690Q204-143-210

USB, DVI, HDMI Connector Assemblies Overview

The EDAC Inc. 690Q204-143-210 is a USB Type-B receptacle connector belonging to the 690 Series. It features through-hole vertical mounting and board-lock retention mechanisms for secure PCB attachment. The component supports USB 2.0 specifications and includes shielding capabilities to mitigate electromagnetic interference. Designed as a gender receptacle, it provides reliable data transmission interfaces for electronic assemblies requiring standardized USB connectivity.

USB, DVI, HDMI Connector Assemblies Feature Summary

• Through-hole vertical mounting configuration
• Board-lock retention mechanism
• Shielded construction for signal integrity

USB, DVI, HDMI Connector Assemblies Applications

• USB peripheral device connections
• Embedded system interface ports
• Consumer electronics assembly

USB, DVI, HDMI Connector Assemblies Procurement Notes

Verify that the specific part number matches the required shielded variant and board-lock features. Confirm RoHS compliance status with the supplier. Ensure the through-hole pin layout aligns with the target printed circuit board design before finalizing procurement orders.

USB, DVI, HDMI Connector Assemblies Selection Notes

Select this component when a vertical USB Type-B interface with mechanical retention is required. The board-lock feature enhances durability against physical stress. Verify compatibility with USB 2.0 signaling requirements and ensure adequate panel space for the connector profile.

USB, DVI, HDMI Connector Assemblies Part Context

This connector is part of EDAC's broader portfolio which includes Card Edge, Rack and Panel, and various communication sockets. The 690 Series specifically targets USB applications, offering customizable design modifications to meet diverse customer needs within the company's extensive product range.

USB, DVI, HDMI Connector Assemblies Replacement Considerations

The 690Q204-143-220 is a related variant within the same series. Cross-reference pin configurations and retention styles to ensure functional equivalence during replacement scenarios.