* analogrecip
* Converted from CircuitJS by eetree.cn/tools - open in LTspice (File > Open, then Run)
* Suggested traces: V(N008) V(N002)
M1 N002 N001 0 0 MN_1p5_20m
M2 N003 0 0 0 MN_1p5_20m
M3 N005 N004 N003 N003 MN_1p5_20m
M4 N004 N004 N002 N002 MN_1p5_20m
M5 N004 N005 N006 N006 MP_1p5_20m
M6 N005 N005 N006 N006 MP_1p5_20m
V1 N006 0 15
R1 N006 N007 10
J1 N002 N006 N007 JF_J1
V2 N008 0 SIN(2 2 40 0 0 0)
R2 N009 N010 100k
R3 N008 N009 100k
R4 N009 N011 100k
V3 N011 0 2.5
* op-amp 1: A0=100000, GBW=1000000, output limited to [-15, 15]
G_OA1 0 OA1 0 N009 1
R_OA1 OA1 0 100k
C_OA1 OA1 0 159.1549431n
B_OA1 N010 0 V=min(max(V(OA1), -15), 15)
R5 N012 N001 100k
R6 N012 N010 100k
* op-amp 2: A0=100000, GBW=1000000, output limited to [-15, 15]
G_OA2 0 OA2 0 N012 1
R_OA2 OA2 0 100k
C_OA2 OA2 0 159.1549431n
B_OA2 N001 0 V=min(max(V(OA2), -15), 15)
.model JF_J1 PJF(VTO=-4 BETA=625u)
.model MN_1p5_20m NMOS(Level=1 VTO=1.5 KP=20m)
.model MP_1p5_20m PMOS(Level=1 VTO=-1.5 KP=20m)
.tran 5u 768m 0 5u uic
.end