SuperSpeed USB 3 Design Guide
| From : pcb1001.com
Published to Laptop Reviews
Introduction SuperSpeed USB (USB 3.0) delivering data rates up to 5Gbps which is ten times faster than Hi-Speed USB (USB 2.0) with optimized power efficiency. At these high transmission rates, signal integrity issues become increasingly restrictive on PCB trace and cable lengths, and on design implementation and features. Poor signal quality can significantly impact system performance and reliability. SuperSpeed (USB 3.0) ReDriver in Source Application Superspeed is a dual channel (TX± and RX... Read Full Story
Capacitive Touch Sensing Layout Guidelines --- > Part 1
| From : pcb1001.com
Not yet published.
Capacitive Sensing Capacitive sensing is the art of measuring a relatively very small variation of capacitance in a noisy environment. To illustrate the principle of capacitive sensing we will use the typical simplest button implementation below but the same basic laws apply to more complex capacitive structures like sliders or wheels. Figure shows cut view and top view of a typical capacitive button implementation. The sensor connected is a simple round copper area on top layer of... Read Full Story
Capacitive Touch Sensing Layout Guidelines --- > Part 2
| From : pcb1001.com
Published to New Mobile Phones
Buttons Introduction Similarly to the mechanical buttons they intend to replace, touch buttons provide ON/OFF information i.e. respectively button touched or not touched by the finger. Each touch button is associated to its dedicated capacitive sensor. Shape Round is best while oval or square with round corners are also acceptable Any other shape with acute angles is not recommended Possibility to put a hole for reverse mount SMD LED in the middle (will reduce a little bit the... Read Full Story
Free Webinars for Hardware and PCB Engineers
| From : pcb1001.com
Not yet published.
Free Webinars for Hardware and PCB Engineers Goto Webinar Enhancing Multi-Gbps Simulations With The New HyperLynx 3D Full-wave Solver Goto Webinar System Level Power Considerations for PCB Design Goto Webinar Addressing Complex Technology Challenges with the PADS Flow Goto Webinar HyperLynx Analog On-Demand Web Seminar Session 1 HyperLynx Analog On-Demand Web Seminar Session 2 Goto Webinar Multi-Gbps Serial Channel (SERDES) Design Solutions Goto Webinar PCI Express Basics: Developing Physical... Read Full Story
Webinar - HyperLynx Analog On-Demand Web Seminar Session 2
| From : pcb1001.com
Not yet published.
HyperLynx Analog On-Demand Web Seminar Session 2 Goto Webinar Disclaimer: This website does not host any Webinars, Each Webinars are hosted by there respective presenters. Read Full Story
Webinar - HyperLynx Analog On-Demand Web Seminar Session 1
| From : pcb1001.com
Not yet published.
HyperLynx Analog On-Demand Web Seminar Session 1 Goto Webinar Disclaimer: This website does not host any Webinars, Each Webinars are hosted by there respective presenters. Read Full Story
Webinar - Addressing Complex Technology Challenges with the PADS Flow
| From : pcb1001.com
Not yet published.
Addressing Complex Technology Challenges with the PADS Flow Goto Webinar Disclaimer: This website does not host any Webinars, Each Webinars are hosted by there respective presenters. Read Full Story
Webinar - System Level Power Considerations for PCB Design
| From : pcb1001.com
Not yet published.
System Level Power Considerations for PCB Design Goto Webinar Disclaimer: This website does not host any Webinars, Each Webinars are hosted by there respective presenters. Read Full Story
Webinar - Enhancing Multi-Gbps Simulations With The New HyperLynx 3D Full-wave Solver
| From : pcb1001.com
Not yet published.
Enhancing Multi-Gbps Simulations With The New HyperLynx 3D Full-wave Solver Goto Webinar Disclaimer: This website does not host any Webinars, Each Webinars are hosted by there respective presenters. Read Full Story
Webinar - Meeting the Challenges of DDRx Design
| From : pcb1001.com
Not yet published.
Meeting the Challenges of DDRx Design Goto Webinar Disclaimer: This website does not host any Webinars, Each Webinars are hosted by there respective presenters. Read Full Story

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