Hidden state in SpectreRF

gdarboux

Hidden state in SpectreRF

[ 本帖最后由 gdarboux 于 2006-12-26 22:25 编辑 ]

gdarboux

dddddddddddddddddddddddddddddd

jason99pan

thanks so much......

yantom

bu cuo

bbss

不错的样子！
感谢！

changchun2000

dianyuzhou0814

:lol :lol

草原孤狼

Table of Contents
Virtuoso Spectre RF Tools 清晰版
   
Module 1 Introduction
        There are no labs for this module. ..... 1-1
Module 2 PSS and Swept PSS Analysis
        Lab 2-1 Getting Started ..... 2-1
        Logging In...... 2-1
        Starting Cadence Software................. 2-1
        Lab 2-2 Running a Voltage Conversion Gain Simulation ...... 2-3
        Opening the ne600 Schematic ........... 2-3
        Editing the Port Symbols . 2-5
        Setting Up the Simulation Environment.............. 2-8
        Setting Up the Default Plot Output.. 2-10
        Setting Up the PSS Simulation ........ 2-11
        Verifying the Fundamental (Beat) Frequency ... 2-12
        Running the PSS Simulation............ 2-14
        Lab 2-3 Displaying the Voltage Conversion Gain ................ 2-16
        Using Direct Plot—Method 1 ......... 2-16
        Using Direct Plot—Method 2 ......... 2-19
        Lab 2-4 Running a 1 dB Compression Point Simulation ...... 2-23
        Setting Up for Swept PSS................ 2-23
        Setting the Analysis Options............ 2-24
        Plotting the 1 dB Compression Point................. 2-26
Module 3 PAC Analysis
        Lab 3-1 Running a PAC Conversion Gain Simulation ........... 3-1
        Setting Up the Simulation Environment.............. 3-5
        Setting Up the PSS Simulation .......... 3-6
        Setting Up the PAC Simulation ......... 3-8
        Running the PSS Simulation Followed by PAC 3-10
        Plotting the Conversion Gain........... 3-11
        Running and Plotting PAC Results with Real Frequency Values ....... 3-14
        Lab 3-2 Running a Swept Small-Signal IP3 Simulation ....... 3-18
        Modifying the RF Port Parameters for an IP3 Simulation... 3-18
        Setting Up the Swept PSS Simulation ............... 3-19
        Setting Up the Single Point PAC Simulation .... 3-21
        Running a PSS Sweep Simulation Followed by PAC......... 3-23
        Plotting the IP3 Curve.... 3-24
Module 4 PXF Analysis
        Lab 4-1 RF Conversion Gain Simulation.............. 4-1
        Modifying the RF Port Parameters for PXF Analysis ........... 4-1
        Setting Up the Simulation Environment.............. 4-4
        Setting Up the PXF Simulation ......... 4-4
        Running the PSS Simulation Followed by PXF .. 4-9
        Plotting the RF to IF Conversion Gain ................ 4-9
        Running and Plotting PXF Results with Real Frequency Values........ 4-11
        Lab 4-2 Power Supply Rejection....... 4-13
        Plotting the Power Supply Rejection ................. 4-13
Module 5 PNoise Analysis
        Lab 5-1 Noise Figure and Output Noise Analysis  5-1
        Setting Up the Simulation Environment.............. 5-5
        Running the PSS Simulation Followed by PNoise................ 5-9
        Plotting the Output Noise and Noise Figure........ 5-9
        Lab 5-2 Printing the Noise Summary Report ...... 5-13
        The Noise Summary Report ............ 5-13
        Lab 5-3 Running a PSS/PNoise Analysis on a Tunable Oscillator ..... 5-15
        Oscillator Notes ............. 5-15
        Opening the Oscillator Schematic ... 5-16
        Setting Up the Simulation Environment............ 5-17
        Setting Up the PSS and PNoise Simulation....... 5-18
        Running PSS and PNoise Simulation ................ 5-23
        Plotting the Simulation Results........ 5-23
        Table of Contents Virtuoso Spectre RF Tools
        Lab 5-4 Calculating Time-Varying Instantaneous Noise Power......... 5-28
        Opening the Design ....... 5-28
        Setting Up the Simulation Environment............ 5-29
        Setting Up the PSS Analysis............ 5-29
        Setting Up the PNoise Analysis....... 5-31
        Running the PSS Simulation Followed by PNoise.............. 5-34
        Plotting Time Domain Noise Results ................ 5-35
        Calculating Time-Varying Noise Power............ 5-36
Module 6 Periodic S-Parameter (PSP) Analysis
        Lab 6-1 Periodic S-Parameter (PSP) Analysis ...... 6-1
        Setting Up the Simulation Environment.............. 6-5
        Setting Up the PSS Simulation .......... 6-6
        Setting up the PSP Analysis............... 6-8
        Running the Simulation . 6-11
        Plotting the Noise Figure ................. 6-11
        Plotting Different Types of Noise Figure .......... 6-13
        Plotting Gain  6-14
        Plotting Periodic S-Parameters ........ 6-16
Module 7 QPSS Analysis
        Lab 7-1 Running Simulation with QPSS .............. 7-1
        Modifying RF Port Parameters for QPSS Analysis............... 7-1
        Setting Up the Simulation Environment.............. 7-4
        Setting Up the QPSS Simulation ....... 7-5
        Selecting Outputs for Current and Power Plots ... 7-7
        Changing the RF Input Power ........... 7-8
        Running the QPSS Simulation......... 7-10
        Plotting Simulation Results Using WaveScan... 7-10
        Plotting Power................ 7-16
        Lab 7-2 Simulating IP3 QPSS Intermodulation Distortion... 7-19
        Modifying the RF Source in the Schematic....... 7-19
        Setting Up and Running the QPSS Sweep Simulation ........ 7-21
        Running the Swept QPSS Simulation................ 7-23
        Displaying the IP3 Plot .. 7-24
Module 8 QPAC Analysis
        There are no labs for this module. ..... 8-1

