|************************************************************************
|     IBIS file MAX3344E.ibs created at Maxim Integrated Products
|************************************************************************
|
[IBIS ver]       2.1
[File name]      max3344e.ibs
[File Rev]       1.1
[Date]           July 30, 2004 
[Source]         Data was acquired from HSpice simulation and bench 
                 measurements. Rise and fall ramps were taken through 
                 HSpice simulation and IV curves were taken on the bench 
[Notes]          This is USB Transceiver. 
[Disclaimer]     Maxim Integrated Products hereby grants the user of this 
                 IBIS model a non-exclusive, nontransferable license to use 
                 this IBIS model under the following terms. Before using 
                 this IBIS model, the user should read this license. If the 
                 user does not accept these terms, the IBIS model should be 
                 returned to Maxim Integrated Products within 30 days. 
                 The user is granted this license only to use the IBIS model 
                 and is not granted rights to sell, load, rent, lease or 
                 license the IBIS model in whole or in part, or in modified 
                 form to anyone other than user. User may modify the IBIS 
                 model to suit its specific applications but rights to 
                 derivative works and such modifications shall belong to 
                 Maxim Integrated Products. This IBIS model is provided on 
                 an "AS IS" basis and Maxim Integrated Products makes 
                 absolutely no warranty with respect to the information 
                 contained herein.MAXIM INTEGRATED PRODUCTS DISCLAIMS AND 
                 CUSTOMER WAIVES ALL WARRANTIES, EXPRESS OR IMPLIED, 
                 INCLUDING WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A 
                 PARTICULAR PURPOSE. The entire risk as to quality and 
                 performance is with the Customer. ACCORDINGLY, IN NO EVENT  
                 SHALL THE COMPANY BE LIABLE FOR ANY DAMAGES, WHETHER IN 
                 CONTRACT OR TORT,INCLUDING ANY LOST PROFITS OR OTHER 
                 INCIDENTAL, CONSEQUENTIAL, EXEMPLARY, OR PUNITIVE DAMAGES 
                 ARISING OUT OF THE USE OR APPLICATION OF THE IBIS model 
                 provided in this package.Further, Maxim Integrated Products 
                 reserves the right to make changes without notice to any  
                 product herein to improve reliability, function, or design. 
                 Maxim Integrated Products does not convey any license under 
                 patent rights or any other intellectual property rights, 
                 including those of third parties. 
                 Maxim Integrated Products is not obligated to provide 
                 maintenance or support for the licensed IBIS model. 
[Copyright]      Copyright of Maxim Integrated Products. 
|
|************************************************************************
|                            Component MAX3344E
|************************************************************************
|
[Component]      MAX3344E
[Manufacturer]   Maxim Integrated Products  
[Package]
| variable       typ                 min                 max
R_pkg            72.98m              NA                  NA 
L_pkg            2.113nH             NA                  NA
C_pkg            0.287pF             NA                  NA
|
[Pin]   signal_name     model_name      R_pin     L_pin     C_pin
1       RCV             RCV                  
2       VPO             VO                       
3       MODE            MODE
4       VMO             VO
5       OE              OEB
6       SUSP            SUSP
7       VPI             VI
8       VMI             VI
9       ENUM            ENUM
10      VCC             POWER
11      GND             GND
12      D-              DIO
13      D+              DIO
14      VTRM            POWER
15      VL              POWER
16      USB_DET         USBDET
|
[Diff Pin]  inv_pin  vdiff  tdelay_typ tdelay_min tdelay_max
|
  2           3       0mV      0ns         NA        NA
  7           8       NA       0ns         NA        NA
  12          13      200mV    0ns         NA        NA
|
|****************************************************************************
|                          Logic Level Data Input 
|****************************************************************************
|
[Model]          VO
|Signals         VPO,VMO
Model_type       Input
Enable           Active-High
Vinl = 0.4V
Vinh = 1.67V
C_comp                    0.128pF             NA                  NA
[Temperature Range]       25                  -40                 85
[Voltage Range]           2.50V               1.65V               3.60V 
[POWER Clamp Reference]   2.50V               1.65V               3.60V 
[GND Clamp Reference]     0.00V               0.00V               0.00V
|
[POWER_clamp]
|-------------------------------------------------------------
| Note that the[POWER_clamp]voltage table is referenced to Vcc
| and is calculated using Vtable=Vcc - Vmeasured.
| Also, the bench test setup clamps the supply current to 100mA
| to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
-2.5    1.000E-01       NA      NA
-2.4    1.000E-01       NA      NA
-2.3    1.000E-01       NA      NA
-2.2    1.000E-01       NA      NA
-2.1    1.000E-01       NA      NA
-2.0    1.000E-01       NA      NA
-1.9    1.000E-01       NA      NA
-1.8    1.000E-01       NA      NA
-1.7    1.000E-01       NA      NA
-1.6    1.000E-01       NA      NA
-1.5    1.000E-01       NA      NA
-1.4    1.000E-01       NA      NA
-1.3    1.000E-01       NA      NA
-1.2    1.000E-01       NA      NA
-1.1    1.000E-01       NA      NA
-1.0    1.000E-01       NA      NA
-0.9    2.167E-02       NA      NA
-0.8    9.197E-03       NA      NA
-0.7    1.770E-03       NA      NA
-0.6    1.048E-04       NA      NA
-0.5    6.919E-06       NA      NA
-0.4    6.555E-07       NA      NA
-0.3    1.194E-07       NA      NA
-0.2    3.980E-08       NA      NA
-0.1    2.300E-08       NA      NA
0.0     2.300E-08       NA      NA
|
[GND_clamp]
|-------------------------------------------------------------
| Note that the[GND_clamp]voltage table is referenced to Gnd. 
