******************************************************************************************************************************** ** ** ** NIS(V)3071 - PSpice model rev.0 ** This model was developed by ONSEMI ** ** ******************************************************************************************************************************** * * MODEL FEATURES: ADJUSTABLE OVERCURRENT LIMIT, THERMAL SHUTDOWN, * UNDERVOLTAGE LOCKOUT, OUTPUT SLEW RATE CONTROL, 8V - 60V OPERATING, * 4 CHANNELS 2.5A PER CHANNEL. * MODEL TEMP RANGE IS -40C TO 175C. * VERSION PARAMETER IS TO SELECT BETWEEN AUTO-RETRY (VERSION=1) AND LATCHING (VERSION=0). * TJA PARAMETER IS TO INPUT THETAJ-A COEFFICIENT OF SIMULATED BOARD FOR INTERNAL POWER DISSAPATION OF DEVICE. * MODEL PIN PLACEMENT MATCHES WITH DEVICE PACKAGE. * ************************************************************************************************** * DISCLAIMER ************************************************************************************************** * The content of this model is subject to change without notice and may not be modified * or altered without permission from ONSEMI. This model has been carefully * checked and is believed to be accurate, however ONSEMI does not assume * liability for the use of this model or the results obtained from using it. ************************************************************************************************** .SUBCKT NIS3071 OUT1 IN1 IN2 OUT2 FAULT DVDT ILIM GND OUT4 IN4 IN3 OUT3 EN4 EN3 EN2 EN1 PAD PARAMS: Version=0.1V Tja=24V XChannel1 IN1 OUT1 EN1 N84 FAULT GND N92 N93 N94 CHANNEL XChannel2 IN2 OUT2 EN2 N84 FAULT GND N92 N93 N94 CHANNEL XChannel3 IN3 OUT3 EN3 N84 FAULT GND N92 N93 N94 CHANNEL XChannel4 IN4 OUT4 EN4 N84 FAULT GND N92 N93 N94 CHANNEL V15 ILIM GND DC 0.3V V16 N85 0 Pulse(0V 2.5V 0s 1ns 1ns 5ms 10ms) V17 N86 N87 DC 1.2V V18 N88 0 DC 0V V19 N93 0 DC {Version} V20 N94 0 DC {Tja} H01 N84 0 V15 100000 R35 N85 DVDT 150MEG R36 N92 N91 100 C14 DVDT 0 1pF C15 N92 0 50uF E20 N86 0 DVDT 0 1 E21 N91 0 N89 N90 1 D02 N87 N89 M12 D03 N88 N89 M12 D04 N90 N88 M12 D05 N90 N87 M12 R37 PAD GND 1m .ENDS .OPTIONS TNOM=-40 .MODEL M01 VSWITCH (ROFF=1G RON=34m VOFF=4.9V VON=5V) .MODEL M02 VSWITCH (ROFF=1m RON=1G VOFF=4.9V VON=5.0V) .MODEL M03 VSWITCH (ROFF=1G RON=1m VOFF=5.0V VON=5.1V) .MODEL M04 VSWITCH (ROFF=800k RON=1m VOFF=-0.3V VON=1.3V) .MODEL M05 VSWITCH (ROFF=1m RON=1G VOFF=0V VON=4V) .MODEL M08 VSWITCH (ROFF=1MEG RON=1m VOFF=2.6V VON=2.7V) .MODEL M09 VSWITCH (ROFF=1m RON=1MEG VOFF=2.6V VON=2.7V) .MODEL M10 VSWITCH (ROFF=1MEG RON=1m VOFF=0.3V VON=0.31V) .MODEL M11 VSWITCH (ROFF=1m RON=1MEG VOFF=0.3V VON=0.31V) .MODEL M13 VSWITCH (ROFF=1G RON=1m VOFF=0.8V VON=0.9V) .MODEL M19 VSWITCH (ROFF=1m RON=1G VOFF=148V VON=148.2V) .MODEL M20 VSWITCH (ROFF=1G RON=1m VOFF=3.5V VON=4V) .MODEL M22 VSWITCH (ROFF=1m RON=1G VOFF=4.5V VON=4.55V) .MODEL M06 RES (R=1 TC1=1) .MODEL M14 RES (R=1 TC1=-0.0007553 TC2=0.0000003565) .MODEL M15 RES (R=1 TC1=-0.0008789 TC2=-0.000001816) .MODEL M16 RES (R=1 TC1=0.005015655 TC2=0.0000161222) .MODEL M17 RES (R=1 TC1=-0.0000000919 TC2=0.273634) .MODEL M18 RES (R=1 TC1=0.0036286 TC2=0.1) .MODEL M21 RES (R=1 TC1=0.206216 TC2=-0.00035) .MODEL M07 D (BV=4.5V IBV=50A IBVL=50A RS=1m) .MODEL M12 