Amphenol Socapex USB3CFTV USB Type-C Connectors
Amphenol Socapex USB3CFTV USB Type-C Connectors are based on the MIL-DTL-38999 series III type and offer shock, vibration, and traction resistance. These connectors utilize the Tri-Start thread coupling mechanism to mate plugs and receptacles seamlessly. The USB3CFTV connectors strengthen and protect the devices against dust, shock, fluids, and disconnection due to vibrations. These Type-C connectors do not require any tools for cabling adaptation and offer impressive EMI protection with shielding continuity. The USB3CFTV Type-C connectors achieve reversibility for data and power transmission for both plug and receptacles. These connectors are compatible with USB3.2 Gen 1 and feature 100VAC dielectric withstand voltage and IP68 rating.
Features
- Thread coupling, MIL-DTL-38999 series III type
- Shell size 11
- Shock, vibration, and traction resistance
- No tools are required for cabling adaptation
- EMI protection with shielding continuity
- At least 500 mating plug/receptacle cycles
- Compatible with USB3.2 Gen 1
- Fully reversible for both plug and receptacle
- Up to 1m maximum length transmission (only for cordset versions)
- IP68 sealing
- IK06 onto mated pair shock resistance
Applications
- C5ISR, battlefield communication
- Ground vehicles
- Naval
- Displays
- Consoles
- Visions systems
- Situation awareness
Specifications
- 5A maximum intensity
- 20V maximum voltage
- 100VAC dielectric withstanding voltage
- -40°C to 85°C operating temperature range
Videos
Related Caps & Connectors
Amphenol Socapex USBF TV USB-A (USB 2.0) Connection System
Designed to resist shock, vibration, and traction and is sealed to an IP68 protection rating.
Amphenol Socapex Circular Connectors
Comprehensive lineup of robust components designed to perform in harsh environments.
Amphenol Socapex USB Type-C Caps
For USB3CF TV USB Type-C connectors, provides permanent sealing for plugs and receptacles.
Related Solutions
Amphenol Space Solutions
Portfolio of robust products engineered to withstand the harsh demands of space exploration.
Opublikowano: 2023-03-27
| Zaktualizowano: 2023-11-15