| Also, the bench test setup clamps the supply current to 100mA
| to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
-2.5    -1.000E-01      NA      NA
-2.4    -1.000E-01      NA      NA
-2.3    -1.000E-01      NA      NA
-2.2    -1.000E-01      NA      NA
-2.1    -1.000E-01      NA      NA
-2.0    -1.000E-01      NA      NA
-1.9    -1.000E-01      NA      NA
-1.8    -1.000E-01      NA      NA
-1.7    -1.000E-01      NA      NA
-1.6    -1.000E-01      NA      NA
-1.5    -1.000E-01      NA      NA
-1.4    -1.000E-01      NA      NA
-1.3    -1.000E-01      NA      NA
-1.2    -1.000E-01      NA      NA
-1.1    -1.000E-01      NA      NA
-1.0    -2.801E-02      NA      NA
-0.9    -1.635E-02      NA      NA
-0.8    -6.949E-03      NA      NA
-0.7    -1.716E-03      NA      NA
-0.6    -2.448E-04      NA      NA
-0.5    -4.612E-05      NA      NA
-0.4    -4.545E-06      NA      NA
-0.3    -8.590E-08      NA      NA
-0.2    1.880E-08       NA      NA
-0.1    4.400E-08       NA      NA
0.0     1.470E-08       NA      NA
0.1     -1.680E-08      NA      NA
0.2     -8.400E-09      NA      NA
0.3     -1.260E-08      NA      NA
0.4     -2.510E-08      NA      NA
0.5     -8.800E-08      NA      NA
0.6     -9.210E-08      NA      NA
0.7     -9.210E-08      NA      NA
0.8     -7.540E-08      NA      NA
0.9     -8.590E-08      NA      NA
1.0     -9.010E-08      NA      NA
1.1     -1.152E-07      NA      NA
1.2     -1.571E-07      NA      NA
1.3     -1.487E-07      NA      NA
1.4     -1.089E-07      NA      NA
1.5     -7.750E-08      NA      NA
1.6     -6.280E-08      NA      NA
1.7     -2.090E-08      NA      NA
1.8     -6.070E-08      NA      NA
1.9     -8.380E-08      NA      NA
2.0     -7.120E-08      NA      NA
2.1     -1.278E-07      NA      NA
2.2     -8.590E-08      NA      NA
2.3     -1.131E-07      NA      NA
2.4     -1.047E-07      NA      NA
2.5     -1.215E-07      NA      NA
|
|End [Model] VO
|****************************************************************************
|                            Mode Control Input  
|****************************************************************************
|
[Model]          MODE
|Signals         MODE
Model_type       Input
Enable           Active-High
Vinl = 0.4V
Vinh = 1.67V
C_comp                    0.128pF             NA                  NA
[Temperature Range]       25                  -40                 85
[Voltage Range]           2.50V               1.65V               3.60V 
[POWER Clamp Reference]   2.50V               1.65V               3.60V 
[GND Clamp Reference]     0.00V               0.00V               0.00V
|
[POWER_clamp]
|-------------------------------------------------------------
| Note that the[POWER_clamp]voltage table is referenced to Vcc
| and is calculated using Vtable=Vcc - Vmeasured.
| Also, the bench test setup clamps the supply current to 100mA
| to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
-2.5    0.000E+00       NA      NA
 0.0    0.000E+00       NA      NA
|
[GND_clamp]
|-------------------------------------------------------------
| Note that the[GND_clamp]voltage table is referenced to Gnd. 
| Also, the bench test setup clamps the supply current to 100mA
| to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
-2.5    -1.000E-01      NA      NA
-2.4    -1.000E-01      NA      NA
-2.3    -1.000E-01      NA      NA
-2.2    -1.000E-01      NA      NA
-2.1    -1.000E-01      NA      NA
-2.0    -1.000E-01      NA      NA
-1.9    -1.000E-01      NA      NA
-1.8    -1.000E-01      NA      NA
-1.7    -1.000E-01      NA      NA
-1.6    -1.000E-01      NA      NA
-1.5    -1.000E-01      NA      NA
-1.4    -1.000E-01      NA      NA
-1.3    -1.000E-01      NA      NA
-1.2    -1.000E-01      NA      NA
-1.1    -1.000E-01      NA      NA
-1.0    -3.279E-02      NA      NA
-0.9    -2.160E-02      NA      NA
-0.8    -1.216E-02      NA      NA
-0.7    -5.582E-03      NA      NA
-0.6    -2.135E-03      NA      NA
-0.5    -5.411E-04      NA      NA
-0.4    -4.824E-05      NA      NA
-0.3    -1.499E-06      NA      NA
-0.2    7.540E-08       NA      NA
-0.1    1.089E-07       NA      NA
0.0     1.110E-07       NA      NA
0.1     1.361E-07       NA      NA
0.2     8.800E-08       NA      NA
0.3     7.750E-08       NA      NA
0.4     8.800E-08       NA      NA
0.5     7.330E-08       NA      NA
0.6     4.820E-08       NA      NA
0.7     8.380E-08       NA      NA
0.8     1.260E-08       NA      NA
0.9     3.560E-08       NA      NA
1.0     4.400E-08       NA      NA
1.1     4.820E-08       NA      NA
1.2     3.770E-08       NA      NA
1.3     5.450E-08       NA      NA
1.4     6.700E-08       NA      NA
1.5     9.420E-08       NA      NA
1.6     9.010E-08       NA      NA
1.7     1.089E-07       NA      NA
1.8     8.170E-08       NA      NA
1.9     8.800E-08       NA      NA
2.0     9.010E-08       NA      NA
2.1     6.070E-08       NA      NA
2.2     -4.200E-09      NA      NA
2.3     -4.400E-08      NA      NA
2.4     -3.350E-08      NA      NA
2.5     -3.560E-08      NA      NA
|
|End [Model] MODE
|
|****************************************************************************
|                            Output Enable  
|****************************************************************************
|
[Model]          OEB
|Signals         OEB
Model_type       Input
Enable           Active-Low
Vinl = 0.4V
Vinh = 1.67V
C_comp                    0.128pF             NA                  NA
[Temperature Range]       25                  -40                 85
[Voltage Range]           2.50V               1.65V               3.60V 
[POWER Clamp Reference]   2.50V               1.65V               3.60V 
[GND Clamp Reference]     0.00V               0.00V               0.00V
|
[POWER_clamp]
|-------------------------------------------------------------
| Note that the[POWER_clamp]voltage table is referenced to Vcc
| and is calculated using Vtable=Vcc - Vmeasured.
| Also, the bench test setup clamps the supply current to 100mA
| to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
-2.5    0.000E+00       NA      NA
 0.0    0.000E+00       NA      NA
|
[GND_clamp]
|-------------------------------------------------------------
| Note that the[GND_clamp]voltage table is referenced to Gnd. 
| Also, the bench test setup clamps the supply current to 100mA
| to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
-2.5    -1.000E-01      NA      NA
-2.4    -1.000E-01      NA      NA
-2.3    -1.000E-01      NA      NA
-2.2    -1.000E-01      NA      NA
-2.1    -1.000E-01      NA      NA
-2.0    -1.000E-01      NA      NA
-1.9    -1.000E-01      NA      NA
-1.8    -1.000E-01      NA      NA
-1.7    -1.000E-01      NA      NA
-1.6    -1.000E-01      NA      NA
-1.5    -1.000E-01      NA      NA
-1.4    -1.000E-01      NA      NA
-1.3    -1.000E-01      NA      NA
-1.2    -1.000E-01      NA      NA
-1.1    -1.000E-01      NA      NA
-1.0    -3.193E-02      NA      NA
-0.9    -2.108E-02      NA      NA
-0.8    -1.196E-02      NA      NA
-0.7    -5.586E-03      NA      NA
-0.6    -2.166E-03      NA      NA
-0.5    -5.507E-04      NA      NA
-0.4    -4.833E-05      NA      NA
-0.3    -1.435E-06      NA      NA
-0.2    1.319E-07       NA      NA
-0.1    1.717E-07       NA      NA
0.0     1.592E-07       NA      NA
0.1     1.801E-07       NA      NA
0.2     1.529E-07       NA      NA
0.3     1.110E-07       NA      NA
0.4     1.257E-07       NA      NA
0.5     1.257E-07       NA      NA
0.6     1.508E-07       NA      NA
0.7     1.298E-07       NA      NA
0.8     1.278E-07       NA      NA
0.9     1.194E-07       NA      NA
1.0     1.131E-07       NA      NA
1.1     1.005E-07       NA      NA
1.2     8.170E-08       NA      NA
1.3     1.550E-07       NA      NA
1.4     1.948E-07       NA      NA
1.5     1.424E-07       NA      NA
1.6     1.487E-07       NA      NA
1.7     1.550E-07       NA      NA
1.8     1.613E-07       NA      NA
1.9     1.801E-07       NA      NA
2.0     1.592E-07       NA      NA
2.1     2.262E-07       NA      NA
2.2     2.702E-07       NA      NA
2.3     2.764E-07       NA      NA
2.4     2.723E-07       NA      NA
2.5     2.764E-07       NA      NA
|
|End [Model] OEB
|
|****************************************************************************
|                               Suspend Input  
|****************************************************************************
|
[Model]          SUSP
|Signals         SUSP
Model_type       Input
Enable           Active-High
Vinl = 0.4V
Vinh = 1.67V
C_comp                    0.128pF             NA                  NA
[Temperature Range]       25                  -40                 85
[Voltage Range]           2.50V               1.65V               3.60V 
[POWER Clamp Reference]   2.50V               1.65V               3.60V 
[GND Clamp Reference]     0.00V               0.00V               0.00V
|
[POWER_clamp]
|-------------------------------------------------------------
| Note that the[POWER_clamp]voltage table is referenced to Vcc
| and is calculated using Vtable=Vcc - Vmeasured.
