New Circuit

Components used

SPICE netlist

* **************************************************
* Generated from CircuitSim Schematic
**************************************************
xU1 0 N1 N2 N4 DSL70IFX_58a6af51
V_V1 N1 N2 dc 0 ac 1 0 distof1 0 0 distof2 0 0 sin ( 0 220 60 0 0 0 )
E_VP1 VP1 0 N4 0 1

**************************************************
* Models and supporting definitions follow
**************************************************
.subckt DSL70IFX_58a6af51 T0 T1 T2 T3
    XADAPTER T0 T1 T2 T3 DSL70IFX_58a6af51_SOURCE
.ENDS DSL70IFX_58a6af51
.MODEL DSL70IFX_58a6af51_DMAIN D
+ IS = 1.85E-013
+ RS = 0.1469
+ N = 1.305
+ BV = 70
+ IBV = 0.001
+ CJO = 1.908E-012
+ VJ = 0.12
+ M = 0.096
+ TT = 1.25E-007
*******************************************************************
*
* INFINEON SPICE MODEL LIBRARY for TVS DIODES
*
* Version 2.1
* Date 2015/12/14
*
* Copyright (C) 2015 by Infineon Technologies AG, Neubiberg, Germany
* all rights reserved
*
*
* This library contains the following TVS DIODE models:
*
* DSL70 ESD113_B1_02ELS ESD207_B1_02ELS
* ESD101_B1_02EL ESD119_B1_W01005 ESD208_B1_02EL
* ESD101_B1_02ELS ESD128_B1_W0201 ESD208_B1_02ELS
* ESD102_U1_02ELS ESD129_B1_W01005 ESD217_B1_02EL
* ESD102_U4_05L ESD200_B1_CSP0201 ESD218_B1_02EL
* ESD103_B1_02EL ESD202_B1_CSP01005 ESD218_B1_02ELS
* ESD103_B1_02ELS ESD203_B1_02EL ESD221_U1_02EL
* ESD105_B1_02EL ESD203_B1_02ELS ESD231_B1_W0201
* ESD105_B1_02ELS ESD204_B1_02EL ESD24VS2U
* ESD108_B1_CSP0201 ESD204_B1_02ELS ESD300_B1_02LRH
* ESD110_B1_02EL ESD205_B1_02EL ESD307_U1_02N
* ESD110_B1_02ELS ESD206_B1_02EL ESD311_U1_02N
* ESD112_B1_02EL ESD206_B1_02ELS ESD5V3U4RRS
* ESD112_B1_02ELS ESD206_B1_02V ESD5V5U5ULC
* ESD113_B1_02EL ESD207_B1_02EL TVS3V3L4U
*
*******************************************************************
**************************************************************************
*
* SPICE model for Infineon TVS diode DSL70 (2-line rail-to-rail TVS ESD protection diode)
* Version 1.0 / 2014-11-10
*
* Usage: X<instancename> <pin1_node> <pin2_node> <pin3_node> <pin4_node> DSL70
* Pin1: GND
* Pin2/3: I/O line to be protected
* Pin4: Vcc
*
* This model is using Berkeley Spice3 syntax
* Model parameters are extracted using Berkeley Spice3
*
* The model is extracted using:
* - leakage current data (room temperature)
* - capacitance(voltage) data (1 MHz room temperature)
* - 8/20us surge clamping data (room temperature).
* The model includes the IEC61000-4-6 surge clamping behavior.
* The model does not include transient voltage overshoot effects,
* and does not include snap-back behavior.
*
* Copyright (C) 2014 by Infineon Technologies AG, Neubiberg, Germany
* all rights reserved
*************************************************************************
.subckt DSL70IFX_58a6af51_SOURCE 10 20 30 40
    c1 1 4 145f
    c2 1 2 2f
    c3 2 3 2f
    c4 3 4 88f
    *
    l1 1 10 20p
    l2 2 20 10p
    l3 3 30 10p
    l4 4 40 10p
    *
    x1 1 2 DSL70IFX_58a6af51_DSL70_die
    x2 1 3 DSL70IFX_58a6af51_DSL70_die
    x3 2 4 DSL70IFX_58a6af51_DSL70_die
    x4 3 4 DSL70IFX_58a6af51_DSL70_die
    *
.ENDS DSL70IFX_58a6af51_SOURCE
.SUBCKT DSL70IFX_58a6af51_DSL70_die 1 2
    l1 10 2 1E-009
    DMAIN 1 10
    + DSL70IFX_58a6af51_DMAIN
.ENDS DSL70IFX_58a6af51

**************************************************
* Simulation settings
**************************************************
.tran 100u 100m 0
.save V(VP1)
.end