USB 2.0 + Type-C 14P 180 Degree Combo Connector – C076107
USB 2.0480MbpsBoard-Mount
Designed for OEM board-mount integration, this 2.0 Type-C connector features standard board-mount construction with vertical cable exit for in-line board placement. The 14P...
2.0 Type-C interfaceUSB 2.0 baseline throughput
None-layer PCB designStandard pin configuration
180° exit angleVertical cable exit
480Mbps full-speed signalingStandardized 0.1" pin pitch
Technical Specifications
| USB Version | USB 2.0 |
| Connector Type | USB Type-C |
| Mount Type | Board-Mount |
| Layers | Single-Layer |
| Orientation | 180 Degree |
| Pin Configuration | 14-Pin |
| Rated Current | 4A |
| Rated Voltage | 30V DC |
| Data Speed | 480Mbps |
| Operating Temperature | -40C to +85C |
| Certifications | CE, RoHS, REACH |
Key Features
- USB 2.0 Type-C connector supporting standard 2.0 data protocols
- None-layer PCB design with 180° cable exit for flexible board integration
- 14P contact pin configuration for full USB signaling compatibility
- Combo-port design consolidates multiple interfaces into a single PCB footprint
- Suitable for point-of-sale systems and commercial electronic equipment
- Compatible with high-speed data acquisition in factory automation
Applications
- Consumer Electronics
- Computer Peripherals
- Industrial Control Systems
- Communication Devices
- Automotive Infotainment
- Medical Devices
- IoT Hardware
Product Drawing
Designed for OEM board-mount integration, this 2.0 Type-C connector features standard board-mount construction with vertical cable exit for in-line board placement. The 14P configuration supports full USB 2.0 signaling requirements for data and power delivery. The combo-port design consolidates multiple USB interface standards into a single PCB footprint, reducing board space and BOM complexity. Compatible with hand-soldering, wave-soldering, and reflow-soldering processes for flexible production deployment. Each unit ships ready for board-mount installation with industry-standard pin pitch for drop-in compatibility with mainstream PCB assembly processes.
