* Z:\home\khalils\Downloads\files\data\raw_asc\LTC3884-1.asc
* Generated by LTspice 26.0.1 for Windows.
* 1V, 30A
* 1V, 30A
* 7 to 14V
* Please read the following notes carefully since the model behaves differently from the user \ninterface for the LTC3884-1.\n \n(1) PMBus communication and memory address related functions and pins are not modeled.\n \n(2) Changes to parameter values while the simulation is running will not take effect unless the\nsimulation is stopped and restarted. This is different from the way the part operates which will\nrespond to the changes while running. \n \n(3) Share_clk is not modeled. The default time reference of LTspice is used as the common time \nbase for all time-related parameters.\n \n(4)The following parameters can be defined by right-clicking on the LTC3884-1 symbol.\nThe nomenclature used here differs from the one in the data sheet. If any value of these parameters is\nset beyond the scope described in the data sheet, the resulting simulation will not be meaningful.\n \nVIN_ON & VIN_OFF -- in volts, set the unit start/stop input voltages; \n \nFreq -- in Hz, sets switching frequency as one of values of 250k, 350k, 425k, 500k, 575k, 650k, \n750k,1000k. Freq_cfg pin needs to float or short to VDD25, to make the value be in effect;\n \nPHs_0 & PHs_1 -- in degree, set phase angle related to SYNC signal. \nCertain combinations are restricted as in data sheet. Phase_cfg pin needs to float or \nshort to VDD25, to make the value be in effect; \n \nTon0_delay & Ton0_rise; Ton1_delay & Ton1_rise -- in sec, set delay and soft-start timers for \nchannel0 and channel1. Initialization time is not modeled; \n \nToff0_delay & Toff0_fall; Toff1_delay & Toff1_fall -- in sec, set delay and soft-off timers for \nchannel0 and channel1;\n \nVout_0 & Vout_1 -- in volt, set output voltages respectively. Vout_cfgn pin needs to float or \nshort to VDD25, to make the value be in effect;\n \nVout0_range & Vout1_range -- set maximum output range, with value 0\nfor 4.096V (CH0) and 5.5V (CH1), value 1 for 2.75V;\n \nIlim0_range & Ilim1_range -- set maximum sensed peak current range, with value 0\nfor low (45.14mV), and 1 for high (81.25mV);\n \nOC_limit0 & OC_limit1 -- set ratio of peak current limit to the maximum value defined by Ilimit_range. \nIt must be one of values: 0.5, 0.572, 0.642, 0.714, 0.786, 0.858, 0.928, 1;\n \nMode_II -- sets light load operation mode: 0 for discontinuous, 1 for forced continuous;\n \nFault_response -- sets the response mode of the LTC3884-1 to occuring faults:\n0 for ignore, 1 for latch up, 2 for Hiccup after Retry_delay time;\n \nRetry_delay -- in sec, sets the timer before the LTC3884-1 turns on after a fault;\n \ngm -- transconductance of the error amplifier. It must be between 1m mho and 5.73m mho;\n \nRth -- Compensation resistor. It must be set between 0k ohms and 62k ohms;\n \nLowDCR -- set to 1 if DCR is below 1m ohm and make RC = L/(5*DCR), set to 0 if DCR is above \n1m ohm and make RC = L/DCR.
