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434 3. Reference Manual 3.15 The Analog Insydes Environment The Analog Insydes loading procedure is completed by execution of several init files which allow for adapting Analog Insydes to your local needs. Section 3.15.1 explains the details of the initialization procedure. Once Analog Insydes is started, there are several commands for obtaining detailed information concerning your local Analog Insydes installation: ReleaseInfo[AnalogInsydes] (Section 3.15.2) Analog Insydes license type information ReleaseNumber[AnalogInsydes] (Section 3.15.3) Analog Insydes release number License[AnalogInsydes] (Section 3.15.4) Analog Insydes license number Version[AnalogInsydes] (Section 3.15.5) Analog Insydes version information Info[AnalogInsydes] (Section 3.15.6) Analog Insydes installation information Obtaining Analog Insydes release information. 3.15.1 The Initialization Procedure At the end of the Analog Insydes loading procedure, after setting up autoload declarations for all Analog Insydes functions, three configurable init files are loaded (via the Mathematica function Get) in the following order: If a file called aiinit.m exists in the Analog Insydes installation directory, this file is loaded first. If a file called .airc exists in the directory given by the Mathematica variable $HomeDirectory, this file is loaded next. If a file called .airc exists in the current working directory (i.e. the directory returned by Directory[]; see the Mathematica command Directory), this file is loaded last. These files allow for adapting Analog Insydes to your local needs: Simply add the corresponding Mathematica commands to one of the init files (see example below). By setting the following environment variables you can suppress loading of init files:
3.15 The Analog Insydes Environment 435 AI_NO_SITE_INIT AI_NO_USER_INIT AI_NO_WORKDIR_INIT suppress loading of init file in Analog Insydes installation directory suppress loading of init file in home directory suppress loading of init file in current working directory Environment variables for suppressing init file loading. Since the init files are loaded after installing the package autoload declarations, you can access all Analog Insydes functions and options in the init files. For example, if you always want to produce protocol output in your notebook, you can set the global Analog Insydes option Protocol by adding the following line to your user init file: Setting the default protocol. SetOptions[AnalogInsydes, Protocol −> Notebook]; If you want to configure the location of an init file by an environment variable, add the following to your user init file: Loading an init file given by an environment variable. If[ (file = Environment["MY_AI_INIT_FILE"]) =!= $Failed, Get[file]]; This loads the init file given by the environment variable MY_AI_INIT_FILE if the variable is set. 3.15.2 ReleaseInfo ReleaseInfo[AnalogInsydes] prints information on your local Analog Insydes installation Command structure of ReleaseInfo. The command ReleaseInfo[AnalogInsydes] prints general information concerning your local Analog Insydes installation such as the release number and a copyright notice. Examples Load Analog Insydes. Print information on Analog Insydes release. In[1]:=
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Authors: Dr. rer. nat. Jochen Broz
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2 Part 3. Reference Manual 3.1 Netl
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A Short Introduction 1.1 Welcome to
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1.1 Welcome to Analog Insydes 7 Net
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1.2 Getting Started 9 (Section 3.6.
