Spectre® RF Analysis using Shooting Newton Method

Length : 2 days

Course Description

In this Engineer Explorer course for RF designers, you gain advanced knowledge of RF circuit analysis. This course explores applications of the Shooting Newton engine used for RF analyses in the Virtuoso^® Spectre^® RF circuit simulator environment. You learn simulation setup methods of various analyses pertaining to commonly used RF circuits to simulate periodic operating points, transients, and RF envelopes. You evaluate noise, stability, and parameters, such as IP3, in detail. You also examine the simulation solver with an emphasis on the parameters and convergence aids that help optimize and speed up the simulation while analyzing large RF circuits. PSS, QPSS, Periodic Noise Analysis and S-Parameter analysis are some of the topics that are discussed.

You may also be interested in Spectre® RF Analysis using Harmonic Balance

Learning Objectives

After completing this course, you will be able to:

• Apply the periodic steady-state (PSS) analysis algorithm, its options, and its properties to simulate and analyze RF circuits
• Use and apply the quasi-periodic steady state (QPSS) analysis algorithm, its options, and its properties
• Apply simulator accelerators and convergence aids to maximize efficiency in RF simulations
• Use the linear periodic time varying (LPTV) algorithms and apply the periodic AC (PAC) and periodic transfer (PXF) analyses
• Perform periodic S-Parameter (PSP) and periodic stability (PSTAB) analysis on LPTV circuits
• Perform periodic noise analysis (Pnoise) and create noise summary tables, and understand how to differentiate between noise coming from the noise source and that coming through the periodic transfer function using the noise separation feature
• Apply the periodic noise analysis (Pnoise) to define and evaluate different types of jitter in driven and autonomous circuits, such as oscillators
• Evaluate the period (Jc) and adjacent period (cycle-to-cycle Jcc) jitter, evaluate jitter for driven circuits (Jee) and also measure digital jitter with an eye diagram
• Simulate voltage controlled oscillators (VCOs) and use the periodic stability (Pstab) analysis on the oscillator
• Extract S-Parameters and simulate an S-Parameter file

Software Used in This Course

• Virtuoso Spectre Circuit Simulator_L
• Virtuoso Accelerated Parallel Simulator
• Virtuoso Spectre RF Simulation Option
• Virtuoso ADE Explorer

Software Release(s)

vSPECTRE 19.1 & ICADVM 18.1

Modules in this Course

• Periodic Steady State Analysis
• Oscillators
• Small Signal Analysis After PSS/QPSS
• Periodic Noise Analyses
• Simulating S-Parameters

Audience

• Analog IC Designers
• Analog/Mixed-Signal IC Designers
• Chip Designers
• Custom Circuit Designers
• RF Designers

Prerequisites

• An understanding of RF circuits and RF design analysis and measurements
• Used the Spectre^® Circuit simulator
• Briefly used or been exposed to the Accelerated Parallel Simulator^® (APS)

Or you must have completed the following courses:

• Virtuoso Schematic Editor
• Virtuoso ADE Explorer S1: Set Up and Run Analog Simulations Using the Spectre Simulator

Related Courses

• Virtuoso ADE Explorer S1: Set Up and Run Analog Simulations Using the Spectre Simulator
• Spectre® RF Analysis using Harmonic Balance
• Spectre Simulator Fundamentals S1: Spectre Basics
• Spectre Simulator Fundamentals S2: Large-Signal Analyses
• Spectre Simulator Fundamentals S3: Small-Signal Analyses
• Spectre Simulator Fundamentals S4: Measurement Description Language

Please see course learning maps at this link for a visual representation of courses and course relationships. Regional course catalogs may be viewed here.