* Library below included based on ModelFile attribute of instance XU1 (C:\users\khalils\AppData\Local\LTspice\lib\sym\PowerProducts\LTC3884-1.asy)
* Library below included based on ModelFile attribute of instance XU3 (C:\users\khalils\AppData\Local\LTspice\lib\sym\PowerProducts\LTC7050.asy)
C26 N004 N006 3.3n
VIN1 IN 0 12
XU1 OUT1 0 N003 N005 N013 N010 N004 N006 NC_01 PWM2 NC_02 PWM1 0 OUT2 0 0 N017 N015 IN VCC NC_03 NC_04 NC_05 NC_06 N016 0 NC_07 N018 N009 N012 LTC3884-1 VIN_ON=5.5 VIN_OFF=5 Vout_0=1 Vout_1=1 Ilim0_range=1 Ilim1_range=1 OC_limit0=1 OC_limit1=1 Mode_ll=1 Fault_response=2 Retry_delay=.1m gm0=3m gm1=3m Rth0=5K Rth1=5K LowDcr=0 Freq=500K PHs_0=0 PHs_1=180 Ton0_delay=.3m Ton0_rise=.5m Ton1_delay=.3m Ton1_rise=.5m Toff0_delay=1m Toff0_fall=2m Toff1_delay=.5m Toff1_fall=1m Vout0_range=1 Vout1_range=1 Sync=0 ;pnba Vsense0+)Vsense0-)Isense1+)Isense1-)IthR0)Ith0)Isense0+)Isense0-)PGood0)PWM1)SYNC)PWM0)Vsense1-)Vsense1+)SGND)ExtVcc)Run0)Run1)Vin)IntVcc)Vout_cfg0)Vout_cfg1)Freq_cfg)Phase_cfg)VDD25)PGND)PGood1)VDD33)Ith1)IthR1
R22 N015 N018 10K
R12 N007 VCC 1
C23 VCC 0 1
L1 SW1 OUT1 0.215 Rser=0.35m
R20 SW1 N002 43.2K
R24 N011 VCC 10K
C19 N012 0 6800p
C20 N018 0 1
L2 SW2 OUT2 0.215 Rser=0.35m
R29 OUT1 0 0.035
C27 N002 N004 47p
C30 N001 N003 47p
C31 N003 N005 3.3n
R17 VCC N008 10K
R30 N017 N018 10K
R23 OUT2 0 0.035
C29 OUT2 0 47 x2 Rser=5m
C25 OUT1 0 47 x2 Rser=5m
C21 N016 0 1
R21 ISNS1 N004 1m
XU3 VCC PWM1 N011 0 SW2 ISNS2 PWM2 N014 N007 IN SW1 0 ISNS1 N008 N008 LTC7050 RTon=5m RBon=1.2m OV=14.8 ;pnba VCC)PWM1)RUN1)SGND)SW2)ISNS2)PWM2)RUN2)PVCC)VIN)SW1)PGND)ISNS1)FLTB1)FLTB2
C18 N009 0 100p
C5 N010 0 100p
C22 OUT1 0 470 x2 Rser=5m
V4 N005 0 1.5
R25 N014 VCC 10K
R19 N004 N006 150
V3 N006 0 1.5
C9 N013 0 6800p
C24 N007 0 10
C28 OUT2 0 470 x2 Rser=5m
C3 0 VCC 1
R27 ISNS2 N003 1m
R26 N001 SW2 43.2K
R28 N003 N005 150
.tran 1.5m startup
.lib LTC3884-1.sub
.lib LTC7050.sub
.backanno
.end

* LTspice schematic (.asc):
Version 4
SHEET 1 5092 4244
WIRE 928 1520 768 1520
WIRE 2336 1520 928 1520
WIRE 768 1536 768 1520
WIRE 1024 1584 1024 1568
WIRE 1120 1616 1088 1616
WIRE 768 1632 768 1616
WIRE 1024 1664 1024 1648
WIRE 1088 1664 1088 1616
WIRE 1088 1664 1024 1664
WIRE 928 1680 928 1520
WIRE 1024 1680 1024 1664
WIRE 1120 1680 1120 1664
WIRE 1216 1680 1216 1664
WIRE 1312 1680 1312 1664
WIRE 464 1728 416 1728
WIRE 608 1728 544 1728
WIRE 1664 1728 1600 1728
WIRE 1808 1728 1744 1728
WIRE 608 1744 608 1728
WIRE 864 1744 832 1744
WIRE 1440 1744 1376 1744
WIRE 1600 1744 1600 1728
WIRE 2912 1776 2880 1776
WIRE 464 1840 416 1840
WIRE 608 1840 608 1808
WIRE 608 1840 544 1840
WIRE 656 1840 608 1840
WIRE 768 1840 656 1840
WIRE 864 1840 768 1840
WIRE 1472 1840 1376 1840
