добавлены модели
This commit is contained in:
Евгений Можевитин
41
BDTIC/SZMM3Z5V6ST1G.LIB
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41
BDTIC/SZMM3Z5V6ST1G.LIB
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.SUBCKT szmm3z5v6st1g 2 1
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**************************************
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* Model Generated by MODPEX *
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*Copyright(c) Symmetry Design Systems*
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* All Rights Reserved *
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* UNPUBLISHED LICENSED SOFTWARE *
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* Contains Proprietary Information *
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* Which is The Property of *
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* SYMMETRY OR ITS LICENSORS *
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*Commercial Use or Resale Restricted *
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* by Symmetry License Agreement *
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**************************************
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* Model generated on Feb 22, 12
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* MODEL FORMAT: PSpice
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* anode cathode
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*node: 2 1
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* Forward Section
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D1 2 1 MD1
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.MODEL MD1 D IS=1.98153e-10 N=1.6806 XTI=1 RS=2.2
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+ CJO=1.7e-10 TT=2e-09
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* Leakage Current
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R 1 2 MDR 2e+09
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.MODEL MDR RES TC1=-0.0679198 TC2=0.00155388
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* Breakdown
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IZG 4 2 0.0432
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R4 4 2 250
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D3 2 4 MD3
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.MODEL MD3 D IS=2.5e-12 N=0.476344 XTI=0 EG=0.1
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D2 5 4 MD2
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.MODEL MD2 D IS=2.5e-12 N=0.968597 XTI=0 EG=0.1
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EV1 1 5 6 0 1
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IBV 0 6 0.001
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RBV 6 0 MDRBV 5354.34
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.MODEL MDRBV RES TC1=0
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*-- PSpice DIODE MODEL DEFAULT PARAMETER
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* VALUES ARE ASSUMED
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*IS=1E-14 RS=0 N=1 TT=0 CJO=0
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*VJ=1 M=0.5 EG=1.11 XTI=3 FC=0.5
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*KF=0 AF=1 BV=inf IBV=1e-3 TNOM=27
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.ENDS szmm3z5v6st1g
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41
DIOTEC/MMSZ5232B.ckt
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41
DIOTEC/MMSZ5232B.ckt
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* SPICE model Zener diodes ***MMSZ5232B***
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* Use the symbol file ***mmsz5232b.asy***
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*
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* (c) Diotec Semiconductor AG
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* www.diotec.com
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* 2022-01-26
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*
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*********************************************************
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* This model is for simulation purposes only. It does *
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* not replace reviewing of the data sheet nor real life *
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* testing of the part inside the application. *
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*********************************************************
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*
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.subckt MMSZ5232B A K params: Vznom=5.6 Iztest=20m Vr=3 Ir=5u Rzj=11 Izmax=83m Cjo=220p
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* Above values are an example for the ***MMSZ5232B***. Using the
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* above symbol file allows for direct insertion of other values
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* according to these data sheet parameters:
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*
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* Vznom Nominal zener voltage at 25<32>C = (Vzmin+Vzmax)/2
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* Iztest Test current for Vz
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* Vr Reverse voltage (minimum value)
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* Ir Reverse current
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* Rzj Dynamic resistance
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* Izmax Max zener current
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* Cjo Junction capacitance at 0V
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Dbr INT K Zbr
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Df A K Zf
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Dbl INT A DIObl
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* Zener breakdown characteristic
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.model Zbr D(Is={Ir/10} N=2.0 Rs={Rzj} Bv={Vznom*(1+(temp-25)*0.001)} Ibv={Iztest} Eg=1.11 Xti=3 M=.33 diss={Vznom*Izmax})
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*
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* Forward characteristic
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.model Zf D(Is=100E-9 N=2.0 Rs=37m Cjo={Cjo} Eg=1.11 Xti=3 M=.33 Tt=800n)
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*
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* Internal blocking diode
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.model DIObl D(Ron=.1m)
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.ends
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70
NEXPERIA/BZX384-C5V1.ckt
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70
NEXPERIA/BZX384-C5V1.ckt
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*
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*******************************************
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*
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*BZX384-C5V1
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*
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*NXP Semiconductors
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*
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*Voltage regulator diode
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*
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*
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*
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*
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*
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*VFmax = 1,1V @ IF = 100mA
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*IRmax = 2<>A @ VR = 2V
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*
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*VZmax = 5,4V @ IZ = 5mA
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*
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*
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*
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*
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*
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*
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*
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*Package pinning does not match Spice model pinning.