| Also, the bench test setup clamps the supply current to 100mA
| to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
-2.5    3.158E-04       NA      NA
-2.4    2.973E-04       NA      NA
-2.3    2.788E-04       NA      NA
-2.2    2.603E-04       NA      NA
-2.1    2.418E-04       NA      NA
-2.0    2.234E-04       NA      NA
-1.9    2.049E-04       NA      NA
-1.8    1.866E-04       NA      NA
-1.7    1.682E-04       NA      NA
-1.6    1.499E-04       NA      NA
-1.5    1.317E-04       NA      NA
-1.4    1.137E-04       NA      NA
-1.3    9.579E-05       NA      NA
-1.2    7.810E-05       NA      NA
-1.1    6.073E-05       NA      NA
-1.0    4.384E-05       NA      NA
-0.9    2.773E-05       NA      NA
-0.8    1.336E-05       NA      NA
-0.7    3.502E-06       NA      NA
-0.6    5.613E-07       NA      NA
-0.5    2.681E-07       NA      NA
-0.4    2.136E-07       NA      NA
-0.3    2.011E-07       NA      NA
-0.2    1.864E-07       NA      NA
-0.1    2.136E-07       NA      NA
0.0     2.073E-07       NA      NA
|
[GND_clamp]
|-------------------------------------------------------------
| Note that the[GND_clamp]voltage table is referenced to Gnd. 
| Also, the bench test setup clamps the supply current to 100mA
| to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
-2.5    -1.000E-01      NA      NA
-2.4    -1.000E-01      NA      NA
-2.3    -1.000E-01      NA      NA
-2.2    -1.000E-01      NA      NA
-2.1    -1.000E-01      NA      NA
-2.0    -1.000E-01      NA      NA
-1.9    -1.000E-01      NA      NA
-1.8    -1.000E-01      NA      NA
-1.7    -1.000E-01      NA      NA
-1.6    -1.000E-01      NA      NA
-1.5    -1.000E-01      NA      NA
-1.4    -1.000E-01      NA      NA
-1.3    -1.000E-01      NA      NA
-1.2    -3.872E-02      NA      NA
-1.1    -2.858E-02      NA      NA
-1.0    -1.943E-02      NA      NA
-0.9    -1.162E-02      NA      NA
-0.8    -5.549E-03      NA      NA
-0.7    -1.751E-03      NA      NA
-0.6    -2.390E-04      NA      NA
-0.5    -1.874E-05      NA      NA
-0.4    -1.740E-06      NA      NA
-0.3    -2.100E-09      NA      NA
-0.2    7.540E-08       NA      NA
-0.1    8.380E-08       NA      NA
0.0     8.800E-08       NA      NA
0.1     5.860E-08       NA      NA
0.2     1.026E-07       NA      NA
0.3     1.089E-07       NA      NA
0.4     1.131E-07       NA      NA
0.5     5.450E-08       NA      NA
0.6     3.350E-08       NA      NA
0.7     6.300E-09       NA      NA
0.8     1.050E-08       NA      NA
0.9     5.450E-08       NA      NA
1.0     2.100E-09       NA      NA
1.1     -1.050E-08      NA      NA
1.2     -4.400E-08      NA      NA
1.3     -5.240E-08      NA      NA
1.4     0.000E+00       NA      NA
1.5     -2.510E-08      NA      NA
1.6     -5.030E-08      NA      NA
1.7     -6.070E-08      NA      NA
1.8     -2.510E-08      NA      NA
1.9     2.510E-08       NA      NA
2.0     4.200E-09       NA      NA
2.1     1.050E-08       NA      NA
2.2     3.140E-08       NA      NA
2.3     6.700E-08       NA      NA
2.4     1.257E-07       NA      NA
2.5     1.487E-07       NA      NA
|
|End [Model] SUSP
|
|****************************************************************************
|                                 Enumerate  
|****************************************************************************
|
[Model]          ENUM
|Signals         ENUM
Model_type       Input
Enable           Active-High
Vinl = 0.4V
Vinh = 1.67V
C_comp                    0.128pF             NA                  NA
[Temperature Range]       25                  -40                 85
[Voltage Range]           2.50V               1.65V               3.60V 
[POWER Clamp Reference]   2.50V               1.65V               3.60V 
[GND Clamp Reference]     0.00V               0.00V               0.00V
|
[POWER_clamp]
|-------------------------------------------------------------
| Note that the[POWER_clamp]voltage table is referenced to Vcc
| and is calculated using Vtable=Vcc - Vmeasured.
| Also, the bench test setup clamps the supply current to 100mA
| to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
-2.5    0.000E+00       NA      NA
 0.0    0.000E+00       NA      NA
|
[GND_clamp]
|-------------------------------------------------------------
| Note that the[GND_clamp]voltage table is referenced to Gnd. 
