Type-C Power Delivery 3 Chapters in the Power Delivery Spec responsible for: Charge devices up to 20V/5A/100W Supply power to active cables Discover cable.

Slides:



Advertisements
Similar presentations
Support Part II EMROL – Your power partner Support – Part two What are profiles and an explanation of the parameters How to improve the accuracy of a.
Advertisements

May 8, High Speed Electrical Testing Jim Choate Intel Corporation.
RS-485 Data Link Tester Team Members:Raymond Weber Lance Spotted Elk Sponsor:LED Effects.
So, you think you need USB On-The-Go?. Agenda Introduction Embedded Host terminology OTG – Electrical – Protocol When to use OTG 2.
THS3000 Product Introduction Market Dynamics  Customers require more flexible solutions  Many test solutions are driven by both measurement needs.
BREADBOARDS Breadboards are used to test circuits. Wires and components are simply pushed into the holes to form a completed circuit and power can be.
Presents The Silver Family An Integrated Approach to Processors, Data Communication and Head End Integration.
May 17, Track 1 May 17, USB Bus Analyzers Brian Leete
MSO/DPO3000 Series Oscilloscopes Feature-rich tools for debugging mixed signal designs Designed to make your work easier Wave Inspector® controls speed.
Group/Presentation Title Agilent Restricted Month ##, 200X Agilent N5431A XAUI Electrical Validation Application Fast and Accurate XAUI Validation with.
FuturePlus ® Systems Corporation Power Tools For Bus Analysis.
请点击以下链接下载WinHEC的演讲材料 Download WinHEC presentations here:
Chapter 22 All About SCSI.
Students: Nir Engelberg Ezequiel Hadid Supervisor: Mony Orbach In association with: November 23, Winter 2004.
Page 1 Simplifying MSO-based debug of designs with Xilinx FPGAs.
1 USB 2.0 Specification  General Description  What is OTG (On the Go)  From where we could begin the work  What would be valid to do?
IEEE 1394 / FireWire Nick Pennella 4/17/03. Introduction  -Originally Created by Apple and standardized as IEEE1394 in 1995  -Was intended to be used.
USB – An Overview Group 3 Kaushik Nandha Bikram What is the Universal Serial bus (USB)? Is a cable bus that supports data exchange between a host computer.
Objectives Overview Discovering Computers 2014: Chapter 6 See Page 248
USB 2.0 INTRODUCTION NTUT CSIE 學 生:許家豪 指導教授:柯開維教授.
1 Mid-term Presentation Implementation of generic interface To electronic components via USB2 Connection Supervisor Daniel Alkalay System architectures.
Logic Analyzer and pulse generator ECE 682. The specification Specification was handed out in ECE 582 last quarter. Basics  3 channels – dedicated output.
USB: UNIVERSAL SERIAL BUS Joe Kaewbaidhoon Alex Motalleb Vishal Joshi Prepared for EECS 373 University of Michigan, Ann Arbor 1.
Serial Interfaces. Bit serial bus New generation of busses Uses bit-serial, differential drive technology Uses on-line device drivers (Hot-plug technology)
GigE Knowledge. BODE, Company Profile Page: 2 Table of contents  GigE Benefits  Network Card and Jumbo Frames  Camera - IP address obtainment  Multi.
October 11, Platform Design Considerations Jim Choate Intel Corporation.
Copyright © 2008 Pearson Education, Inc., publishing as Pearson Addison-Wesley Electricity Physics 102 Goderya Chapter(s): 22 and 23 Learning Outcomes:
For Electric Vehicle Team Members Pramit Tamrakar- Electrical Engineering Jimmy Skadal- Electrical Engineering Hao Wang- Electrical Engineering Matthew.
October 10, USB 2.0 Test Modes and Their Application Jon Lueker Intel Corporation.
Chapter 8 All About SCSI.
May 16, USB 2.0 Test Modes and Their Application Jon Lueker Intel Corporation.
By: Nadav Haklai & Noam Rabinovici Supervisors: Mike Sumszyk & Roni Lavi Semester:Spring 2010.
MSO/DPO5000 Series Oscilloscopes Feature-rich tools for debugging mixed signal designs Designed to make your work easier Wave Inspector® controls speed.
Your Interactive Guide to the Digital World Discovering Computers 2012.
October 10, USB OnTheGo Ed Beeman Hewlett Packard.
Introduction to USB Development. USB Development Introduction Technical Overview USB in Embedded Systems Recent Developments Extensions to USB USB as.
A+ Guide to Managing and Maintaining Your PC Fifth Edition Chapter 22 All About SCSI.
LXI Standard – Current and Future David Owen – Pickering Interfaces TC Chair LXI Consortium LXI – “It’s About Your Time”
Holt: Physics Ch. 20 – 1 Pages
Chapter 5 Section 2 : Storage Networking Technologies and Virtualization.
Power delivery product applies to any USB speed
By : Anand Yadav. What is Zigbee?  The CC2520 is Texas Instrument’s second generation ZigBee/IEEE RF transceiver for the 2.4 GHz unlicensed.
Owner: GSZ Rev **Tech Lead: AKN CCG2: Type-C Cable Controller with PD Quick Presentation 1 Build Your USB Type-C Cable With EZ-PD CCG2, An ARM.
Current Electricity - Symbols Draw the symbol for each electrical device.
4.3 Logic Part Trouble Power Power-On Trouble
May 16, USB 2.0 Technical Overview Brad Hosler USB Engineering Manager Intel Corporation.
October 10, USB 2.0 Technical Overview Brad Hosler USB Engineering Manager Intel Corporation.
The Probe: Measurement Accuracy Begins at the Tip  Attenuation –The ratio of the probe’s input signal amplitude to the output signal amplitude..  Bandwidth.
11 INSTALLING AND MANAGING HARDWARE Chapter 6. Chapter 6: Installing and Managing Hardware2 INSTALLING AND MANAGING HARDWARE  Install hardware in a Microsoft.
MSO/DPO2000 Series Oscilloscopes Fact Sheet Feature-rich tools for debugging mixed signal designs Designed to make your work easier Wave Inspector® controls.
4.3.1 Power Circuit Diagram Power-On Trouble +2.6V MSMP2 U Logic Part Trouble U V_ MSMC +2.6V_ MSMP2 +1.8V_ MSMP1 +2.9V_ RX0 +2.8V_.
Laser Drive Needs Total laser current –I TOT = I BIAS + I MOD BIAS Current –Keeps I TOT > I TH (laser “on”) –I BIAS – I TH related to speed Modulation.
A+ Guide to Managing and Maintaining Your PC Fifth Edition Chapter 22 All About SCSI.
Hybrid Power Controller (HPC) Mid-Semester Presentation Senior Design I.
System Software Design Colin Gatlin May 12, 2009 Western Washington University.
For week three go over electron flow and conventional flow. Electrons only flow in one directions.
Features Benefits Compliant USB-C DFP Solution
Power Analyzer Option History of Power Analysis Software  Strong history of power analysis going back to late 1990’s  Software evolved.
DC Power supply circuit
IC-CAP Modeling Configuration Agilent Technologies November 01, 2005 Page 1 Agilent IC-CAP Modeling Configuration - Block Diagram ( GHz) GPIB.
Lab Environment and Miniproject Assignment Spring 2009 ECE554 Digital Engineering Laboratory.
ECE 101 Exploring Electrical Engineering Chapter 7 Data Acquisition Herbert G. Mayer, PSU Status 11/30/2015 Derived with permission from PSU Prof. Phillip.
Brooks Expert Support Tool (BEST) Software
Instructor Materials Chapter 8: Network Troubleshooting
Direct Attached Storage and Introduction to SCSI
McCrometer Nano Board Test Procedure
System Device 3 meter USB cable USB 3.1 Host TUSB ” <4”
Leadtrend Confidential for Big-Bit Only
Introduction to Lab Equipment
Presentation transcript:

