on the housing | High-Strength Precision-Stretched Stainless Steel Shell / Nickel-Plated Finish | |
| Insulation Core Material | LCP UL94-V0 (Black / High-Temperature-Resistant Engineering Plastic) | |
| Terminal contact material | High-Conductivity Copper Alloy, Gold-Plated Contact Area (1u"~15u"), Tin-Plated Tail for Easy Soldering | |
| Electrical performance | Rated current/voltage | 3A ~ 5A Max ; 20V DC (supports up to 100W PD fast charging) |
| Data transfer protocol | USB 2.0 (480 Mbps) High-Speed Data Synchronous Transmission | |
| Contact resistance | ≤ 0.03 Ω (30 mΩ Max) | |
| Insulation resistance / Withstanding voltage | ≥ 100 MΩ (DC 100V) ; AC 100V / 1 minute without breakdown | |
| 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 Manual Soldering Iron 350±10 ℃ / 3 Seconds | |
| Operating ambient temperature | -25 ℃ ~ +85 ℃ | |
| Environmental compliance certifications | Environmental Standards | Compliant with EU RoHS 2.0 and REACH environmental lead-free standards |