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1.2 Getting Started 11 CancelTerms
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1.2 Getting Started 13 Analysis Tas
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1.2 Getting Started 15 this topic i
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1.2 Getting Started 17 In[10]:= ref
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1.2 Getting Started 19 In[16]:= op7
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1.2 Getting Started 21 The numerica
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1.2 Getting Started 23 comparison o
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1.3 What’s New 25 1.3 What’s Ne
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1.3 What’s New 27 Graphics Functi
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1.3 What’s New 29 Modeling Langua
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1.3 What’s New 31 NDAESolve, NDAE
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34 2. Tutorial 2.1 Preface 2.1.1 Ho
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36 2. Tutorial The Netlist command
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38 2. Tutorial {V0, {1, 2}, V0} Hen
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40 2. Tutorial Controlled Sources:
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42 2. Tutorial In[9]:= vdeqs = Circ
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44 2. Tutorial the Symbolic option
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46 2. Tutorial In[16]:= cccseqs2 =
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48 2. Tutorial 2.3 Circuits and Sub
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50 2. Tutorial Model[ Name −> sub
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52 2. Tutorial Connections to subci
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54 2. Tutorial In[2]:= commonEmitte
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56 2. Tutorial In[5]:= flatAmpDyn =
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58 2. Tutorial 2.3.5 Subcircuit Par
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60 2. Tutorial In[13]:= darlington
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62 2. Tutorial same global symbols
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64 2. Tutorial appropriate Scope ar
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66 2. Tutorial B C E RB gm*VBE E Fi
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68 2. Tutorial In[27]:= Circuit[ Mo
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70 2. Tutorial An advanced applicat
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72 2. Tutorial 2.4 Setting up and S
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74 2. Tutorial To illustrate equati
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76 2. Tutorial 2.4.3 Circuit Equati
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78 2. Tutorial In[10]:= CircuitEqua
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80 2. Tutorial 2.4.4 Additional Opt
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82 2. Tutorial In[18]:= rlc2eqs = C
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84 2. Tutorial In[3]:= BodePlot[H1[
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86 2. Tutorial In[6]:= H12a[s_] :=
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88 2. Tutorial In[11]:= NicholPlot[
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90 2. Tutorial In[14]:= RootLocusPl
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92 2. Tutorial 2.6 Modeling and Ana
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94 2. Tutorial Model[ Name −> Dio
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96 2. Tutorial 2.6.3 Referencing Be
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98 2. Tutorial In[8]:= dnwsol = Com
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100 2. Tutorial the base current, i
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102 2. Tutorial Similarly, we defin
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104 2. Tutorial In[14]:= mnaeqsfa =
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106 2. Tutorial 2.7 Time-Domain Ana
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108 2. Tutorial Let’s use NDAESol
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110 2. Tutorial The influence of th
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112 2. Tutorial In[11]:= diffAmp =
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114 2. Tutorial Additionally, we fo
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116 2. Tutorial Then, we run NDAESo
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118 2. Tutorial 2.7.3 Flow of Trans
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120 2. Tutorial input of circuit ne
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122 2. Tutorial difference between
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124 2. Tutorial Vic 1 2 L1 C1 R1 Io
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126 2. Tutorial In[30]:= oscillator
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128 2. Tutorial In[36]:= TransientP
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130 2. Tutorial 2.8 Linear Symbolic
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132 2. Tutorial Even for this very
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134 2. Tutorial than R3 and R4: R1
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136 2. Tutorial Let’s apply solut
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138 2. Tutorial at all. This will b
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140 2. Tutorial s ⩵ Π I f . Fi
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142 2. Tutorial In[33]:= voutsimp3
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144 2. Tutorial of all terms by lea
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146 2. Tutorial D G S VGS gm*VGS GD
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148 2. Tutorial 6 VDD M3 M4 5 1 M1
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150 2. Tutorial Ys ⩵ Hs Xs Hence
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152 2. Tutorial 2.9.3 Device Mismat
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154 2. Tutorial In[17]:= cmgSAG = A
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156 2. Tutorial Replacing the load
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158 2. Tutorial Stimulus Sources fo
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160 2. Tutorial In[27]:= twoportmna
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162 2. Tutorial Let’s examine the
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164 2. Tutorial In[45]:= BodePlot[r
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166 2. Tutorial Finally, we verify
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168 2. Tutorial each input symbol (
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170 2. Tutorial As a first step we
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172 2. Tutorial In[8]:= mnaFull = C
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174 2. Tutorial In[16]:= Max @ Map[
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176 2. Tutorial In[24]:= Statistics
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178 2. Tutorial the equations for t
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180 3. Reference Manual 3.1 Netlist
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182 3. Reference Manual A complex c
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184 3. Reference Manual This netlis
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186 3. Reference Manual You may not
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188 3. Reference Manual If no value
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190 3. Reference Manual A model ref
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192 3. Reference Manual 3.2 Subcirc
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194 3. Reference Manual Name −> "
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196 3. Reference Manual Ports Ports
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198 3. Reference Manual Any symbol
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200 3. Reference Manual calculated