| Also, the bench test setup clamps the supply current to 100mA
| to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
-2.5    -1.000E-01      NA      NA
-2.4    -1.000E-01      NA      NA
-2.3    -1.000E-01      NA      NA
-2.2    -1.000E-01      NA      NA
-2.1    -1.000E-01      NA      NA
-2.0    -1.000E-01      NA      NA
-1.9    -1.000E-01      NA      NA
-1.8    -1.000E-01      NA      NA
-1.7    -1.000E-01      NA      NA
-1.6    -1.000E-01      NA      NA
-1.5    -1.000E-01      NA      NA
-1.4    -1.000E-01      NA      NA
-1.3    -1.000E-01      NA      NA
-1.2    -1.000E-01      NA      NA
-1.1    -1.000E-01      NA      NA
-1.0    -1.000E-01      NA      NA
-0.9    -2.139E-02      NA      NA
-0.8    -1.197E-02      NA      NA
-0.7    -5.468E-03      NA      NA
-0.6    -2.087E-03      NA      NA
-0.5    -5.200E-04      NA      NA
-0.4    -4.505E-05      NA      NA
-0.3    -1.319E-06      NA      NA
-0.2    5.860E-08       NA      NA
-0.1    1.068E-07       NA      NA
0.0     5.650E-08       NA      NA
0.1     1.068E-07       NA      NA
0.2     1.005E-07       NA      NA
0.3     8.170E-08       NA      NA
0.4     6.910E-08       NA      NA
0.5     8.800E-08       NA      NA
0.6     9.630E-08       NA      NA
0.7     1.298E-07       NA      NA
0.8     1.110E-07       NA      NA
0.9     1.026E-07       NA      NA
1.0     1.236E-07       NA      NA
1.1     1.068E-07       NA      NA
1.2     1.215E-07       NA      NA
1.3     1.257E-07       NA      NA
1.4     1.026E-07       NA      NA
1.5     9.840E-08       NA      NA
1.6     1.340E-07       NA      NA
1.7     1.152E-07       NA      NA
1.8     1.403E-07       NA      NA
1.9     1.487E-07       NA      NA
2.0     1.529E-07       NA      NA
2.1     1.005E-07       NA      NA
2.2     1.278E-07       NA      NA
2.3     1.759E-07       NA      NA
2.4     2.387E-07       NA      NA
2.5     2.262E-07       NA      NA
|
|End [Model] ENUM 
|
|****************************************************************************
|                            Logic Level Data Output
|****************************************************************************
|
[Model]          VI  
|Signals         VPI,VMI
Model_type       Output
Polarity         Non-Inverting
Vmeas = 1.25V 
C_comp                    0.128pF             NA                  NA
[Temperature Range]       25                   -40                85
[Voltage Range]           2.50V                1.65V              3.60V 
[Pullup Reference]        2.50V                1.65V              3.60V
[Pulldown Reference]      0.00V                0.00V              0.00V
|
|****************************************************************************
|
[Pullup]
|-------------------------------------------------------------
| Note that the[Pulldown]voltage table is referenced to Vcc
| and is calculated using Vtable=Vcc - Vmeasured.
| Also, the bench test setup clamps the supply current to 100mA
| to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
-2.5    9.826E-02       NA      NA
-2.4    9.187E-02       NA      NA
-2.3    8.593E-02       NA      NA
-2.2    8.003E-02       NA      NA
-2.1    7.415E-02       NA      NA
-2.0    6.830E-02       NA      NA
-1.9    6.249E-02       NA      NA
-1.8    5.673E-02       NA      NA
-1.7    5.101E-02       NA      NA
-1.6    4.534E-02       NA      NA
-1.5    3.975E-02       NA      NA
-1.4    3.430E-02       NA      NA
-1.3    2.905E-02       NA      NA
-1.2    2.408E-02       NA      NA
-1.1    1.955E-02       NA      NA
-1.0    1.582E-02       NA      NA
-0.9    1.328E-02       NA      NA
-0.8    1.149E-02       NA      NA
-0.7    9.897E-03       NA      NA
-0.6    8.339E-03       NA      NA
-0.5    6.826E-03       NA      NA
-0.4    5.354E-03       NA      NA
-0.3    3.928E-03       NA      NA
-0.2    2.544E-03       NA      NA
-0.1    1.208E-03       NA      NA
0.0     -7.085E-05      NA      NA
0.1     -1.319E-03      NA      NA
0.2     -2.509E-03      NA      NA
0.3     -3.664E-03      NA      NA
0.4     -4.874E-03      NA      NA
0.5     -6.249E-03      NA      NA
0.6     -7.751E-03      NA      NA
0.7     -9.296E-03      NA      NA
0.8     -1.082E-02      NA      NA
0.9     -1.229E-02      NA      NA
1.0     -1.368E-02      NA      NA
1.1     -1.500E-02      NA      NA
1.2     -1.623E-02      NA      NA
1.3     -1.738E-02      NA      NA
1.4     -1.845E-02      NA      NA
1.5     -1.942E-02      NA      NA
1.6     -2.031E-02      NA      NA
1.7     -2.112E-02      NA      NA
1.8     -2.185E-02      NA      NA
1.9     -2.252E-02      NA      NA
2.0     -2.312E-02      NA      NA
2.1     -2.365E-02      NA      NA
2.2     -2.411E-02      NA      NA
2.3     -2.450E-02      NA      NA
2.4     -2.482E-02      NA      NA
2.5     -2.510E-02      NA      NA
2.6     -2.533E-02      NA      NA
2.7     -2.554E-02      NA      NA
2.8     -2.573E-02      NA      NA
2.9     -2.590E-02      NA      NA
3.0     -2.606E-02      NA      NA
3.1     -2.639E-02      NA      NA
3.2     -2.750E-02      NA      NA
3.3     -3.013E-02      NA      NA
3.4     -3.522E-02      NA      NA
3.5     -4.333E-02      NA      NA
3.6     -5.370E-02      NA      NA
3.7     -6.543E-02      NA      NA
3.8     -7.796E-02      NA      NA
3.9     -9.104E-02      NA      NA
4.0     -1.000E-01      NA      NA
4.1     -1.000E-01      NA      NA
4.2     -1.000E-01      NA      NA
4.3     -1.000E-01      NA      NA
4.4     -1.000E-01      NA      NA
4.5     -1.000E-01      NA      NA
4.6     -1.000E-01      NA      NA
4.7     -1.000E-01      NA      NA
4.8     -1.000E-01      NA      NA
4.9     -1.000E-01      NA      NA
5.0     -1.000E-01      NA      NA
|
[Pulldown]
|-------------------------------------------------------------
| Note that the[Pulldown]voltage table is referenced to Gnd.