WIRE 1568 1840 1472 1840
WIRE 1600 1840 1600 1808
WIRE 1600 1840 1568 1840
WIRE 1664 1840 1600 1840
WIRE 1792 1840 1744 1840
WIRE 2336 1840 2336 1520
WIRE 2416 1840 2336 1840
WIRE 2880 1840 2880 1776
WIRE 2880 1840 2704 1840
WIRE 3008 1840 2880 1840
WIRE 3184 1840 3088 1840
WIRE 3328 1840 3184 1840
WIRE 3440 1840 3328 1840
WIRE 3472 1840 3440 1840
WIRE 656 1856 656 1840
WIRE 768 1856 768 1840
WIRE 1472 1856 1472 1840
WIRE 1568 1856 1568 1840
WIRE 3184 1856 3184 1840
WIRE 3328 1856 3328 1840
WIRE 3440 1856 3440 1840
WIRE 864 1936 800 1936
WIRE 1424 1936 1376 1936
WIRE 2000 1936 1968 1936
WIRE 2064 1936 2000 1936
WIRE 2208 1936 2144 1936
WIRE 2416 1936 2208 1936
WIRE 2800 1936 2704 1936
WIRE 656 1952 656 1936
WIRE 656 1952 544 1952
WIRE 768 1952 768 1920
WIRE 768 1952 656 1952
WIRE 800 1952 800 1936
WIRE 800 1952 768 1952
WIRE 1424 1952 1424 1936
WIRE 1472 1952 1472 1920
WIRE 1472 1952 1424 1952
WIRE 1568 1952 1568 1936
WIRE 1568 1952 1472 1952
WIRE 1728 1952 1568 1952
WIRE 2208 1952 2208 1936
WIRE 3184 1952 3184 1920
WIRE 3328 1952 3328 1920
WIRE 3440 1952 3440 1936
WIRE 1728 1968 1728 1952
WIRE 544 2000 544 1952
WIRE 864 2032 816 2032
WIRE 1408 2032 1376 2032
WIRE 2000 2032 2000 1936
WIRE 2112 2032 2000 2032
WIRE 2416 2032 2112 2032
WIRE 2752 2032 2704 2032
WIRE 2816 2032 2752 2032
WIRE 2928 2032 2896 2032
WIRE 2112 2048 2112 2032
WIRE 1728 2064 1728 2048
WIRE 2992 2064 2928 2064
WIRE 544 2096 544 2080
WIRE 864 2128 832 2128
WIRE 1408 2128 1376 2128
WIRE 2416 2128 2384 2128
WIRE 2928 2128 2928 2064
WIRE 2928 2128 2704 2128
WIRE 3008 2128 2928 2128
WIRE 3184 2128 3088 2128
WIRE 3328 2128 3184 2128
WIRE 3440 2128 3328 2128
WIRE 3472 2128 3440 2128
WIRE 2112 2144 2112 2112
WIRE 2208 2144 2208 2016
WIRE 2208 2144 2112 2144
WIRE 3184 2144 3184 2128
WIRE 3328 2144 3328 2128
WIRE 3440 2144 3440 2128
WIRE 2112 2160 2112 2144
WIRE 768 2224 736 2224
WIRE 864 2224 832 2224
WIRE 1408 2224 1376 2224
WIRE 1504 2224 1472 2224
WIRE 2288 2224 2256 2224
WIRE 2416 2224 2368 2224
WIRE 2800 2224 2704 2224
WIRE 3184 2240 3184 2208
WIRE 3328 2240 3328 2208
WIRE 3440 2240 3440 2224
WIRE 768 2320 736 2320
WIRE 864 2320 832 2320
WIRE 1408 2320 1376 2320
WIRE 1504 2320 1472 2320
WIRE 2416 2320 2384 2320
WIRE 2752 2320 2752 2032
WIRE 2752 2320 2704 2320
WIRE 2288 2416 2256 2416
WIRE 2416 2416 2368 2416
WIRE 2752 2416 2704 2416
WIRE 2752 2432 2752 2416
WIRE 2560 2496 2560 2464
WIRE 928 2688 928 2672
WIRE 1024 2688 1024 2672
WIRE 1312 2688 1312 2672
WIRE 1024 2768 1024 2752
WIRE 832 2800 816 2800
WIRE 928 2800 928 2768
WIRE 928 2800 896 2800
WIRE 1120 2800 1120 2672
WIRE 1120 2800 928 2800
WIRE 1312 2800 1312 2768
WIRE 1312 2800 1120 2800
IOPIN 2912 1776 Out