Type-C Power Delivery 3 Chapters in the Power Delivery Spec responsible for: Charge devices up to 20V/5A/100W Supply power to active cables Discover cable functionality Enable ALT modes facilitate device role and power direction

Power Delivery lines Alt Mode KMF 2015

Test Setup (eMark Cable Example) API? Ellisys EX-350 USB-PD Coupon

Test Setup (Provider/ Consumer Example) USB-PD Coupon(s) Passive Probe API? Ellisys EX-350

Type-C/USB-PD Electrical & Protocol Test Software (GRL-USB-PD) BMC Eye Diagram & Timing Measurements BitRate, Risetime, CRC Check Bus Diagram and Signal View Window CC Line Packet Decode Report Generator VDM Decode for Cables and Adaptors

Chapter 5: Physical Layer Test Configuration Keysight Oscilloscope Infiniium S Series and above*** 2ea. Passive Probes for CC and VBUS 1ea. N2893A Current Probe for Load Current USB-PD Software GRL-USB-PD Power Delivery SW $7495 USB-PD Coupons USB3.1-C-PDC from Wilder-Tech $525 USB-PD Controller and Protocol Generator EX-350 from Ellisys with Rp/Rd Board $20K N2893A Current Probe

Type-C PD Chapter 6 and Chapter 7 Chapter 6: Protocol Layer Ellisys EX-350 USB-PD Controller and Protocol Generator Chapter 7: Power Supply Depending on Power Profile 1-5 N6951A Advanced Power System - 20 V, 5 A, 100 W N6705B DC Power Analyzer mainframe with N6785A SMU plug-in module

Power Solutions for USB PD Choose from these instruments that meet the requirements N6951A Advanced Power System Source: 20V, 5A Load: 20V, 5A Power: 100W N6705B DC Power Analyzer mainframe with N6785A SMU plug-in module Source: 20V, 4A or 5V, 8A Load: 20V, 4A or 5V, 8A Power: 80 W or 40W N6705B N6785A N6951A Simplifies setup One instrument can source power (power supply) and sink power (e-load) to test power delivery, battery charging, host side and peripheral side An ordinary supply won’t meet the requirements. These instruments meet requirements for accuracy, slew rate and stability. For more info, contact: Ed Brorein, PED Application Engineer, +1 973 448 7109, ed_brorein@keysight.com