| Also, the bench test setup clamps the supply current to 100mA
| to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
-2.5    -1.000E-01      NA      NA
-2.4    -1.000E-01      NA      NA
-2.3    -1.000E-01      NA      NA
-2.2    -1.000E-01      NA      NA
-2.1    -1.000E-01      NA      NA
-2.0    -1.000E-01      NA      NA
-1.9    -1.000E-01      NA      NA
-1.8    -1.000E-01      NA      NA
-1.7    -1.000E-01      NA      NA
-1.6    -1.000E-01      NA      NA
-1.5    -1.000E-01      NA      NA
-1.4    -1.000E-01      NA      NA
-1.3    -1.000E-01      NA      NA
-1.2    -1.000E-01      NA      NA
-1.1    -1.000E-01      NA      NA
-1.0    -1.000E-01      NA      NA
-0.9    -3.285E-02      NA      NA
-0.8    -2.596E-02      NA      NA
-0.7    -2.079E-02      NA      NA
-0.6    -1.677E-02      NA      NA
-0.5    -1.358E-02      NA      NA
-0.4    -1.076E-02      NA      NA
-0.3    -8.009E-03      NA      NA
-0.2    -5.265E-03      NA      NA
-0.1    -2.535E-03      NA      NA
0.0     1.520E-04       NA      NA
0.1     2.867E-03       NA      NA
0.2     5.545E-03       NA      NA
0.3     8.200E-03       NA      NA
0.4     1.082E-02       NA      NA
0.5     1.342E-02       NA      NA
0.6     1.598E-02       NA      NA
0.7     1.851E-02       NA      NA
0.8     2.100E-02       NA      NA
0.9     2.343E-02       NA      NA
1.0     2.583E-02       NA      NA
1.1     2.817E-02       NA      NA
1.2     3.045E-02       NA      NA
1.3     3.267E-02       NA      NA
1.4     3.482E-02       NA      NA
1.5     3.690E-02       NA      NA
1.6     3.890E-02       NA      NA
1.7     4.082E-02       NA      NA
1.8     4.265E-02       NA      NA
1.9     4.439E-02       NA      NA
2.0     4.603E-02       NA      NA
2.1     4.756E-02       NA      NA
2.2     4.897E-02       NA      NA
2.3     5.027E-02       NA      NA
2.4     5.145E-02       NA      NA
2.5     5.249E-02       NA      NA
2.6     5.340E-02       NA      NA
2.7     5.417E-02       NA      NA
2.8     5.481E-02       NA      NA
2.9     5.532E-02       NA      NA
3.0     5.572E-02       NA      NA
3.1     5.601E-02       NA      NA
3.2     5.621E-02       NA      NA
3.3     5.635E-02       NA      NA
3.4     5.644E-02       NA      NA
3.5     5.650E-02       NA      NA
3.6     5.654E-02       NA      NA
3.7     5.665E-02       NA      NA
3.8     5.761E-02       NA      NA
3.9     6.061E-02       NA      NA
4.0     6.489E-02       NA      NA
4.1     6.971E-02       NA      NA
4.2     7.481E-02       NA      NA
4.3     8.003E-02       NA      NA
4.4     8.534E-02       NA      NA
4.5     9.069E-02       NA      NA
4.6     9.611E-02       NA      NA
4.7     1.000E-01       NA      NA
4.8     1.000E-01       NA      NA
4.9     1.000E-01       NA      NA
5.0     1.000E-01       NA      NA
|  
[Ramp]
| variable       typ                min                 max
dV/dt_r          1.500/3.87n        NA                  NA
dV/dt_f          1.500/2.43n        NA                  NA
R_load = 1MEG
|
|End [Model] VI
|
|****************************************************************************
|                             Receiver Output
|****************************************************************************
|
[Model]          RCV  
|Signals         RCV
Model_type       Output
Polarity         Non-Inverting
Vmeas = 1.25V 
C_comp                    0.128pF             NA                  NA
[Temperature Range]       25                   -40                85
[Voltage Range]           2.50V                1.65V              3.60V 
[Pullup Reference]        2.50V                1.65V              3.60V
[Pulldown Reference]      0.00V                0.00V              0.00V
|
|****************************************************************************
|
[Pullup]
|-------------------------------------------------------------
| Note that the[Pulldown]voltage table is referenced to Vcc
| and is calculated using Vtable=Vcc - Vmeasured.
| Also, the bench test setup clamps the supply current to 100mA
| to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
-2.5    1.000E-01       NA      NA
-2.4    1.000E-01       NA      NA
-2.3    1.000E-01       NA      NA
-2.2    1.000E-01       NA      NA
-2.1    1.000E-01       NA      NA
-2.0    1.000E-01       NA      NA
-1.9    1.000E-01       NA      NA
-1.8    1.000E-01       NA      NA
-1.7    1.000E-01       NA      NA
-1.6    1.000E-01       NA      NA
-1.5    1.000E-01       NA      NA
-1.4    1.000E-01       NA      NA
-1.3    1.000E-01       NA      NA
-1.2    1.000E-01       NA      NA
-1.1    1.000E-01       NA      NA
-1.0    1.000E-01       NA      NA
-0.9    1.000E-01       NA      NA
-0.8    2.843E-02       NA      NA
-0.7    2.437E-02       NA      NA
-0.6    2.057E-02       NA      NA
-0.5    1.687E-02       NA      NA
-0.4    1.325E-02       NA      NA
-0.3    9.747E-03       NA      NA
-0.2    6.320E-03       NA      NA
-0.1    3.001E-03       NA      NA
0.0     -1.729E-04      NA      NA
0.1     -3.282E-03      NA      NA
0.2     -6.239E-03      NA      NA
0.3     -9.059E-03      NA      NA
0.4     -1.173E-02      NA      NA
0.5     -1.425E-02      NA      NA
0.6     -1.661E-02      NA      NA
0.7     -1.880E-02      NA      NA
0.8     -2.081E-02      NA      NA
0.9     -2.263E-02      NA      NA
1.0     -2.426E-02      NA      NA
1.1     -2.570E-02      NA      NA
1.2     -2.694E-02      NA      NA
1.3     -2.800E-02      NA      NA
1.4     -2.888E-02      NA      NA
1.5     -2.959E-02      NA      NA
1.6     -3.017E-02      NA      NA
1.7     -3.064E-02      NA      NA
1.8     -3.103E-02      NA      NA
1.9     -3.136E-02      NA      NA
2.0     -3.164E-02      NA      NA
2.1     -3.191E-02      NA      NA
2.2     -3.214E-02      NA      NA
2.3     -3.236E-02      NA      NA
2.4     -3.255E-02      NA      NA
2.5     -3.274E-02      NA      NA
2.6     -3.292E-02      NA      NA
2.7     -3.308E-02      NA      NA
2.8     -3.324E-02      NA      NA
2.9     -3.339E-02      NA      NA
3.0     -3.354E-02      NA      NA
3.1     -3.371E-02      NA      NA
3.2     -3.411E-02      NA      NA
3.3     -3.518E-02      NA      NA
3.4     -3.815E-02      NA      NA
3.5     -4.450E-02      NA      NA
3.6     -5.398E-02      NA      NA
3.7     -6.550E-02      NA      NA
3.8     -7.819E-02      NA      NA
3.9     -9.162E-02      NA      NA
4.0     -1.000E-01      NA      NA
4.1     -1.000E-01      NA      NA
4.2     -1.000E-01      NA      NA
4.3     -1.000E-01      NA      NA
4.4     -1.000E-01      NA      NA
4.5     -1.000E-01      NA      NA
4.6     -1.000E-01      NA      NA
4.7     -1.000E-01      NA      NA
4.8     -1.000E-01      NA      NA
4.9     -1.000E-01      NA      NA
5.0     -1.000E-01      NA      NA
|
[Pulldown]
|-------------------------------------------------------------
| Note that the[Pulldown]voltage table is referenced to Gnd.