IOPIN 2800 1936 BiDir
IOPIN 2992 2064 Out
IOPIN 2800 2224 BiDir
IOPIN 816 2032 In
IOPIN 1408 2032 In
SYMBOL res 2912 2016 R90
WINDOW 0 0 56 VBottom 2
WINDOW 3 32 56 VTop 2
SYMATTR InstName R17
SYMATTR Value 10K
SYMBOL cap 832 2304 R90
WINDOW 0 0 32 VBottom 2
WINDOW 3 32 32 VTop 2
SYMATTR InstName C19
SYMATTR Value 6800p
SYMBOL res 3424 2128 R0
SYMATTR InstName R23
SYMATTR Value 0.035
SYMBOL cap 1008 2688 R0
SYMATTR InstName C21
SYMATTR Value 1
SYMBOL res 2384 2400 R90
WINDOW 0 0 56 VBottom 2
WINDOW 3 32 56 VTop 2
SYMATTR InstName R25
SYMATTR Value 10K
SYMBOL cap 1456 1856 R0
SYMATTR InstName C26
SYMATTR Value 3.3n
SYMBOL cap 2192 1952 R0
SYMATTR InstName C24
SYMATTR Value 10
SYMBOL cap 1408 2304 M90
WINDOW 0 0 32 VBottom 2
WINDOW 3 32 32 VTop 2
SYMATTR InstName C9
SYMATTR Value 6800p
SYMBOL cap 3168 1856 R0
WINDOW 123 25 59 Left 2
WINDOW 3 35 34 Left 2
SYMATTR Value2 x2
SYMATTR Value 47
SYMATTR InstName C25
SYMATTR SpiceLine Rser=5m
SYMBOL cap 896 2784 R90
WINDOW 0 0 32 VBottom 2
WINDOW 3 32 32 VTop 2
SYMATTR InstName C20
SYMATTR Value 1
SYMBOL voltage 544 1984 R0
WINDOW 123 0 0 Left 0
WINDOW 39 0 0 Left 0
SYMATTR InstName V4
SYMATTR Value 1.5
SYMBOL res 1296 2672 R0
SYMATTR InstName R30
SYMATTR Value 10K
SYMBOL res 560 1712 R90
WINDOW 0 0 56 VBottom 2
WINDOW 3 32 56 VTop 2
SYMATTR InstName R26
SYMATTR Value 43.2K
SYMBOL cap 3312 1856 R0
WINDOW 123 25 59 Left 2
WINDOW 3 35 34 Left 2
SYMATTR Value2 x2
SYMATTR Value 470
SYMATTR InstName C22
SYMATTR SpiceLine Rser=5m
SYMBOL res 2160 1920 R90
WINDOW 0 0 56 VBottom 2
WINDOW 3 32 56 VTop 2
SYMATTR InstName R12
SYMATTR Value 1
SYMBOL res 1760 1712 R90
WINDOW 0 0 56 VBottom 2
WINDOW 3 32 56 VTop 2
SYMATTR InstName R20
SYMATTR Value 43.2K
SYMBOL res 448 1856 R270
WINDOW 0 32 56 VTop 2
WINDOW 3 0 56 VBottom 2
SYMATTR InstName R27
SYMATTR Value 1m
SYMBOL ind 2992 1856 R270
WINDOW 0 32 56 VTop 2
WINDOW 3 5 56 VBottom 2
WINDOW 39 -51 49 VTop 2
SYMATTR InstName L1
SYMATTR Value 0.215
SYMATTR SpiceLine Rser=0.35m
SYMBOL res 640 1840 R0
SYMATTR InstName R28
SYMATTR Value 150
SYMBOL res 912 2672 R0
SYMATTR InstName R22
SYMATTR Value 10K
SYMBOL cap 2096 2048 R0
SYMATTR InstName C23
SYMATTR Value 1
SYMBOL cap 832 2208 R90
WINDOW 0 0 32 VBottom 2
WINDOW 3 32 32 VTop 2
SYMATTR InstName C18
SYMATTR Value 100p
SYMBOL res 1552 1840 R0
SYMATTR InstName R19
SYMATTR Value 150
SYMBOL voltage 1728 1952 R0
WINDOW 123 0 0 Left 0
WINDOW 39 0 0 Left 0
SYMATTR InstName V3
SYMATTR Value 1.5
SYMBOL cap 3312 2144 R0
WINDOW 123 25 59 Left 2
WINDOW 3 35 34 Left 2
SYMATTR Value2 x2
SYMATTR Value 470
SYMATTR InstName C28
SYMATTR SpiceLine Rser=5m
SYMBOL cap 1408 2208 M90
WINDOW 0 0 32 VBottom 2
WINDOW 3 32 32 VTop 2
SYMATTR InstName C5
