PCB LAYOUT AUTHORITY: SuperSpeed USB 3 Design Guide
EZ-USB® GX3™ Hardware Design Guidelines
Routing Requirements for a USB 2.0 Impedance Interface on a 2-Layer PCB | Blog | CircuitMaker
pcb design - Understanding USB Differential and Single Ended Impedance Requirements - Electrical Engineering Stack Exchange
Measure Impedance And Insertion Loss In USB 3.0 Cables And Connectors | Microwaves & RF
Stretching the limits of USB 3.0 connectors and cables
Do USB Data Wires (D+/D-) have 90 ohm differential impedance and single ended 45 ohm impedance to ground and if so how is this made? - Electrical Engineering Stack Exchange
Rising to the USB 3.0 challenge: smart design achieves high-speed signal integrity - Embedded Computing Design
Analysis of Technology Standards of Cable and Connector& the Certification Test Points - Technical Direct
Routing Requirements for a USB 2.0 Impedance Interface on a 2-Layer PCB | Blog | CircuitMaker
AN0046: USB Hardware Design Guidelines
Tripp Lite 10M USB 3.0 SuperSpeed Active Extension Repeater Cable M/F 33ft 33' 10 Meter - USB extension cable - USB Type A to USB Type A - 33 ft
USB trace impedance calculations, with termination resistors - Electrical Engineering Stack Exchange
Tripp Lite U322-003-BK USB 3.0 SuperSpeed Device Cable AB M/M Black, 3 ft. - Walmart.com
Routing Requirements for a USB 2.0 Impedance Interface on a 2-Layer PCB | Blog | CircuitMaker
Managing Connector and Cable Assembly Performance for USB SuperSpeed
HD3SS6126 USB 3.0 and USB 2.0 Differential Switch 2:1/1:2 MUX/DEMUX datasheet (Rev. A)
Characteristic Impedance | Sierra Circuits
PCB LAYOUT AUTHORITY: SuperSpeed USB 3 Design Guide
PCB LAYOUT AUTHORITY: SuperSpeed USB 3 Design Guide
Managing Connector and Cable Assembly Performance for USB SuperSpeed
AN 26.2 - Implementation Guidelines for SMSC's USB 2.0 and USB 3.0 Hub Devices - SMSC
.jpg "PROVANTAGE: Tripp Lite U326-003-BK 3ft USB 3.0 SuperSpeed Device Cable A to Micro-B M/M Black")
PROVANTAGE: Tripp Lite U326-003-BK 3ft USB 3.0 SuperSpeed Device Cable A to Micro-B M/M Black
pcb design - Understanding USB Differential and Single Ended Impedance Requirements - Electrical Engineering Stack Exchange
