Circuits et systemes de modelisation analogique de neurones ...

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Annexe C : brochages des différents ASICsANNEXE CBROCHAGES DES DIFFERENTS ASICS."Ernest" : boîtier JLCC44.0 V 7 39 +5 VCaconst 838 Ca_vmemKCa_CT 937 Ca_ofmKCa_regcapa 1036 Ca_slmKCa_gm 1135 Ca_cmCa_gmS_reg12133433Ca_ofhCa_slhCa_regcapa 1432 Ca_chCa_CT 1531 Ca_eq-5 V ERNEST1630 Ca_vmulNC 1729 NCNCNCNC[Ca]_inKCa_out10KCa_out1Ca_out10Ca_out1-1Ca_out1-2NCNC1819202122444323242542262728NCNCNC[Ca]_capaKCa_ofmKCa_slmKCa_cmKCa_eqKCa_vmemNC41NC654340210 Vsyn_slmsyn_cmsyn_vmulsyn_eqIT_gmsyn_gm-5 VNCsyn_out1syn_out10IT_out10IT_out1NCNCsyn_ofmsyn_vmemIT_ofhIT_vmemNC+5 V625IT_slh524IT_ch782322IT_ofmIT_slm921IT_cm1020IT_eq1119IT_vmul121314151617184321282726"Ernest Junior" : boîtier JLCC28.ERNEST JUNIOR"Casimir" : boîtier DIP16.0VX1Y1Z1X2Y2Z2123456716151413121110-5VZ4Y4X4Z3Y3X3+5V 8 CASIMIR 9 NCstim_inKCa_ofm0 VKCa_slmKCa_cmCa_capaCa_constKCa_gmKCa_eqKCa_out1KCa_out2Ca_slhCa_ofhK_ofmK_slmK_cmK_gmK_eqK_out2K_out110 VNa_gmstim_res7 39NaStimComp_outcomp_in838Na_out2comp_res9375 VCa_gm1036Na_eqCa_out2Ca_out1Ca_eq111213353433Na_cmNa_slmNa_ofmCa_cm1432Na_chCa_slmCa_ofm15163130Na_slhNa_ofhCa_ch1729vmem18192021222324252627286543214443424140"Susie" : boitier JLCC44.SUSIE215
Annexe C : brochages des différents ASICsCa_chCa_ofmCa_slmCa_slhCa_ofhK_ofmK_slmK_cmK_gmK_eqK_out2K_out1+5 V"Calvin" : boitier JLCC52.Ca_cmCa_eqCa_out1Ca_out2Ca_gmSyn_ofmSyn_slmSyn_cmSyn_gmSyn_eqvmem_postSyn_outcomp_res891011121314151617181920212223242552CALVIN26272829513050Na_gmvmemNa_ofhNa_slhNa_chNa_ofmNa_slmNa_cmNa_eqNa_out1Na_out2StimComp_out0 V-5 Vcomp_instim_resstim_inKCa_ofmKCa_cmKCa_slmCa_capaKCa_gmCa_constKCa_eqKCa_out1KCa_out2765432314932484733146454443424140393837363534Na_cmCa_capaK_cmVmem10 VStim_inStim_resComp_resI_outVprog1Vprog2VlectVoutVleak1 282 273 264255 246 237 228 219 2010 1911 1812ANNIE1713 1614 15Na_ch0VNextCptenResetClkStart1Start2RaztestDectest-TestswitchCpttest5VVrefCtest"Annie" : boîtier DIP28."Babar" : boîtier DIP28.VbootmVtunnelmVmembrCKmINaKCNamCNahVrefcompMuxOutcompOutalex10VValmVoffset1 282 273 264255 246 237 228 219 2010 1911 1812 17BABAR13 1614 15OutmReadbm5VEnmuxbRbW-BUpDownb-AgndA2A1A0InitClockVmediumVhightaunnSyn2taunSyn1tauhCa1taumCa1BCapa1taunK[Ca]1taunK1tauhNa1taumNa1stimin(0V num ) gnddclk(0V ana) gnda85251504946(5V ana) vdda945resetbias21044start1memb[7]memb[6]memb[5]memb[4]1112131443424140start2nextramselect3Scpten3Smemb[3]1539tsinmemb[2]1638sclktest*memb[1]1737interentest*memb[0]1836tsout*bias1(2.5v ana) vddd1920FPCA-R3534vdd (5V num)taunnSyn4taunSyn3tauhCa2taumCa2BCapa2taunK[Ca]2taunK2tauhNa2taumNa2vrefpara[76]*2122232425262728293031323376543214847"Fpca-r" : boîtier JLCC52.216
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N° d’ordre : 2324THESEPRESENTEE
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Table des matières2.3.1. Suite log
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Table des matières5.2. Conception
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6Table des matières
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Introduction généralehybrides. No
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10Introduction générale
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12Chapitre I : éléments de neurob
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Chapitre I : éléments de neurobio
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36Chapitre I : éléments de neurob
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Chapitre II : circuits analogiques
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88Chapitre II : circuits analogique
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Chapitre III : circuits intégrés
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Référence.[OHSAKI 94]Méthoded'in
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138Chapitre III : circuits intégr
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Chapitre IV : mise en œuvre et app
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Page 165 and 166: Chapitre IV : mise en œuvre et app
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Page 197 and 198: Conclusions et perspectives.Les tec
Page 199 and 200: Références bibliographiques.[BUCH
Page 201 and 202: Références bibliographiques.Behav
Page 203 and 204: Références bibliographiques.[KOCH
Page 205 and 206: Références bibliographiques.[MANN
Page 207 and 208: Références bibliographiques.[SARP
Page 209 and 210: 208Références bibliographiques.
Page 211 and 212: 210Annexes
Page 213 and 214: Annexe A : procédé de fabrication
Page 215: Annexe B : organisation de la RAM d
Page 219 and 220: 218Annexe D : brochages des connect
Page 221 and 222: IIIIIIII220Ernest JuniorErnest 1Ern
Page 223 and 224: Annexe E : carte "ernest"Les figure
Page 225 and 226: Annexe E : carte "ernest"Les foncti
Page 227: RésuméCircuits et systèmes de mo
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