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*Package: SOD323
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*
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*Package Pin 1: Cathode
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*Package Pin 2: Anode
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*
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*
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*
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*Extraction date (week/year): 01/2016
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*Simulator: SPICE2
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*
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*******************************************
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*#
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.SUBCKT BZX384-C5V1 1 2
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R1 1 2 1E+009
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D1 1 2
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+ DIODE1
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D2 3 1
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+ DIODE2
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VZ 2 3 0.0001
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*
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*The resistor R1, the diode D2
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*and VZ do not reflect
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*physical devices but improve
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*only modeling in the reverse
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*mode of operation.
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*
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.MODEL DIODE1 D
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+ IS = 1E-015
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+ N = 1.035
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+ BV = 5.3
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+ IBV = 0.005
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+ RS = 0.32
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+ CJO = 1.21E-010
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+ VJ = 0.8
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+ M = 0.355
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+ FC = 0.5
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+ TT = 0
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+ EG = 1.1
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+ XTI = 3
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.MODEL DIODE2 D
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+ IS = 1E-009
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+ N = 12.8
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+ RS = 0.001
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.ENDS
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*
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50
NEXPERIA/BZX384-C5V6.mdl
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NEXPERIA/BZX384-C5V6.mdl
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*
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*******************************************
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*
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*BZX384-C5V6
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*
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*NXP Semiconductors
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*
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*Voltage regulator diode
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*
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*
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*
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*
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*
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*
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*IR = 1<>A @ VR = 2V
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*IZSM = 6A @ tp = 100<30>s
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*VZmax = 6V0 @ IZ = 5mA
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*
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*
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*
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*
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*
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*
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*
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*Package pinning does not match Spice model pinning.
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*Package: SOD323
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*
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*Package Pin 1: Cathode
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*Package Pin 2: Anode
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*
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*
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*
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*
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*Simulator: PSPICE
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*
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*******************************************
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*#
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.MODEL BZX384-C5V6 D
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+ IS = 1.033E-15
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+ N = 1.001
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+ BV = 5.6
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+ IBV = 0.005
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+ RS = 0.387
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+ CJO = 1.961E-10
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+ VJ = 0.9187
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+ M = 0.423
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+ FC = 0.5
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*##
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*
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41
NEXPERIA/BZX84-C5V1.mdl
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41
NEXPERIA/BZX84-C5V1.mdl
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***********************************************************
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*
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* BZX84-C5V1
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*
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* Nexperia
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*
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* Voltage regulator diodes
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* VFmax = 0,9V @ IF = 10mA
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* IRmax = 2µA @ VR = 2V
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* VZmax = 5,4V @ IZ = 5mA
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* IZSM = 6A @ tp = 100µs
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*
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*
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*
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* Package pinning does not match Spice model pinning.
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* Package: SOT23
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*
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* Package Pin 1: Anode
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* Package Pin 2: Not Connected
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* Package Pin 3: Cathode
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*
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*
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* Extraction date (week/year): #
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* Simulator: PSPICE
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*
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***********************************************************
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*
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.MODEL BZX84-C5V1 D
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+ IS=2.6665E-18
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+ N=.82284
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+ RS=.51617
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+ IKF=11.760E-3
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+ CJO=232.29E-12
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+ M=.35004
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+ VJ=.79587
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+ ISR=150.40E-12
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+ BV=5.1760
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+ IBV=.10454
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+ TT=43.858E-9
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.ENDS
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*
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41
NEXPERIA/BZX84-C5V6.mdl
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41
NEXPERIA/BZX84-C5V6.mdl
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***********************************************************
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*
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* BZX84-C5V6
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*
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* Nexperia
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*
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* Voltage regulator diodes
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* VFmax = 0,9V @ IF = 10mA
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* IRmax = 1µA @ VR = 2V
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* VZmax = 6V @ IZ = 5mA
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* IZSM = 6A @ tp = 100µs
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*
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*
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*
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* Package pinning does not match Spice model pinning.
