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Circuit: VBIC DiffAmp TestDoing analysis at TEMP = 300.150000 and TNOM = 300.150000Initial Transient Solution--------------------------Node Voltage---- -------q8_b 1.94983vcc 3.3q9_b 0.97409v2_p 1.64994r3_n 1.64994i1_n 0.658399q5_b 2.17615q1_e 1.00992e1_p -6.21725e-15q3_c 1.81768q4_c 1.81768q6_c 1.93771q5_c 1.93771e1#branch 6.21725e-21v2#branch -5.694e-08v1#branch -0.411513 Node Voltage ---- ------- ---- ------- q8#subsSI 1.462448e+00 q8#collCI 2.991063e+00 q8#substrate 0.000000e+00 q9#subsSI 4.466280e-01 q9#collCI 1.781360e+00 q9#substrate 0.000000e+00 q3#subsSI 8.583838e-01 q3#collCI 1.817878e+00 q3#substrate 0.000000e+00 q6#subsSI 1.447313e+00 q6#collCI 3.028406e+00 q6#substrate 0.000000e+00 q7#subsSI 1.674876e+00 q7#collCI 3.012277e+00 q7#substrate 0.000000e+00 q4#subsSI 8.583838e-01 q4#collCI 1.817878e+00 q4#substrate 0.000000e+00 q5#subsSI 1.447313e+00 q5#collCI 3.028406e+00 q5#substrate 0.000000e+00 q12#subsSI 9.739946e-12 q12#collCI 9.734211e-01 q12#substrate 0.000000e+00 q13#subsSI 2.176047e-11 q13#collCI 2.175425e+00 q13#substrate 0.000000e+00 q10#subsSI 2.019645e-11 q10#collCI 1.009248e+00 q10#substrate 0.000000e+00 q11#subsSI 1.318619e-11 q11#collCI 6.577463e-01 q11#substrate 0.000000e+00 q2#subsSI 3.875317e-11 q2#collCI 1.937375e+00 q2#substrate 0.000000e+00 q1#subsSI 3.875317e-11 q1#collCI 1.937375e+00 q1#substrate 0.000000e+00 q5_c 1.937706e+00 q6_c 1.937706e+00 q4_c 1.817682e+00 q3_c 1.817682e+00 e1_p -6.21725e-15 q1_e 1.009918e+00 q5_b 2.176151e+00 i1_n 6.583991e-01 r3_n 1.649943e+00 v2_p 1.649943e+00 q9_b 9.740902e-01 vcc 3.300000e+00 q8_b 1.949826e+00 Source Current ------ ------- v1#branch -4.11513e-01 v2#branch -5.69400e-08 e1#branch 6.217249e-21 Resistor models (Simple linear resistor) model R rsh 0 narrow 0 short 0 tc1 0 tc2 0 defw 1e-05 kf 0 af 0 VBIC models (Vertical Bipolar Inter-Company Model) model n1 p1 type npn pnp tnom 27 27 rcx 10 10 rci 60 60 vo 2 2 gamm 2e-11 2e-11 hrcf 2 2 rbx 10 10 rbi 40 40 re 2 2 rs 20 20 rbp 40 40 is 1e-16 1e-16 nf 1 1 nr 1 1 fc 0.9 0.9 cbeo 0 0 cje 1e-13 1e-13 pe 0.75 0.75 me 0.33 0.33 aje -0.5 -0.5 cbco 0 0 cjc 2e-14 2e-14 qco 1e-12 1e-12 cjep 1e-13 1e-13 pc 0.75 0.75 mc 0.33 0.33 ajc -0.5 -0.5 cjcp 4e-13 4e-13 ps 0.75 0.75 ms 0.33 0.33 ajs -0.5 -0.5 ibei 1e-18 1e-18 wbe 1 1 nei 1 1 iben 5e-15 5e-15 nen 2 2 ibci 2e-17 2e-17 nci 1 1 ibcn 5e-15 5e-15 ncn 2 2 avc1 2 2 avc2 15 15 isp 1e-15 1e-15 wsp 1 1 nfp 1 1 ibeip 0 0 ibenp 0 0 ibcip 0 0 ncip 1 1 ibcnp 0 0 ncnp 2 2 vef 10 10 ver 4 4 ikf 0.002 0.002 ikr 0.0002 0.0002 ikp 0.0002 0.0002 tf 1e-11 1e-11 qtf 0 0 xtf 20 20 vtf 0 0 itf 0.08 0.08 tr 1e-10 1e-10 td 2e-11 2e-11 kfn 0 0 afn 1 1 bfn 1 1 xre 0 0 xrbi 0 0 xrci 0 0 xrs 0 0 xvo 0 0 ea 1.12 1.12 eaie 1.12 1.12 eaic 1.12 1.12 eais 1.12 1.12 eane 1.12 1.12 eanc 1.12 1.12 eans 1.12 1.12 xis 3 3 xii 3 3 xin 3 3 tnf 0 0 tavc 0 0 rth 300 300 cth 0 0 vrt 0 0 art 0.1 0.1 ccso 0 0 qbm 0 0 nkf 0.5 0.5 xikf 0 0 xrcx 0 0 xrbx 0 0 xrbp 0 0 isrr 1 1 xisr 0 0 dear 0 0 eap 1.12 1.12 vbbe 0 0 nbbe 1 1 ibbe 1e-06 1e-06 tvbbe1 0 0 tvbbe2 0 0 tnbbe 0 0 ebbe 0 0 dtemp 0 0 vers 1.2 1.2 vref 0 0 Isource: Independent current source device i1 dc 1e-05 acmag 0 v -5.28316e+06 p 52.8316 Resistor: Simple linear resistor device r3 r2 r1 model R R R resistance 1000 100000 100000 ac 1000 100000 100000 dtemp 0 0 0 noisy 1 1 1 i -203772 -11745.7 -11730.1 p 4.15231e+13 1.37961e+13 1.37596e+13 Resistor: Simple linear resistor device r4 rl model R R resistance 1000 1e+06 ac 1000 1e+06 dtemp 0 0 noisy 1 1 i 203772 1.55517 p 4.15231e+13 2.41855e+06 VBIC: Vertical Bipolar Inter-Company Model device q1 q2 q11 model n1 n1 n1⌨️ 快捷键说明
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