Version 4
SHEET 1 1492 2232
WIRE -368 768 -368 736
WIRE -368 240 -240 240
WIRE -16 240 256 240
WIRE 256 336 256 368
WIRE -16 240 -16 272
WIRE -16 352 -16 368
WIRE -160 240 -16 240
WIRE 256 240 352 240
WIRE 256 240 256 272
WIRE -368 512 -240 512
WIRE -16 512 256 512
WIRE 256 608 256 640
WIRE -16 512 -16 544
WIRE -16 624 -16 640
WIRE -160 512 -16 512
WIRE 256 512 352 512
WIRE 256 512 256 544
WIRE -368 656 -368 512
WIRE -368 512 -368 240
FLAG -368 768 0
FLAG 256 368 0
FLAG -16 368 0
FLAG 352 240 out_M
IOPIN 352 240 Out
FLAG 256 640 0
FLAG -16 640 0
FLAG 352 512 out_D
IOPIN 352 512 Out
SYMBOL I:\\LTC\\SwCADIII\\Jims\ circuits\\Monte\ carlo\ toolbox\\r_mc_2 -144 224 R90
WINDOW 0 6 56 VBottom 0
WINDOW 39 78 43 VTop 0
SYMATTR InstName R1
SYMATTR SpiceLine R=10k Tol=1 Seed=1
SYMBOL I:\\LTC\\SwCADIII\\Jims\ circuits\\Monte\ carlo\ toolbox\\l_mc_2 -32 256 R0
SYMATTR InstName L1
SYMATTR SpiceLine L=100u Tol=10 seed=2
SYMBOL I:\\LTC\\SwCADIII\\Jims\ circuits\\Monte\ carlo\ toolbox\\c_mc_2 240 272 R0
SYMATTR InstName C1
SYMATTR SpiceLine C=1.8p Tol=10 seed=3
SYMBOL Z:\\Jims\ circuits\\Monte\ carlo\ toolbox\\FINAL\\MonteCarlo_Help -416 1376 R0
SYMATTR InstName X1
SYMBOL I:\\LTC\\SwCADIII\\Jims\ circuits\\Monte\ carlo\ toolbox\\c_mc_1 240 544 R0
SYMATTR InstName C2
SYMATTR SpiceLine C=1.8p Tol=10 seed=3
SYMATTR SpiceModel C_nom_1
SYMBOL I:\\LTC\\SwCADIII\\Jims\ circuits\\Monte\ carlo\ toolbox\\r_mc_1 -256 528 R270
WINDOW 0 23 56 VTop 0
WINDOW 38 8 56 VBottom 0
WINDOW 39 -14 65 VBottom 0
SYMATTR InstName R2
SYMATTR SpiceModel R_nom_1
SYMATTR SpiceLine R=10k Tol=1 Seed=1
SYMBOL I:\\LTC\\SwCADIII\\Jims\ circuits\\Monte\ carlo\ toolbox\\l_mc_1 -32 528 R0
SYMATTR InstName L2
SYMATTR SpiceLine L=100u Tol=10 seed=2
SYMATTR SpiceModel L_nom_1
SYMBOL I:\\LTC\\SwCADIII\\Jims\ circuits\\Monte\ carlo\ toolbox\\FINAL\\V_mc_1 -384 640 R0
SYMATTR InstName U1
TEXT -112 176 Left 0 !.ac oct 100 1meg 100Meg
TEXT -360 32 Left 0 ;Effecting a Monte Carlo calculation in LTspice\nThese LCR symbols allow tolerance distribution to be selected for all instaces of montecarlo componants\nby use of {M} parameter switch
TEXT -360 176 Left 0 !.step param run 1 8 1
TEXT -360 136 Left 0 !.include RMC.lib
TEXT 200 176 Left 0 !.param M=4
TEXT -168 136 Left 0 !.include LMC.lib
TEXT 32 136 Left 0 !.include CMC.lib
TEXT -320 432 Left 0 ;These LCR symbols allow tolerance distribution to be selected by drop down menu for each instatance.