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* Package: SOT23
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*
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* Package Pin 1: Anode
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* Package Pin 2: Not Connected
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* Package Pin 3: Cathode
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*
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*
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* Extraction date (week/year): #
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* Simulator: PSPICE
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*
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***********************************************************
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*
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.MODEL BZX84-C5V6 D
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+ IS=2.6665E-18
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+ N=.82284
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+ RS=.51617
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+ IKF=11.760E-3
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+ CJO=137.10E-12
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+ M=.34532
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+ VJ=.72637
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+ ISR=1.2666E-9
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+ BV=5.7078
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+ IBV=.35715
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+ TT=78.483E-9
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.ENDS
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*
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142
TL431A.lib
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142
TL431A.lib
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@ -0,0 +1,142 @@
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* TL431A_models.lib
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* Models have been edited for LTspice syntax, but are otherwise per originals
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* Model developed by analogspiceman
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**************************************************
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.subckt TL431AS A K R ; Anode Kathode Reference
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D1 R K Dc
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R1 A R 1.3e6 tc1=3m
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G1 A 5 R 4 1
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C1 5 A 1n Rpar=600
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D2 7 R Dc
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D3 7 4 Dn
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R2 7 4 950k
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R3 6 5 600k
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D4 A 6 Di
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C2 K 6 40p Rser=5k Rpar=1e6
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G2 K 7 6 A 95m
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D5 A 7 2V5
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D6 7 A Dk
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C3 7 A 50p
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D7 A K Dc
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.model Dc d Ron=10 Vfwd=0.65 Vrev=36 Epsilon=50m
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.model Dn d Is=1p Kf=0p2 Cjo=0p3
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.model Di d Ron=10m epsilon=1m
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.model Dk d Ron=5k7 Vfwd=0.8 Epsilon=0.5
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.model 2V5 d Ron=27m Vfwd=0.6 Epsilon=10m Vrev={Vr} revEpsilon=10m
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.param Vr=2.5+dt*(95u-dt*2u6) dt=temp-10
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.ends TL431AS
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* Model developed by Eugene Dvoskin
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**************************************************
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.subckt TL431ED A K R ; Anode Kathode Reference
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Q1 K R 5 0 QN_ED
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Q7 3 3 1 0 QP_ED
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D1 A 4 D_ED
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Q8 4 3 2 0 QP_ED
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R4 5 9 3k28
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R2 9 12 2k4
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R3 9 10 7k2
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R1 14 A 800
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R5 6 11 4k
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R7 K 1 800
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R8 K 2 800
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R6 13 12 1k
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R9 8 7 150
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R10 8 A 10k
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D2 A K D_ED
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C1 K 4 10p
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C2 10 11 20p
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Q2 12 12 A 0 QN_ED area=1.2
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Q3 10 12 14 0 QN_ED area=2.2
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Q5 11 10 A 0 QN_ED
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Q9 K 4 7 0 QN_ED
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Q10 K 8 A 0 QN_ED area=5
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Q4 3 5 6 0 QN_ED
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Q6 4 13 A 0 QN_ED area=0.5
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Q11 4 4 R 0 QN_ED
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.model QN_ED npn(Bf=140 Cje=1p Cjc=2p Rb=40 Vaf=80 Var=50 Kf=3.2e-16 Af=1)
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.model QP_ED pnp(Bf= 60 Cje=1p Cjc=3p Rb=80 Vaf=70 Var=40)
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.model D_ED d(Rs=5 Cjo=4p)
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.ends TL431ED
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* Model developed by Helmut Sennewald 6/27/2004
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* This TL431 model has been developed from the schematic in the datasheet.
