USB Type C connector on motherboard 14 pin
USB Type-C Connector on Motherboard 14 Pin Overview
The USB Type-C Connector on Motherboard 14 Pin is a compact vertical USB Type-C female receptacle specifically engineered for motherboard integration, embedded electronics, compact charging devices, and industrial PCB applications requiring reliable power and USB 2.0 data connectivity. Designed with a reinforced vertical DIP structure, this 14 pin USB Type-C connector provides stable PCB retention, excellent solder reliability, and long-term mechanical durability for high-cycle insertion environments.
This motherboard USB Type-C connector is optimized for space-saving PCB layouts while maintaining compatibility with modern USB Type-C interfaces. The vertical orientation helps maximize internal board space and simplifies panel alignment in compact electronic products such as mini PCs, industrial controllers, IoT modules, smart terminals, and portable devices.
The connector supports USB charging and standard USB 2.0 communication functions through a simplified 14-pin architecture, making it a cost-effective solution for applications that do not require full USB 3.x high-speed differential pairs. Its through-hole mounting structure significantly improves connector retention strength compared with standard SMT-only connectors.
Manufactured using high-temperature thermoplastic housing and precision copper alloy terminals, the connector delivers excellent thermal resistance during wave soldering and long-term operational stability. The product is fully compliant with RoHS and REACH environmental standards for global electronics manufacturing.
For detailed USB Type-C architecture and signal assignment references, engineers may review the
USB Type-C Specifications from USB-IF and the
USB-C Female Connector Pinout Guide.
The USB Type-C Connector on Motherboard 14 Pin offers an ideal balance of compact structure, reliable PCB mounting, cost efficiency, and stable electrical performance for modern embedded electronic product development.
14 Pin USB Type-C Connector Specifications
| Parameter | Specification |
|---|---|
| Product Name | USB Type-C Connector on Motherboard 14 Pin |
| Part Number | USB-TC14-F05 |
| Connector Type | USB Type-C Female Receptacle |
| Pin Count | 14 Pins |
| Mounting Type | Vertical DIP Through Hole |
| Orientation | Vertical / Upright |
| USB Standard | USB 2.0 Type-C |
| Rated Current | 3A Max |
| Rated Voltage | 30V DC |
| Contact Material | Copper Alloy |
| Housing Material | High Temperature LCP |
| Contact Resistance | 40mΩ Max |
| Insulation Resistance | 100MΩ Min |
| Durability | 10,000 Mating Cycles |
| Operating Temperature | -25°C to +85°C |
| Packaging | Tray Packaging |
| Compliance | RoHS & REACH |
| Application | Motherboards, Embedded Systems, Charging Devices |
Why Engineers Choose This Motherboard USB Type-C Connector
USB Type-C Connector On Motherboard Integration
The vertical DIP structure is optimized for direct motherboard installation, ensuring reliable solder anchoring and stable electrical performance in compact PCB layouts.
14 Pin USB Type-C Connector Architecture
The simplified 14-pin structure supports USB charging and USB 2.0 communication functions while reducing PCB complexity and manufacturing cost.
Vertical USB Type-C Connector Design
The upright connector orientation maximizes internal chassis space efficiency and simplifies rear or top panel cable insertion.
Motherboard USB Type-C Connector Stability
Reinforced through-hole mounting improves vibration resistance and mechanical durability for embedded systems and industrial electronics.
3A Charging Capability
The connector supports reliable charging applications for portable electronics, smart devices, and USB-powered embedded hardware.
10,000 Mating Cycle Durability
Precision copper alloy terminals and stainless steel shielding ensure long-term reliability under frequent insertion and removal conditions.
High Temperature Resistant Materials
The LCP housing provides excellent thermal stability during wave soldering and high-temperature manufacturing processes.
RoHS & REACH Compliant
Environmentally compliant materials support global electronics manufacturing standards and export requirements.
Applications of Vertical USB Type-C Connector
Frequently Asked Questions
What is a 14 pin USB Type-C connector used for?
Why use a vertical USB Type-C connector on a motherboard?
Does this connector support fast charging?
What is the advantage of DIP through-hole mounting?
Is this connector suitable for industrial applications?
Where can I learn more about USB Type-C standards?
USB Type-C Connector Resources
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