Oberhaching, Germany

Who should attend?

This training class is designed for engineers with an RF/microwave background who are involved in high-speed mixed-signal design and for engineers with high-level expertise who are looking for improving in-depth knowledge on high-speed digital simulation techniques.

Come and learn more about how to close your design on specification and schedule using the latest HSD Design and Verification solutions.

Day 1: Introduction to ADS environment

Create an L-C ladder segment, parameterize it, convert it to a transmission line model by copy step/repeat.
Use the analytical results for TL’s, compute Z0/beta and demonstrate behavior of this ideal line vs. frequency and then in time-domain using a transient analysis with a bit sequence.
Learn how to create schematics, data display for freq/time domains, tuning, parameterization.
Introduce distributed components as multilayer/microstrip/striplines, and concept of impedance mismatch

Basics of layout

WYSIWYG vs. net-based mode, technology files, ODB++ import, navigator, how to define net names (Lab with Panda Board)

Day 2: The Channel

Designing Pre-layout for PCB Constraints
Interconnect Utility Tools to Build the Channel
Line characterization
Using and understanding the ADS multilayer library
Via Designer
The SnP component and S-parameter Checker
HSD Simulation
Use the Pre-layout Schematic to build the channel
Transient Simulation using IBIS Models
Channel Simulation including Ibis AMI Model (Lecture about IBIS-AMI and why you need it).
Mix and Match in Channel Sim:Use build in ADS TX with an AMI RX and vice-versa.
NRZ and PAM4 signal to Channel Simulation.

Day 3: SIPro

BRD/ODB Import
Setup SI simulations in SIPro
Create power-aware SI Analysis, Perform power-aware SI Analysis and S-Parameters and TDT/TDR results.
Learn how to plot single ended and mixed mode s-parameters
Create and use Eye diagrams to investigate Signal Lines behavior in the presence of noise in Power Plane, Understand the role of Power-Aware in SI simulations

PIPro + DC IR Drop Electro Thermal

Learn how to create a PI simulation in SIPro.
Learn about PI-AC analysis, PDN Impedance, S-Parameters, 3D Fields, current density plots.
Learn about Static IR Drop Analysis. Define PI-DC analysis: run and view analysis, interpret the results: Sinks, Pins, VRMs, vias, View Voltage, Current Density, and Power Loss Density plots.
Learn about PDN Impedance Analysis
Electro-Thermal Analysis: Electro-Thermal simulator for DC conditions on a PCB. Perform PI-DC IR-Drop Analysis. And perform PI-DC IR Drop Electro Thermal analysis on imported board.
Perform PI-DC IR Drop Electro Thermal analysis on PandaBoard

Price

The cost of classes is 1470€ (490€/£430 per day). You can consider the registration form as a formal quotation from Keysight.

Additional Information

Computers will be provided by Keysight
Lunch and Refreshments are included

Oberhaching, Germany

Select the date(s) you wish to attend

Day 1 : 27 Nov 2019, 9am-5pm - Introduction to ADS environment & Basics of Layout : 490?

Day 2 : 28 Nov 2019, 9am-5pm ? Prelayout / the Channel : 490?

Day 3 : 29 Nov 2019, 9am-5pm ? Postlayout / SIPro-PIPro : 490?

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