| Also, the bench test setup clamps the supply current to 100mA
| to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
-2.5    -1.000E-01      NA      NA
-2.4    -1.000E-01      NA      NA
-2.3    -1.000E-01      NA      NA
-2.2    -1.000E-01      NA      NA
-2.1    -1.000E-01      NA      NA
-2.0    -1.000E-01      NA      NA
-1.9    -1.000E-01      NA      NA
-1.8    -1.000E-01      NA      NA
-1.7    -1.000E-01      NA      NA
-1.6    -1.000E-01      NA      NA
-1.5    -1.000E-01      NA      NA
-1.4    -1.000E-01      NA      NA
-1.3    -1.000E-01      NA      NA
-1.2    -1.000E-01      NA      NA
-1.1    -1.000E-01      NA      NA
-1.0    -1.000E-01      NA      NA
-0.9    -3.098E-02      NA      NA
-0.8    -2.564E-02      NA      NA
-0.7    -2.187E-02      NA      NA
-0.6    -1.858E-02      NA      NA
-0.5    -1.540E-02      NA      NA
-0.4    -1.224E-02      NA      NA
-0.3    -9.114E-03      NA      NA
-0.2    -5.987E-03      NA      NA
-0.1    -2.881E-03      NA      NA
0.0     1.716E-04       NA      NA
0.1     3.251E-03       NA      NA
0.2     6.277E-03       NA      NA
0.3     9.269E-03       NA      NA
0.4     1.222E-02       NA      NA
0.5     1.512E-02       NA      NA
0.6     1.798E-02       NA      NA
0.7     2.077E-02       NA      NA
0.8     2.351E-02       NA      NA
0.9     2.618E-02       NA      NA
1.0     2.878E-02       NA      NA
1.1     3.129E-02       NA      NA
1.2     3.373E-02       NA      NA
1.3     3.607E-02       NA      NA
1.4     3.831E-02       NA      NA
1.5     4.044E-02       NA      NA
1.6     4.246E-02       NA      NA
1.7     4.437E-02       NA      NA
1.8     4.614E-02       NA      NA
1.9     4.779E-02       NA      NA
2.0     4.929E-02       NA      NA
2.1     5.065E-02       NA      NA
2.2     5.185E-02       NA      NA
2.3     5.291E-02       NA      NA
2.4     5.380E-02       NA      NA
2.5     5.455E-02       NA      NA
2.6     5.515E-02       NA      NA
2.7     5.561E-02       NA      NA
2.8     5.596E-02       NA      NA
2.9     5.621E-02       NA      NA
3.0     5.639E-02       NA      NA
3.1     5.650E-02       NA      NA
3.2     5.658E-02       NA      NA
3.3     5.662E-02       NA      NA
3.4     5.671E-02       NA      NA
3.5     5.799E-02       NA      NA
3.6     6.460E-02       NA      NA
3.7     7.606E-02       NA      NA
3.8     8.972E-02       NA      NA
3.9     1.000E-01       NA      NA
4.0     1.000E-01       NA      NA
4.1     1.000E-01       NA      NA
4.2     1.000E-01       NA      NA
4.3     1.000E-01       NA      NA
4.4     1.000E-01       NA      NA
4.5     1.000E-01       NA      NA
4.6     1.000E-01       NA      NA
4.7     1.000E-01       NA      NA
4.8     1.000E-01       NA      NA
4.9     1.000E-01       NA      NA
5.0     1.000E-01       NA      NA
|  
[Ramp]
| variable       typ                min                 max
dV/dt_r          1.500/2.16n         NA                  NA
dV/dt_f          1.500/1.98n         NA                  NA
R_load = 1MEG
|
|End [Model] RCV
|
|****************************************************************************
|                            USB Detector Output 
|****************************************************************************
|
[Model]          USBDET  
|Signals         USBDET
Model_type       Output
Polarity         Non-Inverting
Vmeas = 1.25V 
C_comp                    0.128pF             NA                  NA
[Temperature Range]       25                   -40                85
[Voltage Range]           2.50V                1.65V              3.60V 
[Pullup Reference]        2.50V                1.65V              3.60V
[Pulldown Reference]      0.00V                0.00V              0.00V
|
|****************************************************************************
|
[Pullup]
|-------------------------------------------------------------
| Note that the[Pulldown]voltage table is referenced to Vcc
| and is calculated using Vtable=Vcc - Vmeasured.
| Also, the bench test setup clamps the supply current to 100mA
| to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
-2.5    1.000E-01       NA      NA
-2.4    1.000E-01       NA      NA
-2.3    1.000E-01       NA      NA
-2.2    1.000E-01       NA      NA
-2.1    1.000E-01       NA      NA
-2.0    1.000E-01       NA      NA
-1.9    1.000E-01       NA      NA
-1.8    1.000E-01       NA      NA
-1.7    1.000E-01       NA      NA
-1.6    1.000E-01       NA      NA
-1.5    1.000E-01       NA      NA
-1.4    1.000E-01       NA      NA
-1.3    1.000E-01       NA      NA
-1.2    1.000E-01       NA      NA
-1.1    1.000E-01       NA      NA
-1.0    3.184E-02       NA      NA
-0.9    2.449E-02       NA      NA
-0.8    2.019E-02       NA      NA
-0.7    1.721E-02       NA      NA
-0.6    1.445E-02       NA      NA
-0.5    1.180E-02       NA      NA
-0.4    9.238E-03       NA      NA
-0.3    6.756E-03       NA      NA
-0.2    4.362E-03       NA      NA
-0.1    2.064E-03       NA      NA
0.0     -1.171E-04      NA      NA
0.1     -2.234E-03      NA      NA
0.2     -4.232E-03      NA      NA
0.3     -6.120E-03      NA      NA
0.4     -7.893E-03      NA      NA
0.5     -9.548E-03      NA      NA
0.6     -1.108E-02      NA      NA
0.7     -1.249E-02      NA      NA
0.8     -1.376E-02      NA      NA
0.9     -1.490E-02      NA      NA
1.0     -1.590E-02      NA      NA
1.1     -1.677E-02      NA      NA
1.2     -1.749E-02      NA      NA
1.3     -1.808E-02      NA      NA
1.4     -1.855E-02      NA      NA
1.5     -1.892E-02      NA      NA
1.6     -1.920E-02      NA      NA
1.7     -1.942E-02      NA      NA
1.8     -1.960E-02      NA      NA
1.9     -1.975E-02      NA      NA
2.0     -1.988E-02      NA      NA
2.1     -1.999E-02      NA      NA
2.2     -2.010E-02      NA      NA
2.3     -2.019E-02      NA      NA
2.4     -2.028E-02      NA      NA
2.5     -2.036E-02      NA      NA
2.6     -2.044E-02      NA      NA
2.7     -2.052E-02      NA      NA
2.8     -2.059E-02      NA      NA
2.9     -2.066E-02      NA      NA
3.0     -2.075E-02      NA      NA
3.1     -2.116E-02      NA      NA
3.2     -2.254E-02      NA      NA
3.3     -2.559E-02      NA      NA
3.4     -3.153E-02      NA      NA
3.5     -4.056E-02      NA      NA
3.6     -5.156E-02      NA      NA
3.7     -6.370E-02      NA      NA
3.8     -7.652E-02      NA      NA
3.9     -8.981E-02      NA      NA
4.0     -1.000E-01      NA      NA
4.1     -1.000E-01      NA      NA
4.2     -1.000E-01      NA      NA
4.3     -1.000E-01      NA      NA
4.4     -1.000E-01      NA      NA
4.5     -1.000E-01      NA      NA
4.6     -1.000E-01      NA      NA
4.7     -1.000E-01      NA      NA
4.8     -1.000E-01      NA      NA
4.9     -1.000E-01      NA      NA
5.0     -1.000E-01      NA      NA
|
[Pulldown]
|-------------------------------------------------------------
| Note that the[Pulldown]voltage table is referenced to Gnd.