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* It agrees with most of the test circuits and covers Tempco, C-load stability,
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* AC gain, reverse diode, noise, transient, Zout.
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**************************************************
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.subckt TL431AH A K R ; Anode Kathode Reference
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Q1 3 2 1 0 NPN1 2.7
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Q2 2 2 A 0 NPN1 1
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||||
R1 1 A 800 TC1=350u ; This TC1 does the trick for the total tempco
|
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R2 4 2 2k4
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R3 4 3 7k2
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R4 5 4 3k28
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||||
Q3 6 3 A 0 NPN1 1
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||||
R5 7 6 4k
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Q4 10 5 7 0 NPN1 1
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Q5 K R 5 0 NPN1 1
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R6 2 12 1k
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Q6 11 12 A 0 NPN1 0.2
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Q9 K 11 13 0 NPN1 2
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Q10 K 14 A 0 NPN1 10
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R10 14 A 10k
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R9 13 14 150
|
||||
R7 K 8 800
|
||||
Q7 10 10 8 0 PNP1 1
|
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Q8 11 10 9 0 PNP1 1
|
||||
D2 A K D1
|
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D1 A 11 D3
|
||||
R8 K 9 800
|
||||
C1 K 11 20p
|
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C2 6 3 20p
|
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D3 11 R D2
|
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* adjust output voltage with Is
|
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.MODEL NPN1 npn(Is= 8f Bf=100 Vaf=100 Tf=0n5 IKF=10m Kf=1e-16 Af=1 Rb=50 Re=10)
|
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.MODEL PNP1 pnp(Is=10f Bf= 50 Vaf= 50 Tf=10n IKF= 2m Kf=1e-16 Af=1)
|
||||
.MODEL D1 d(Is=0p1 Rs=10 Cjo=20p)
|
||||
.MODEL D2 d(Is=0p1 Rs=10 Cjo= 2p Bv=5 Ibv=10u)
|
||||
.MODEL D3 d(Is=0p1 Rs=10 Cjo= 2p)
|
||||
.ends TL431AH
|
||||
|
||||
* Released by: Analog eLab Design Center, Texas Instruments Inc.
|
||||
* Part: TL431
|
||||
* Date: 12/14/2009
|
||||
* Model Type: Transient and AC
|
||||
**************************************************
|
||||
.subckt TL431A A K R ; Anode Kathode Reference
|
||||
V1 1 A 2.495
|
||||
R1 A 2 15.6
|
||||
C1 2 A 0u5
|
||||
R2 2 3 100
|
||||
C2 3 4 80n
|
||||
R3 4 A 10
|
||||
GB1 A 8 Value = {if(V(3,A)<0, 1.73*V(3,A)-1u, -1u)}
|
||||
D1 5 8 Dclamp
|
||||
D2 K 8 Dclamp
|
||||
V4 5 A 2
|
||||
G1 A 2 1 R 0.11
|
||||
.model Dclamp d (Is=13n5 Rs=25m N=1.59 Cjo=45p Vj=0.75 M=302m Tt=50n4 Bv=34 Ibv=1m)
|
||||
.ends TL431A
|
||||
|
||||
**************************************************
|
||||
* TL431 MACROMODEL 3-26-92
|
||||
* REV N/A DBB
|
||||
**************************************************
|
||||
.subckt TL431X A K R ; Anode Kathode Reference
|
||||
V1 3 4 1.4
|
||||
I1 A 1 1m
|
||||
R1 R A 1.2e6
|
||||
R2 1 A Rmod 2495
|
||||
R3 2 4 0.2
|
||||
D1 K 3 Dmod1
|
||||
D2 A K Dmod1
|
||||
D3 A 4 Dmod2
|
||||
E1 2 A Poly(2) (1,A) (R,A) 0 710 -710
|
||||
.model Rmod res (TC1=14u TC2=-1u)
|
||||
.model Dmod1 d (Rs=0.3)
|
||||
.model Dmod2 d (Rs=1u)
|
||||
.ends TL431X
|
||||
|
||||
|
||||
|
||||
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