SYMATTR Value 100p
SYMBOL res 3424 1840 R0
SYMATTR InstName R29
SYMATTR Value 0.035
SYMBOL LTC3884-1 1120 2032 R0
SYMATTR InstName U1
SYMATTR SpiceLine VIN_ON=5.5 VIN_OFF=5 Vout_0=1 Vout_1=1 Ilim0_range=1 Ilim1_range=1 OC_limit0=1 OC_limit1=1 Mode_ll=1 Fault_response=2 Retry_delay=.1m gm0=3m gm1=3m Rth0=5K Rth1=5K LowDcr=0
SYMATTR SpiceLine2 Freq=500K PHs_0=0 PHs_1=180 Ton0_delay=.3m Ton0_rise=.5m Ton1_delay=.3m Ton1_rise=.5m Toff0_delay=1m Toff0_fall=2m Toff1_delay=.5m Toff1_fall=1m Vout0_range=1 Vout1_range=1 Sync=0
SYMBOL res 2384 2208 R90
WINDOW 0 0 56 VBottom 2
WINDOW 3 32 56 VTop 2
SYMATTR InstName R24
SYMATTR Value 10K
SYMBOL cap 752 1856 R0
SYMATTR InstName C31
SYMATTR Value 3.3n
SYMBOL res 1760 1824 R90
WINDOW 0 0 56 VBottom 2
WINDOW 3 32 56 VTop 2
SYMATTR InstName R21
SYMATTR Value 1m
SYMBOL cap 1584 1744 R0
SYMATTR InstName C27
SYMATTR Value 47p
SYMBOL ind 2992 2144 R270
WINDOW 0 32 56 VTop 2
WINDOW 3 5 56 VBottom 2
WINDOW 39 -51 49 VTop 2
SYMATTR InstName L2
SYMATTR Value 0.215
SYMATTR SpiceLine Rser=0.35m
SYMBOL cap 1008 1584 R0
WINDOW 0 -31 3 Left 2
WINDOW 3 -28 50 Left 2
SYMATTR InstName C3
SYMATTR Value 1
SYMBOL PowerProducts\\LTC7050 2560 2128 R0
SYMATTR InstName U3
SYMBOL cap 3168 2144 R0
WINDOW 123 25 59 Left 2
WINDOW 3 35 34 Left 2
SYMATTR Value2 x2
SYMATTR Value 47
SYMATTR InstName C29
SYMATTR SpiceLine Rser=5m
SYMBOL cap 592 1744 R0
SYMATTR InstName C30
SYMATTR Value 47p
SYMBOL voltage 768 1520 R0
WINDOW 123 0 0 Left 2
WINDOW 39 0 0 Left 2
SYMATTR InstName VIN1
SYMATTR Value 12
FLAG 1120 1664 0
FLAG 1216 1664 0
FLAG 1024 1568 0
FLAG 768 1520 IN
FLAG 1312 1664 0
FLAG 1408 2128 0
FLAG 832 2128 0
FLAG 1504 2224 0
FLAG 1504 2320 0
FLAG 736 2224 0
FLAG 736 2320 0
FLAG 816 2800 0
FLAG 1024 2768 0
FLAG 768 1632 0
FLAG 3328 1952 0
FLAG 3472 1840 OUT1
FLAG 2560 2496 0
FLAG 2912 1776 SW1
FLAG 2800 1936 ISNS1
FLAG 2752 2432 0
FLAG 1120 1616 VCC
FLAG 2928 2032 VCC
FLAG 3184 1952 0
FLAG 1808 1728 SW1
FLAG 1728 2064 0
FLAG 1792 1840 ISNS1
FLAG 3328 2240 0
FLAG 3440 2240 0
FLAG 3472 2128 OUT2
FLAG 2992 2064 SW2
FLAG 2800 2224 ISNS2
FLAG 3184 2240 0
FLAG 2256 2224 VCC
FLAG 2256 2416 VCC
FLAG 832 1744 PWM2
FLAG 2384 2320 PWM2
FLAG 416 1728 SW2
FLAG 544 2096 0
FLAG 416 1840 ISNS2
FLAG 816 2032 OUT2
FLAG 1408 2032 OUT1
FLAG 1440 1744 PWM1
FLAG 2384 2128 PWM1
FLAG 1968 1936 VCC
FLAG 3440 1952 0
FLAG 2112 2160 0
TEXT 2888 2584 Left 2 !.tran 1.5m startup
TEXT 3416 1784 Left 2 ;1V, 30A
TEXT 3448 2072 Left 2 ;1V, 30A
TEXT 624 1576 Left 2 ;7 to 14V