| Also, the bench test setup clamps the supply current to 100mA
| to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
-2.5    -1.000E-01      NA      NA
-2.4    -1.000E-01      NA      NA
-2.3    -1.000E-01      NA      NA
-2.2    -1.000E-01      NA      NA
-2.1    -1.000E-01      NA      NA
-2.0    -1.000E-01      NA      NA
-1.9    -1.000E-01      NA      NA
-1.8    -1.000E-01      NA      NA
-1.7    -1.000E-01      NA      NA
-1.6    -1.000E-01      NA      NA
-1.5    -1.000E-01      NA      NA
-1.4    -1.000E-01      NA      NA
-1.3    -1.000E-01      NA      NA
-1.2    -1.000E-01      NA      NA
-1.1    -1.000E-01      NA      NA
-1.0    -1.000E-01      NA      NA
-0.9    -1.000E-01      NA      NA
-0.8    -5.590E-02      NA      NA
-0.7    -4.861E-02      NA      NA
-0.6    -4.137E-02      NA      NA
-0.5    -3.419E-02      NA      NA
-0.4    -2.707E-02      NA      NA
-0.3    -2.005E-02      NA      NA
-0.2    -1.311E-02      NA      NA
-0.1    -6.279E-03      NA      NA
0.0     3.615E-04       NA      NA
0.1     7.005E-03       NA      NA
0.2     1.345E-02       NA      NA
0.3     1.971E-02       NA      NA
0.4     2.578E-02       NA      NA
0.5     3.163E-02       NA      NA
0.6     3.725E-02       NA      NA
0.7     4.260E-02       NA      NA
0.8     4.766E-02       NA      NA
0.9     5.240E-02       NA      NA
1.0     5.680E-02       NA      NA
1.1     6.081E-02       NA      NA
1.2     6.442E-02       NA      NA
1.3     6.759E-02       NA      NA
1.4     7.030E-02       NA      NA
1.5     7.254E-02       NA      NA
1.6     7.431E-02       NA      NA
1.7     7.564E-02       NA      NA
1.8     7.658E-02       NA      NA
1.9     7.721E-02       NA      NA
2.0     7.762E-02       NA      NA
2.1     7.789E-02       NA      NA
2.2     7.807E-02       NA      NA
2.3     7.819E-02       NA      NA
2.4     7.827E-02       NA      NA
2.5     7.832E-02       NA      NA
2.6     7.835E-02       NA      NA
2.7     7.836E-02       NA      NA
2.8     7.836E-02       NA      NA
2.9     7.834E-02       NA      NA
3.0     7.832E-02       NA      NA
3.1     7.829E-02       NA      NA
3.2     7.825E-02       NA      NA
3.3     7.821E-02       NA      NA
3.4     7.816E-02       NA      NA
3.5     7.816E-02       NA      NA
3.6     7.852E-02       NA      NA
3.7     8.127E-02       NA      NA
3.8     8.845E-02       NA      NA
3.9     9.817E-02       NA      NA
4.0     1.000E-01       NA      NA
4.1     1.000E-01       NA      NA
4.2     1.000E-01       NA      NA
4.3     1.000E-01       NA      NA
4.4     1.000E-01       NA      NA
4.5     1.000E-01       NA      NA
4.6     1.000E-01       NA      NA
4.7     1.000E-01       NA      NA
4.8     1.000E-01       NA      NA
4.9     1.000E-01       NA      NA
5.0     1.000E-01       NA      NA
|  
[Ramp]
| variable       typ                min                 max
dV/dt_r          1.500/14.9n        NA                  NA
dV/dt_f          1.500/17.7n        NA                  NA
R_load = 1MEG
|
|End [Model] USBDET
|
|****************************************************************************
|                            USB Differential Data I/O 
|****************************************************************************
|
[Model]          DIO 
|Signals         D+,D- 
Model_type       I/O
Polarity         Non-Inverting
Vinl = 0.8V
Vinh = 2.0V
Vmeas = 1.500V
C_comp                    0.128pF                NA                 NA
[Temperature Range]       25                   -40                 85
[Voltage Range]           5.00V                4.00V              5.50V
[Pullup Reference]        5.00V                4.00V              5.50V
[Pulldown Reference]      0.00V                0.00V              0.00V
|
|****************************************************************************
|
[Pullup]
|-------------------------------------------------------------
| Note that the[Pullup]voltage table is referenced to Vcc
| and is calculated using Vtable=Vcc - Vmeasured.
|-------------------------------------------------------------
|V(V)    I(typ)       I(min)  I(max)  
-5.0    1.00E-01        NA      NA
-4.8    1.00E-01        NA      NA
-4.6    1.00E-01        NA      NA
-4.4    1.00E-01        NA      NA
-4.2    1.00E-01        NA      NA
-4.0    1.00E-01        NA      NA
-3.8    1.00E-01        NA      NA
-3.6    1.00E-01        NA      NA
-3.4    1.00E-01        NA      NA
-3.2    1.00E-01        NA      NA
-3.0    1.00E-01        NA      NA
-2.8    1.00E-01        NA      NA
-2.6    1.00E-01        NA      NA
-2.4    1.00E-01        NA      NA
-2.2    1.00E-01        NA      NA
-2.0    8.88E-02        NA      NA
-1.8    7.46E-02        NA      NA
-1.6    6.05E-02        NA      NA
-1.4    4.65E-02        NA      NA
-1.2    3.29E-02        NA      NA
-1.0    1.98E-02        NA      NA
-0.8    8.19E-03        NA      NA
-0.6    1.56E-03        NA      NA
-0.4    2.83E-04        NA      NA
-0.2    2.70E-04        NA      NA
0.0     2.66E-04        NA      NA
0.2     2.62E-04        NA      NA
0.4     2.58E-04        NA      NA
0.6     2.54E-04        NA      NA
0.8     2.49E-04        NA      NA
1.0     2.45E-04        NA      NA
1.2     2.41E-04        NA      NA
1.4     2.37E-04        NA      NA
1.6     2.32E-04        NA      NA
1.8     -1.15E-02       NA      NA
2.0     -2.50E-02       NA      NA
2.2     -3.83E-02       NA      NA
2.4     -5.14E-02       NA      NA
2.6     -6.43E-02       NA      NA
2.8     -7.68E-02       NA      NA
3.0     -8.89E-02       NA      NA
3.2     -1.00E-01       NA      NA
3.4     -1.00E-01       NA      NA
3.6     -1.00E-01       NA      NA
3.8     -1.00E-01       NA      NA
4.0     -1.00E-01       NA      NA
4.2     -1.00E-01       NA      NA
4.4     -1.00E-01       NA      NA
4.6     -1.00E-01       NA      NA
4.8     -1.00E-01       NA      NA
5.0     -1.00E-01       NA      NA
5.2     -1.00E-01       NA      NA
5.4     -9.99E-02       NA      NA
5.6     -9.63E-02       NA      NA
5.8     -8.30E-02       NA      NA
6.0     0.00E+00        NA      NA
6.2     0.00E+00        NA      NA
6.4     0.00E+00        NA      NA
6.6     0.00E+00        NA      NA
6.8     0.00E+00        NA      NA
7.0     0.00E+00        NA      NA
7.2     0.00E+00        NA      NA
7.4     0.00E+00        NA      NA
7.6     0.00E+00        NA      NA
7.8     0.00E+00        NA      NA
8.0     0.00E+00        NA      NA
8.2     0.00E+00        NA      NA
8.4     0.00E+00        NA      NA
8.6     0.00E+00        NA      NA
8.8     0.00E+00        NA      NA
9.0     0.00E+00        NA      NA
9.2     0.00E+00        NA      NA
9.4     0.00E+00        NA      NA
9.6     0.00E+00        NA      NA
9.8     0.00E+00        NA      NA
10.0    0.00E+00        NA      NA
|
[Pulldown]
|-------------------------------------------------------------
| Note that the[Pulldown]voltage table is referenced to Gnd.
