MATLAB
| MATLAB function name | Description | Page number |
| a2s() | make a‐to‐s parameter conversion | 712 |
| Av_CB() | Voltage gain of CB amplifier | 189 |
| Av_CC() | Voltage gain of CC amplifier | 189 |
| Av_CD() | Voltage gain of CD amplifier | 383 |
| Av_CE() | Voltage gain of CE amplifier | 188 |
| Av_CG() | Voltage gain of CG amplifier | 383 |
| Av_CS() | Voltage gain of CS amplifier | 382 |
| Bcircle() | find the center and radius of a constant B‐circle | 618 |
| binomial_QWT() | design a binomial QWT | 634 |
| BJT_cascode_DC_analysis() | perform DC analysis of a cascode (CE‐CB) BJT circuit | 297 |
| BJT_CB_analysis() | perform DC+AC analysis of a CB‐BJT circuit | 182 |
| BJT_CB_analysis_I() | perform DC+AC analysis of a CB‐BJT circuit with I‐source | 183 |
| BJT_CB_xfer_ftn() | find the transfer function of a CB‐BJT circuit | 256 |
| BJT_CC_analysis() | perform DC+AC analysis of a CC‐BJT circuit | 176 |
| BJT_CC_analysis_I() | perform DC+AC analysis of a CC‐BJT circuit with I‐source | 179 |
| BJT_CC_design() | design a CC‐BJT circuit | 239, 241 |
| BJT_CC_xfer_ftn() | find the transfer function of a CC‐BJT circuit | 251 |
| BJT_CE_analysis() | perform DC+AC analysis of a CE‐BJT circuit | 148 |
| BJT_CE_analysis_I() | perform DC+AC analysis of a CE‐BJT circuit with I‐source | 171 |
| BJT_CE_design() | design a CE‐BJT circuit | 236 |
| BJT_CE_xfer_ftn() | find the transfer function of a CE‐BJT circuit | 245 |
| BJT_DC_analysis() | perform (PWL) DC analysis of a BJT circuit | 117 |
| BJT_DC_analysis_exp() | perform exponential DC analysis of a BJT circuit | 121 |
| BJT_inverter() | perform exponential DC ... |
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