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202 3. Reference Manual Definition
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204 3. Reference Manual (ODEs). In
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206 3. Reference Manual With the In
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208 3. Reference Manual A circuit w
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210 3. Reference Manual This code d
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212 3. Reference Manual Simulate th
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214 3. Reference Manual option name
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216 3. Reference Manual 3.3.3 FindM
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218 3. Reference Manual 3.3.6 LoadM
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222 3. Reference Manual Remove the
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226 3. Reference Manual When HoldMo
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228 3. Reference Manual List the Mo
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234 3. Reference Manual Controlling
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236 3. Reference Manual Value Symbo
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238 3. Reference Manual If the Inde
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240 3. Reference Manual Value takes
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242 3. Reference Manual Set up a sy
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244 3. Reference Manual Set up a sy
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246 3. Reference Manual Now we use
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248 3. Reference Manual Replace all
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250 3. Reference Manual 3.5.2 ACEqu
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252 3. Reference Manual Show equati
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254 3. Reference Manual Define netl
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256 3. Reference Manual Extract val
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258 3. Reference Manual 3.6.1 AddEl
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260 3. Reference Manual Examples Lo
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262 3. Reference Manual Display net
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264 3. Reference Manual Define a si
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266 3. Reference Manual 3.6.9 GetPa
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268 3. Reference Manual Return the
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270 3. Reference Manual You can set
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272 3. Reference Manual the DesignP
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274 3. Reference Manual Show new DA
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276 3. Reference Manual Show update
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278 3. Reference Manual Match symbo
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280 3. Reference Manual number of e
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282 3. Reference Manual 3.7 Numeric
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284 3. Reference Manual The combina
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286 3. Reference Manual The default
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288 3. Reference Manual have to be
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290 3. Reference Manual Read the ne
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292 3. Reference Manual 3.7.5 NDAES
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296 3. Reference Manual Note that t
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298 3. Reference Manual MaxDelta On
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300 3. Reference Manual In case of
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302 3. Reference Manual Perform num
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304 3. Reference Manual Vic 1 2 L1
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306 3. Reference Manual 3.8 Pole/Ze
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308 3. Reference Manual r v ⩵
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310 3. Reference Manual Calculate b
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312 3. Reference Manual Read in a P
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314 3. Reference Manual Show the ro
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318 3. Reference Manual A ϑ i B
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320 3. Reference Manual Find the po
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324 3. Reference Manual ErrorFuncti
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326 3. Reference Manual error but s
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328 3. Reference Manual If you set
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330 3. Reference Manual Set up syst
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332 3. Reference Manual 3.9 Graphic
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336 3. Reference Manual Automatic s
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338 3. Reference Manual Display all
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340 3. Reference Manual Show magnit
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342 3. Reference Manual Reduce the
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344 3. Reference Manual 3.9.3 Nicho
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348 3. Reference Manual NyquistPlot
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350 3. Reference Manual Draw a Nyqu
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352 3. Reference Manual Display the
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358 3. Reference Manual Change the
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360 3. Reference Manual Parametric
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362 3. Reference Manual Define netl
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364 3. Reference Manual Generate a
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366 3. Reference Manual 3.10 Interf
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368 3. Reference Manual Options Des
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370 3. Reference Manual Read and co
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372 3. Reference Manual Independent
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374 3. Reference Manual Linear resi
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376 3. Reference Manual ReadNetlist
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378 3. Reference Manual See also: W
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380 3. Reference Manual Read simula
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382 3. Reference Manual DataLabels
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Page 441 and 442: Appendix 4.1 Stimuli Sources . . .
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Page 449 and 450: 4.1 Stimuli Sources 447 A CheckedSi
Page 451 and 452: 4.2 Netlist Elements 449 element ty
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Page 463 and 464: 4.2 Netlist Elements 461 input T ou
Page 465 and 466: 4.3 Model Library 463 Anode: Cathod
Page 467 and 468: 4.3 Model Library 465 parameter nam
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4.3 Model Library 485 parameter nam
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4.3 Model Library 487 Small-Signal
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4.3 Model Library 489 s*Cdd*vd s*Cd
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4.3 Model Library 495 D RD igd CGD
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Index ABM (analog behavioral model)
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Index Design points — GetDesignPo
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Index Junction field-effect transis
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Index OperatingPointPostfix — Rea
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Index SinWave — Transistor models
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