|-------------------------------------------------------------
|V(V)     I(typ)      I(min)   I(max)   
-5.0    0.000E+00       NA      NA
-4.8    0.000E+00       NA      NA
-4.6    0.000E+00       NA      NA
-4.4    0.000E+00       NA      NA
-4.2    0.000E+00       NA      NA
-4.0    0.000E+00       NA      NA
-3.8    0.000E+00       NA      NA
-3.6    0.000E+00       NA      NA
-3.4    0.000E+00       NA      NA
-3.2    0.000E+00       NA      NA
-3.0    0.000E+00       NA      NA
-2.8    0.000E+00       NA      NA
-2.6    0.000E+00       NA      NA
-2.4    0.000E+00       NA      NA
-2.2    0.000E+00       NA      NA
-2.0    0.000E+00       NA      NA
-1.8    0.000E+00       NA      NA
-1.6    0.000E+00       NA      NA
-1.4    0.000E+00       NA      NA
-1.2    0.000E+00       NA      NA
-1.0    0.000E+00       NA      NA
-0.8    -3.949E-02      NA      NA
-0.6    -3.842E-02      NA      NA
-0.4    -2.765E-02      NA      NA
-0.2    -1.360E-02      NA      NA
0.0     4.613E-04       NA      NA
0.2     1.435E-02       NA      NA
0.4     2.804E-02       NA      NA
0.6     4.144E-02       NA      NA
0.8     5.450E-02       NA      NA
1.0     6.716E-02       NA      NA
1.2     7.930E-02       NA      NA
1.4     9.083E-02       NA      NA
1.6     1.000E-01       NA      NA
1.8     1.000E-01       NA      NA
2.0     1.000E-01       NA      NA
2.2     1.000E-01       NA      NA
2.4     1.000E-01       NA      NA
2.6     1.000E-01       NA      NA
2.8     1.000E-01       NA      NA
3.0     1.000E-01       NA      NA
3.2     1.000E-01       NA      NA
3.4     1.000E-01       NA      NA
3.6     1.000E-01       NA      NA
3.8     1.000E-01       NA      NA
4.0     1.000E-01       NA      NA
4.2     1.000E-01       NA      NA
4.4     1.000E-01       NA      NA
4.6     1.000E-01       NA      NA
4.8     1.000E-01       NA      NA
5.0     1.000E-01       NA      NA
5.2     1.000E-01       NA      NA
5.4     1.000E-01       NA      NA
5.6     1.000E-01       NA      NA
5.8     1.000E-01       NA      NA
6.0     1.000E-01       NA      NA
6.2     1.000E-01       NA      NA
6.4     1.000E-01       NA      NA
6.6     1.000E-01       NA      NA
6.8     1.000E-01       NA      NA
7.0     1.000E-01       NA      NA
7.2     1.000E-01       NA      NA
7.4     1.000E-01       NA      NA
7.6     1.000E-01       NA      NA
7.8     1.000E-01       NA      NA
8.0     1.000E-01       NA      NA
8.2     1.000E-01       NA      NA
8.4     1.000E-01       NA      NA
8.6     1.000E-01       NA      NA
8.8     1.000E-01       NA      NA
9.0     1.000E-01       NA      NA
9.2     1.000E-01       NA      NA
9.4     1.000E-01       NA      NA
9.6     1.000E-01       NA      NA
9.8     1.000E-01       NA      NA
10.0    1.000E-01       NA      NA
|
[POWER_clamp]
|-------------------------------------------------------------
| Note that the[POWER_clamp]voltage table is referenced to Vcc
| and is calculated using Vtable=Vcc - Vmeasured.
|-------------------------------------------------------------
|V(V)    I(typ)       I(min)   I(max)
-5.0    0.000E+00       NA      NA
 0.0    0.000E+00       NA      NA
|
[GND_clamp]
|-------------------------------------------------------------
| Note that the[GND_clamp]voltage table is referenced to Gnd.
|-------------------------------------------------------------
|V(V)    I(typ)       I(min)   I(max)
-5.0    -1.000E-01      NA      NA
-4.8    -1.000E-01      NA      NA
-4.6    -1.000E-01      NA      NA
-4.4    -1.000E-01      NA      NA
-4.2    -1.000E-01      NA      NA
-4.0    -1.000E-01      NA      NA
-3.8    -1.000E-01      NA      NA
-3.6    -1.000E-01      NA      NA
-3.4    -1.000E-01      NA      NA
-3.2    -1.000E-01      NA      NA
-3.0    -1.000E-01      NA      NA
-2.8    -1.000E-01      NA      NA
-2.6    -1.000E-01      NA      NA
-2.4    -1.000E-01      NA      NA
-2.2    -1.000E-01      NA      NA
-2.0    -1.000E-01      NA      NA
-1.8    -1.000E-01      NA      NA
-1.6    -1.000E-01      NA      NA
-1.4    -1.000E-01      NA      NA
-1.2    -1.000E-01      NA      NA
-1.0    -1.000E-01      NA      NA
-0.8    -1.705E-02      NA      NA
-0.6    -3.660E-03      NA      NA
-0.4    -1.450E-04      NA      NA
-0.2    -2.262E-07      NA      NA
0.0     -5.030E-08      NA      NA
0.2     -3.770E-08      NA      NA
0.4     -9.210E-08      NA      NA
0.6     -9.010E-08      NA      NA
0.8     -7.330E-08      NA      NA
1.0     -7.540E-08      NA      NA
1.2     -8.380E-08      NA      NA
1.4     -9.010E-08      NA      NA
1.6     -5.860E-08      NA      NA
1.8     -6.490E-08      NA      NA
2.0     -4.200E-09      NA      NA
2.2     -6.700E-08      NA      NA
2.4     -3.350E-08      NA      NA
2.6     -8.400E-09      NA      NA
2.8     -1.680E-08      NA      NA
3.0     -3.770E-08      NA      NA
3.2     -2.090E-08      NA      NA
3.4     -2.300E-08      NA      NA
3.6     -4.200E-09      NA      NA
3.8     1.260E-08       NA      NA
4.0     2.100E-09       NA      NA
4.2     -3.980E-08      NA      NA
4.4     -2.100E-09      NA      NA
4.6     -5.030E-08      NA      NA
4.8     -1.880E-08      NA      NA
5.0     -4.190E-08      NA      NA
|
[Ramp]
|variable        typ                    min           max
dV/dt_r          1.980/4.00n            NA            NA
dV/dt_f          1.980/3.90n            NA            NA
R_load = 15E+03
|
|
|End [Model] DIO
|
[End]