Module 9 QPAC & QPXF Analysis
        Lab 9-1 QPSS Analysis with Small Signal QPAC and QPXF Analyses .. 9-1
        Opening the mixer2 Schematic.......... 9-1
        Setting Up the Simulation Environment.............. 9-3
        Editing Design Variables . 9-4
        Setting Up the QPSS Simulation ....... 9-5
        Setting Up the QPAC Simulation ...... 9-6
        Setting Up the QPXF Simulation....... 9-8
        Running the Simulation . 9-10
        Plotting the Results ........ 9-11
        Plotting Isolation Curves ................. 9-14
        Lab 9-2 Running QPSS with QPAC and QPXF Analyses.... 9-16
        Setting Up the Simulation................ 9-16
        Running the Simulation . 9-17
        Plotting the Results ........ 9-17
        Plotting the QPXF RF to IF Transfer Function vs. Input Frequency .. 9-21
        Plotting the LO Leakage at the IF Output.......... 9-22

Module 10 QPNoise Analysis
        Lab 10-1 QPSS Analysis with a Small-Signal Noise Analysis QPNoise . 10-1
        Editing the Schematic .... 10-1
        Setting Up the Simulation Environment............ 10-7
        Setting Up the QPSS Simulation ..... 10-8
        Setting Up the QPNoise Simulation  10-9
        Editing the Design Variable........... 10-11
        Saving Simulation Outputs ............ 10-12
        Running the Simulation ................. 10-13
        Plotting the Voltage and Power ..... 10-13
        Plotting Power.............. 10-17
        Plotting the Noise Figure ............... 10-18
        Table of Contents Virtuoso Spectre RF Tools

Module 11 QPSP Analysis
        Lab 11-1 QPSS Analysis with a Small Signal S-Parameter Analysis QPSP 11-1
        Editing the Schematic .... 11-1
        Setting Up the Simulation Environment............ 11-5
        Setting Up the QPSS Simulation ..... 11-6
        Setting Up the QPSP Simulation ..... 11-8
        Running the QPSS Simulation Followed by QPSP........... 11-11
        Plotting the Results ...... 11-12

Module 12 Envelope Following Analysis
        Lab 12-1 Envelope Following Analysis and ACPR................ 12-1
        Setting Up the Simulation Environment............ 12-2
        Setting Up the ENVLP Simulation.. 12-2
        Running the Envelope Following Simulation.... 12-4
        Viewing the Envelope Following Results ......... 12-4
        Lab 12-2 Following the Change in the Information (Baseband Signal)         Through the Circuit....... 12-8
        Plotting the Complete Baseband Signal........... 12-15
        Plotting the Baseband Trajectory... 12-17
        Lab 12-3 Plotting the Adjacent Channel Power Ratio .......... 12-20

Module 13 S-Parameter Analysis
        Lab 13-1 S-Parameter Analysis and Plotting ........ 13-1
        Reviewing the twa3b Schematic...... 13-1
        Setting Up the Simulation Environment............ 13-2
        Setting the Path to the S-Parameter Data Files .. 13-3
        Choosing Analyses ........ 13-3
        Simulating The Design .. 13-6
        Viewing Simulation Results with Direct Plot.... 13-6
        Plotting the Gain of the Circuit........ 13-9
        Plotting VSWR and Gain............... 13-10
        Plotting S11 and S22 on a Smith Chart ........... 13-12
        Lab 13-2 Plotting Stability Circles .... 13-15
        Setting Up the Design .. 13-15
        Setting Up the Simulation Environment.......... 13-16
        Setting the Path to the S-Parameter Data File.. 13-17
        Choosing Analyses ...... 13-18
        Running the Simulation ................. 13-20
        Viewing Simulation Results with Direct Plot.. 13-21
        Lab 13-3 Simulating Linear Two-Port Noise...... 13-25
        Setting Up the Design .. 13-25
        Setting Up the Simulation Environment.......... 13-27
        Choosing Analyses ...... 13-27
        Running the Simulation ................. 13-29
        Viewing Simulation Results with Direct Plot.. 13-30
        Lab 13-4 Comparing Measured Data to Simulation Data with a Schematic Model. 13-38
        Setting Up the Design .. 13-38
        Setting Up the Simulation Environment.......... 13-39
        Setting the Path to the S-Parameter Data File.. 13-40
        Choosing Analyses ...... 13-40
        Simulating with Measured S-Parameter Data.. 13-42
        Viewing Simulation Results with Direct Plot.. 13-42
        Saving the Simulation Results ....... 13-44
        Lab 13-5 Simulating with a Schematic Model.... 13-45
        Setting the Schematic Model ......... 13-45
        Choosing Analyses ...... 13-48
        Simulating the ATF26100opt Component....... 13-49
        Using the Direct Plot Tool to Compare Simulation Results................ 13-49
        Lab 13-6 Tabulated S-Parameters in the Virtuoso Spectre RF Environment ........... 13-52
        Reviewing the tab_sp_test Schematic ............. 13-52
        Setting Up the First Simulation ..... 13-53
        Simulating the tab_sp_test Schematic ............. 13-55
        Plotting the Results ...... 13-55
        Reviewing the tab_sp_test2 Design................. 13-58
        Setting Up the Second Simulation . 13-60
        Simulating the tab_sp_test2 Schematic ........... 13-62
        Plotting the Results ...... 13-62

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