TEXT 3944 1440 Left 2 ;Please read the following notes carefully since the model behaves differently from the user \ninterface for the LTC3884-1.\n \n(1) PMBus communication and memory address related functions and pins are not modeled.\n \n(2) Changes to parameter values while the simulation is running will not take effect unless the\nsimulation is stopped and restarted. This is different from the way the part operates which will\nrespond to the changes while running.  \n \n(3) Share_clk is not modeled. The default time reference of LTspice is used as the common time \nbase for all time-related parameters.\n \n(4)The following parameters can be defined by right-clicking on the LTC3884-1 symbol.\nThe nomenclature used here differs from the one in the data sheet. If any value of these parameters is\nset beyond the scope described in the data sheet, the resulting simulation will not be meaningful.\n \nVIN_ON & VIN_OFF -- in volts, set the unit start/stop input voltages; \n \nFreq -- in Hz, sets switching frequency as one of values of 250k, 350k, 425k, 500k, 575k, 650k, \n750k,1000k. Freq_cfg pin needs to float or short to VDD25, to make the value be in effect;\n \nPHs_0 & PHs_1 -- in degree, set phase angle related to SYNC signal. \nCertain combinations are restricted as in data sheet. Phase_cfg pin needs to float or \nshort to VDD25, to make the value be in effect;  \n \nTon0_delay & Ton0_rise; Ton1_delay & Ton1_rise -- in sec, set delay and soft-start timers for \nchannel0 and channel1. Initialization time is not modeled; \n \nToff0_delay & Toff0_fall; Toff1_delay & Toff1_fall -- in sec, set delay and soft-off timers for \nchannel0 and channel1;\n \nVout_0 & Vout_1 -- in volt, set output voltages respectively. Vout_cfgn pin needs to float or \nshort to VDD25, to make the value be in effect;\n \nVout0_range & Vout1_range -- set maximum output range, with value 0\nfor 4.096V (CH0) and 5.5V (CH1), value 1 for 2.75V;\n \nIlim0_range & Ilim1_range -- set maximum sensed peak current range, with value 0\nfor low (45.14mV), and 1 for high (81.25mV);\n \nOC_limit0 & OC_limit1 -- set ratio of peak current limit to the maximum value defined by Ilimit_range. \nIt must be one of values: 0.5, 0.572, 0.642, 0.714, 0.786, 0.858, 0.928, 1;\n \nMode_II -- sets light load operation mode: 0 for discontinuous, 1 for forced continuous;\n \nFault_response -- sets the response mode of the LTC3884-1 to occuring faults:\n0 for ignore, 1 for latch up, 2 for Hiccup after Retry_delay time;\n \nRetry_delay -- in sec, sets the timer before the LTC3884-1 turns on after a fault;\n \ngm -- transconductance of the error amplifier. It must be between 1m mho and 5.73m mho;\n \nRth -- Compensation resistor. It must be set between 0k ohms and 62k ohms;\n \nLowDCR -- set to 1 if DCR is below 1m ohm and make RC = L/(5*DCR), set to 0 if DCR is above \n1m ohm and make RC = L/DCR.