D (VJ=0.07V) .MODEL M23 D (VJ=0.5V RS=10) .SUBCKT CHANNEL IN OUT EN ILIM FAULT GND DVDT VERSION TJA D06 OUT IN M23 V01 IN N01 DC 0 V02 N08 GND DC 0.7999V V03 N96 0 DC 3.35V V04 N12 GND DC 5.66V V05 N22 0 DC 2.6V V06 N35 0 DC 11.99623V V07 N38 0 DC 2.4V V08 N51 0 DC 5.7318V V09 N60 N61 DC 41V V10 N62 0 DC 174.999V V11 N66 0 DC 2V V12 N72 0 DC 10V V13 N76 0 DC 100V R01 N06 N07 M16 27.44m R02 N01 GND M15 2424244 R03 N06 GND M14 267271 R04 N09 EN 1.12MEG R05 N10 N11 10k R06 N13 N14 1k R07 N17 N18 M17 1.4m R08 N18 0 M18 4535.62 R09 N16 N15 10k R10 N15 N19 600.7 R11 N23 N25 10k R12 N25 N20 10k R13 N28 N27 1k R14 N29 0 10k R15 N34 N21 1k R16 N39 N41 1k R17 N41 N36 1k R18 N44 N43 1k R19 N45 0 10k R20 N50 N37 100k R21 N52 0 10k R22 N53 0 10k R23 N54 0 10k R24 N55 N56 10k R25 N57 0 500 R26 N59 0 M06 1k R27 N63 N64 10k R28 N67 N68 1k R29 N68 N65 1k R30 N70 GND 10 R31 N72 N71 10k R32 N74 N77 M21 4118.18 R33 N77 N78 75303.7 R37 N95 0 1k S01 N01 N02 N11 0 M01 S02 N02 N03 N14 0 M03 S03 N03 N04 N40 0 M02 S04 N04 N05 N24 0 M02 S05 N05 N06 N58 0 M02 S06 N07 OUT N78 0 M04 S07 N25 0 N14 0 M02 S08 N25 0 N11 0 M02 S09 N25 N26 N27 0 M20 S10 N26 0 VERSION 0 M13 S11 N30 0 0 ILIM M08 S12 N30 0 0 ILIM M11 S13 N30 N31 0 ILIM M09 S14 N31 N29 0 ILIM M10 S15 N32 0 0 ILIM M09 S16 N32 N29 0 ILIM M08 S17 N33 N29 0 ILIM M11 S18 N33 0 0 ILIM M10 S19 N41 0 N14 0 M02 S20 N41 0 N11 0 M02 S21 N41 N42 N43 0 M20 S22 N42 0 VERSION 0 M13 S23 N46 0 0 ILIM M08 S24 N46 0 0 ILIM M11 S25 N46 N47 0 ILIM M09 S26 N47 N45 0 ILIM M10 S27 N48 0 0 ILIM M09 S28 N48 N45 0 ILIM M08 S29 N49 N45 0 ILIM M11 S30 N49 0 0 ILIM M10 S31 N56 N57 N58 0 M03 S32 N68 N69 N61 0 M19 S33 N68 0 N11 0 M02 S34 N69 0 VERSION 0 M13 S35 FAULT N70 N71 0 M22 S36 N71 0 N24 0 M03 S37 N71 0 N40 0 M03 S38 N71 0 N58 0 M03 S39 N96 N95 N14 0 M03 S40 N78 0 N06 0 M05 S41 N78 0 N24 0 M03 S42 N78 0 N40 0 M03 S43 N78 0 N58 0 M03 S44 N78 0 N10 0 M02 F01 N06 GND V01 0.000415 F02 0 N29 V01 0.0001 F03 0 N45 V01 0.0001 F04 N53 0 V01 -0.0001 XComp01 EN N08 N10 COMP XComp02 N15 N12 N13 COMP XComp03 N25 N22 N24 COMP XComp04 N29 N35 N34 COMP XComp05 N41 N38 N40 COMP XComp06 N45 N51 N50 COMP XComp07 N61 N62 N63 COMP XComp08 N68 N66 N58 COMP C01 N11 0 15nF C02 N14 0 2nF C03 N24 0 1pF C04 N27 0 2.7uF C05 N21 0 1.5nF C06 N40 0 1pF C07 N43 0 2.7uF C08 N37 0 8.9nF C09 N56 0 5uF C10 N64 0 0.001uF C11 N58 0 1uF C12 N71 0 1.1uF C13 N78 0 100uF E01 N16 0 N14 0 1 E02 N17 0 IN 0 1 E03 N19 0 N18 0 1 E04 N20 0 N21 0 1 E05 N23 0 N24 0 1 E06 N28 0 N24 0 1 E07 N36 0 N37 0 1 E08 N39 0 N40 0 1 E09 N44 0 N40 0 1 E10 N52 0 N06 OUT 1 E11 N54 0 POLY(2) (N52, 0) (N53, 0) 0.0 0.0 0.0 0.0 1.0 E12 N55 0 POLY(2) (N54, 0) (0, TJA) 0.0 0.0 0.0 0.0 1.0 E13 N60 0 N59 N56 1 E14 N65 0 N64 0 1 E15 N67 0 N58 0 1 E16 N73 0 DVDT 0 1k E17 N74 0 POLY(2) (N75, 0) (N73, 0) 0.0 0.0 0.0 0.0 1.0 E18 N75 0 N76 IN 0.025 E22 N09 0 N95 0 1 G01 0 N30 ILIM 0 0.0004467 G02 0 N46 ILIM 0 0.0002234 I01 0 N30 DC 1.27828mA I02 0 N32 DC 1.223mA I03 N32 0 DC 1.223mA I04 0 N33 DC 1.2556mA I05 N33 0 DC 0.123mA I06 0 N46 DC 0.6115mA I07 0 N48 DC 0.6115mA I08 0 N48 DC -0.6383mA I09 0 N49 DC 0.605mA I10 0 N49 DC -0.0615mA I11 0 N59 DC 0.001A .ENDS .SUBCKT COMP N82 N83 N81 V14 N79 0 DC 0.821V R34 N80 N81 100k D01 N79 N81 M07 E19 N80 0 N82 N83 100000 .ENDS .END