From f25f7df763393384e83d0affbc02cc99a1389c59 Mon Sep 17 00:00:00 2001
From: Jintao Li <j.t.li@i4ai.org>
Date: Thu, 12 Sep 2024 12:52:27 +0800
Subject: [PATCH] Delete
 AnalogGym/Amplifier/amp_spice_testbench/TB_Amplifier_ACDC.cir

---
 .../amp_spice_testbench/TB_Amplifier_ACDC.cir | 97 -------------------
 1 file changed, 97 deletions(-)
 delete mode 100644 AnalogGym/Amplifier/amp_spice_testbench/TB_Amplifier_ACDC.cir

diff --git a/AnalogGym/Amplifier/amp_spice_testbench/TB_Amplifier_ACDC.cir b/AnalogGym/Amplifier/amp_spice_testbench/TB_Amplifier_ACDC.cir
deleted file mode 100644
index 9b0c043..0000000
--- a/AnalogGym/Amplifier/amp_spice_testbench/TB_Amplifier_ACDC.cir
+++ /dev/null
@@ -1,97 +0,0 @@
-Test OpAmp ACDC
-
-***************************************
-* Step 1: Replace circuit netlist and parameter here.
-***************************************
-.include ./path_to_spice_netlist/HoiLee_AFFC_Pin_3
-.include ./path_to_spice_parameter/HoiLee_AFFC_Pin_3
-
-.param mc_mm_switch=0
-.param mc_pr_switch=0
-
-.include ./mosfet_model/sky130_pdk/libs.tech/ngspice/corners/tt.spice
-*.include.\mosfet_model\sky130_pdk\libs.tech\ngspice\r+c\res_typical__cap_typical.spice
-*.include.\mosfet_model\sky130_pdk\libs.tech\ngspice\r+c\res_typical__cap_typical__lin.spice
-*.include.\mosfet_model\sky130_pdk\libs.tech\ngspice\corners\tt\specialized_cells.spice
-
-
-.PARAM supply_voltage = 1.98
-.PARAM VCM_ratio = 0.25
-.PARAM PARAM_CLOAD =500.00p 
-
-V1 vdd 0 'supply_voltage'
-V2 vss 0 0 
-
-Vindc opin 0 'supply_voltage*VCM_ratio'
-Vin signal_in 0 dc 'supply_voltage*VCM_ratio' ac 1 sin('supply_voltage*VCM_ratio' 100m 500)
-
-Lfb opout opout_dc 1T
-Cin opout_dc signal_in 1T
-
-* XOP gnda vdda vinn vinp vout
-*        |  |     |     |   |
-*        |  |     |     |   Output
-*        |  |     |     Non-inverting Input
-*        |  |      Inverting Input
-*        |  Positive Supply
-*        Negative Supply 
-
-***************************************
-* Step 3: Replace circuit name below.
-* e.g. Leung_NMCNR_Pin_3 -> Leung_NMCF_Pin_3
-*************************************** 
-*    ADM TB   
-Xop1 vss vdd opout_dc opin opout  HoiLee_AFFC_Pin_3
-Cload1 opout 0 'PARAM_CLOAD'
-
-*   ACM TB    
-xop2 vss vdd cm2 cm1 cm3  HoiLee_AFFC_Pin_3
-Cload2 cm3 0 'PARAM_CLOAD'
-vcmdc cm0 0 'supply_voltage*VCM_ratio'
-vcmac1 cm1 cm0 0 ac=1
-vcmac2 cm2 cm3 0 ac=1
-.meas ac cmrrdc find vdb(cm3) at = 0.1 
-.meas ac dcgain find vdb(opout) at = 0.1
-.meas ac gain_bandwidth_product when vdb(opout)=0
-.meas ac phase_in_rad find vp(opout) when vdb(opout)=0
-.meas ac phase_in_deg param='phase_in_rad*180/3.1416'
-
-* PSRR   TB   
-VGNDApsrr gndpsrr 0 0 AC=1
-VVDDApsrr vddpsrr 0 'supply_voltage'  AC=1
-xop3 vss vddpsrr ppsr1 opin ppsr1  HoiLee_AFFC_Pin_3
-Cload3 ppsr1 0 'PARAM_CLOAD'
-xop4 gndpsrr vdd npsr1 opin npsr1  HoiLee_AFFC_Pin_3
-Cload4 npsr1 0 'PARAM_CLOAD'
-.measure ac DCPSRp find vdb(ppsr1) at = 0.1
-.measure ac DCPSRn find vdb(npsr1) at = 0.1
-
-* DC ALL  TB  
-VVDDdc VDDdc 0 'supply_voltage' 
-xop5 vss vdddc vout6 opin vout6  HoiLee_AFFC_Pin_3
-Cload5 vout6 0 'PARAM_CLOAD'
-* TC meas   
-.measure dc maxval MAX V(vout6) from=-40 to=125
-.measure dc minval MIN V(vout6) from=-40 to=125
-.measure dc avgval AVG V(vout6) from=-40 to=125
-.measure dc ppavl  PP V(vout6) from=-40 to=125
-.measure dc TC param='ppavl/avgval/165'
-* Power meas   
-.meas dc Ivdd25 FIND I(VVDDDC) AT=25
-.meas dc Power param='-1*Ivdd25*supply_voltage'
-*   Vos.meas   
-.meas dc vout25 FIND V(vout6) AT=25
-.meas dc vos25 param = 'vout25-supply_voltage*VCM_ratio'
-
-.control
-
-DC temp -40 125 0.1
-plot v(vout6)
-
-ac dec 10 0.1 1G
-plot vdb(opout) vdb(cm3) vdb(ppsr1) vdb(npsr1)
-plot vp(opout)
-
-.endc
-
-.end