【免费】Cadence SpectreRF Workshop MMSIM6.2.1 全集

christon

【免费】Cadence SpectreRF Workshop MMSIM6.2.1 全集（包括document、schematic、layout、simulation state）

包括LNA、Mixer、VCO和PA四部分，主要内容为：

（1）LNA
Introduction to LNAs.......................................................................................................... 3
The Design Example: A Differential LNA......................................................................... 4
Testbench ........................................................................................................................ 5
LNA Measurements and Design Specifications ................................................................. 7
Example Measurements Using SpectreRF........................................................................ 14
Lab 1: Small Signal Gain (SP)...................................................................................... 15
Lab 2: Large Signal Noise Simulation (PSS and Pnoise) ............................................. 29
Lab 3: Gain Compression and Total harmonic Distortion (Swept PSS) ...................... 36
Lab 4: IP3 Measurement---PSS/ PAC analysis ............................................................ 46
Lab 5: IP3 Measurement---QPSS Analysis with Shooting or Flexible Balance Engine
....................................................................................................................................... 54
Lab 6: IP3 Measurement---Rapid IP3 using PSS/PAC Analysis.................................. 66
Lab 7: IP3 Measurement---Rapid IP3 using AC analysis............................................. 74

（2）Mixer
Introduction to Mixers .................................................................................... 3
The Design Example: A Differential Input Mixer.......................................... 4
Testbench ........................................................................................................................ 4
Example Measurements Using SpectreRF ..................................................... 6
Lab 1: Voltage Conversion Gain Versus LO Signal Power (Swept PSS with PAC) ..... 7
Lab 2: Voltage Conversion Gain Versus RF Frequency (PSS and Swept PAC).......... 17
Lab 3: Lab 3: Voltage Conversion Gain Versus RF Frequency (PSS and Swept PXF)23
Lab 4: Power Conversion Gain Versus RF Frequency (QPSS).................................... 28
Lab 5: Periodic S-Parameters (PSS and PSP)............................................................... 34
Lab 6: Noise, Noise Summary and Noise Separation (PSS and Pnoise) ...................... 42
Lab 7: Port-to-Port Isolation among RF, IF and LO Ports (PSS and Swept PAC)....... 58
Lab 8: Mixer Performance with a Blocking Signal (QPSS, QPAC, and QPNoise) ..... 70
Lab 9: IP3 Calculation (Swept QPSS and QPAC)........................................................ 81
Lab 10: IP3 Calculation (QPSS with Shooting Engine or Flexible Balance Engine) .. 89
Lab 11: Rapid IP3 (PAC)............................................................................................ 101
Lab 12: Compression Distortion Summary (PAC)..................................................... 107
Lab 13: Rapid IP2 (PAC)............................................................................................ 111
Lab 14: IM2 Distortion Summary (PAC) ................................................................... 117

（3）VCO
Introduction to VCOs.......................................................................................................... 3
The Design Example: oscHartley ....................................................................................... 4
Example Measurements Using SpectreRF.......................................................................... 5
Lab 1: Output Frequency, Output Power, Phase Noise, and Jitter Measurement (Pnoise
with Shooting or Flexible Balance Engine) .................................................................... 7
Lab 2: Frequency Pushing (Swept PSS) ....................................................................... 34
Lab 3: Tuning Sensitivity and Linearity (Swept PSS).................................................. 39
Lab 4: Power Dissipation (PSS) ................................................................................... 46
Lab 5: Frequency Pulling (Swept PSS) ........................................................................ 51
Lab 6: Stability Analysis (PSS/Pstb) ............................................................................ 57

（4）PA
Introduction to Power Amplifiers ....................................................................................... 3
The Design Example........................................................................................................... 3
Three Testbenches for PA Measurements ...................................................................... 4
Example Measurements Using SpectreRF.......................................................................... 5
Lab 1: Power Related Measurement (Swept PSS).......................................................... 6
Lab 2: Linearity Measurement (Swept PSS with PAC)................................................ 19
Lab 3: Stability and S-Parameter Measurements (PSS and PSP) ................................. 29
Lab 4: Large Signal S-Parameter Measurement (LSSP Wizard).................................. 42
Lab 5: Load-Pull Measurements (Swept PSS).............................................................. 50
Lab 6: Envelope Following Analysis (ENVLP and ACPR Wizard) ............................ 63
Using the ACPR Wizard........................................................................................... 78

注：mixer部分我自己引用了一些外部电路，所以解压缩会有警告，不影响使用。仅供学习！

christon

另外，看layout要自己设置一下tf文件

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2# christon
楼主能不能给我发一份？
wxkhappy@163.com
多谢！！

tks15

Thanks !!!!!!!!

lhyi

Thanks

SamsungMonitor

Thanks for sharing......

leeclyc

太棒了
感謝您

tianruo

Workshop太棒了
感謝您

tianruo

太棒了
感謝您

小勺

这个很好，谢谢哈