|
|
Table of Contents
For Index, see below.
|
About Amplifier DesignGuide
Amplifier QuickStart Guide
1-Tone Nonlinear Sim
2-Tone Nonlinear Sim
DC and Bias Point Sim
|
Lumped 2-Elem Z-Y Matching Networks
- Rload, Series C-L, Shunt C-L:
- Rload, Shunt C-L, Series C-L:
Lumped Multi-Elem Z-Y Matching Networks
- Rload, Series C-L, Shunt C-L, Series L-C:
- Rload, Series L, Shunt C, Series L-C:
- Rload, Shunt C:
S-Parameter Sim
- Feedback Network Opt to Attain Stability
- S-Params, Gain, NF, Stability, Group Delay vs. Swept Params
- S-Params, Noise, Gain, Stability, Circles, and Group Delay
- S-Params, Stability, and Group Delay vs. Frequency and Input Power
Statistical Design and Opt for Amplifiers
|
|
Index
1
- 1-Tone Nonlinear Sim
- 1-Tone Nonlinear Sim - Harmonic Gamma Opt. - PAE, Output Power, Gain
- 1-Tone Nonlinear Sim - Harmonic Impedance Opt. - PAE, Output Power, Gain
- 1-Tone Nonlinear Sim - Large-Signal Load Impedance Mapping
- 1-Tone Nonlinear Sim - Load-Pull - PAE, Output Power Contours
- 1-Tone Nonlinear Sim - Load-Pull - PAE, Output Power Contours at X dB Gain Comp
- 1-Tone Nonlinear Sim - Noise Figure, Spect, Gain, Harmonic Distortion
- 1-Tone Nonlinear Sim - Source-Pull - PAE, Output Power Contours
- 1-Tone Nonlinear Sim - Spect, Gain, Harmonic Distortion
- 1-Tone Nonlinear Sim - Spect, Gain, Harmonic Distortion (with PAE)
- 1-Tone Nonlinear Sim - Spect, Gain, Harmonic Distortion at X dB Gain Comp
- 1-Tone Nonlinear Sim - Spect, Gain, Harmonic Distortion at X dB Gain Comp (with PAE) vs. 1 Param
- 1-Tone Nonlinear Sim - Spect, Gain, Harmonic Distortion at X dB Gain Comp (with PAE) vs. 2 Param
- 1-Tone Nonlinear Sim - Spect, Gain, Harmonic Distortion at X dB Gain Comp vs. Freq
- 1-Tone Nonlinear Sim - Spect, Gain, Harmonic Distortion vs. Frequency
- 1-Tone Nonlinear Sim - Spect, Gain, Harmonic Distortion vs. Frequency (with PAE)
- 1-Tone Nonlinear Sim - Spect, Gain, Harmonic Distortion vs. Frequency-Power
- 1-Tone Nonlinear Sim - Spect, Gain, Harmonic Distortion vs. Frequency-Power (with PAE)
- 1-Tone Nonlinear Sim - Spect, Gain, Harmonic Distortion vs. Power
- 1-Tone Nonlinear Sim - Spect, Gain, Harmonic Distortion vs. Power (with PAE)
2
- 2-Tone Nonlinear Sim
- 2-Tone Nonlinear Sim - Harmonic Gamma Opt. - PAE, Output Power, Gain, IMD
- 2-Tone Nonlinear Sim - Harmonic Impedance Opt. - PAE, Output Power, Gain, IMD
- 2-Tone Nonlinear Sim - Load-Pull - PAE, Output Power, IMD Contours
- 2-Tone Nonlinear Sim - Source-Pull - PAE, Output Power, IMD Contours
- 2-Tone Nonlinear Sim - Spect, Gain, TOI and 5thOI Points
- 2-Tone Nonlinear Sim - Spect, Gain, TOI and 5thOI Points (with PAE)
- 2-Tone Nonlinear Sim - Spect, Gain, TOI and 5thOI Points vs. 1 Param. (with PAE)
- 2-Tone Nonlinear Sim - Spect, Gain, TOI and 5thOI Points vs. 2 Param. (with PAE)
|
2 (continued)
A
D
- DC and Bias Point Sim
- DC and Bias Point Sim - BJT Fmax vs. Bias
- DC and Bias Point Sim - BJT Ft vs. Bias
- DC and Bias Point Sim - BJT I-V Curves
- DC and Bias Point Sim - BJT Noise, S-Params, Gain, Stability, and Circles vs. Bias
- DC and Bias Point Sim - BJT Output Power, Distortion vs. Load R
- DC and Bias Point Sim - BJT Stability vs. Bias
- DC and Bias Point Sim - FET Fmax vs. Bias
- DC and Bias Point Sim - FET Ft vs. Bias
- DC and Bias Point Sim - FET I-V Curves
- DC and Bias Point Sim - FET Noise, S-Params, Gain, Stability, and Circles vs. Bias
- DC and Bias Point Sim - FET Output Power, Distortion vs. Load R
- DC and Bias Point Sim - FET Stability vs. Bias
L
|
L (continued)
- Lumped 2-Elem Z-Y Matching Networks - Rload, Series C-L, Shunt C-L to Match Shunt R-C or R-L Device
- Lumped 2-Elem Z-Y Matching Networks - Rload, Shunt C-L, Series C-L for Desired Y
- Lumped 2-Elem Z-Y Matching Networks - Rload, Shunt C-L, Series C-L for Desired Z
- Lumped 2-Elem Z-Y Matching Networks - Rload, Shunt C-L, Series C-L to Match Series R-C or R-L Device
- Lumped 2-Elem Z-Y Matching Networks - Rload, Shunt C-L, Series C-L to Match Shunt R-C or R-L Device
- Lumped Multi-Elem Z-Y Matching Networks
- Lumped Multi-Elem Z-Y Matching Networks - Rload, Series C-L, Shunt C-L, Series L-C for Desired Z
- Lumped Multi-Elem Z-Y Matching Networks - Rload, Series C-L, Shunt C-L, Series L-C to Match Series R-C or R-L Device
- Lumped Multi-Elem Z-Y Matching Networks - Rload, Series L, Shunt C, Series L-C for Desired Z
- Lumped Multi-Elem Z-Y Matching Networks - Rload, Series L, Shunt C, Series L-C to Match Series R-C or R-L Device
- Lumped Multi-Elem Z-Y Matching Networks - Rload, Shunt C, Series L, Series C for Desired Z
- Lumped Multi-Elem Z-Y Matching Networks - Rload, Shunt C, Series L, Series C, Shunt L-C for Desired Y
- Lumped Multi-Elem Z-Y Matching Networks - Rload, Shunt C, Series L, Series C, Shunt L-C to Match Shunt R-C or R-L Device
- Lumped Multi-Elem Z-Y Matching Networks - Rload, Shunt C, Series L, Shunt C for Desired Y
- Lumped Multi-Elem Z-Y Matching Networks - Rload, Shunt C, Series L, Shunt C Shunt R-C or R-L Device
- Lumped Multi-Elem Z-Y Matching Networks - Rload, Shunt C, Series L-C, Series C to Match Series R-C or R-L Device
N
S
- S-Parameter Sim
- S-Parameter Sim - Feedback Network Opt to Attain Stability
- S-Parameter Sim - S-Params, Gain, NF, Stability, Group Delay vs. Swept Params
- S-Parameter Sim - S-Params, Noise, Gain, Stability, Circles, and Group Delay
- S-Parameter Sim - S-Params, Stability, and Group Delay vs. Frequency and Input Power
- Statistical Design and Opt for Amplifiers
|
|
|
|
|
|
|
|
Log In
Getting Started