|***************************************************************************
| Texas Instruments Incorporated
| Data Transmissions Products
| IBIS Model for SN65LVDS050
| 16D SOIC Package
|***************************************************************************
|
[IBIS Ver] 2.1
[Comment char] |_char
[File name] lvds050.ibs
[File Rev] 2.0
[Date] 25Sep98
[Source] File originated at Texas Instruments Incorporated.
Data Transmission Products Group.
[Notes]
[Disclaimer]
(C) Copyright Texas Instruments Incorporated 1998
All rights reserved
Texas Instruments Incorporated 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 Texas Instruments 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
Texas Instruments.
This IBIS model is provided on an "AS IS" basis and Texas Instruments
makes absolutely no warranty with respect to the information contained
herein. TEXAS INSTRUMENTS 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
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Contact Texas Instruments at ATTN:DATA TRANSMISSIONS
Thomas Fisher 8505 Forest Lane, M/S 8710, Dallas, TX 75243-4136
|
|
|****************************************************************************
[Copyright] Copyright 1998, Texas Instruments, All Rights Reserved
[Component] LVDS050D
[Manufacturer] Texas Instruments Incorporated
[Package]
| typ min max
R_pkg 0.035 0.030 0.040
L_pkg 2.181nH 1.231nH 3.257nH
C_pkg 0.322pF 0.163pF 0.546pF
|
|****************************************************************************
|
[Pin] signal_name model_name R_pin L_pin C_pin
|
1 1B RECEIVER_IN 0.040 3.251n 0.546p
2 1A RECEIVER_IN 0.039 2.561n 0.393p
3 1R RECEIVER_OUT 0.030 1.681n 0.186p
4 RE DRVR_IN_RCVR_EN 0.030 1.231n 0.163p
5 2R RECEIVER_OUT 0.030 1.231n 0.163p
6 2A RECEIVER_IN 0.030 1.681n 0.186p
7 2B RECEIVER_IN 0.039 2.564n 0.393p
8 GND GND 0.040 3.257n 0.545p
9 2D DRVR_IN_RCVR_EN 0.040 3.247n 0.546p
10 2Y DRIVER_OUT 0.039 2.558n 0.394p
11 2Z DRIVER_OUT 0.030 1.681n 0.187p
12 DE DRIVER_EN 0.030 1.231n 0.163p
13 1Z DRIVER_OUT 0.030 1.231n 0.163p
14 1Y DRIVER_OUT 0.030 1.681n 0.187p
15 1D DRVR_IN_RCVR_EN 0.039 2.558n 0.394p
16 VCC POWER 0.040 3.246n 0.546p
|
[Diff_pin] inv_pin vdiff tdelay_typ tdelay_min tdelay_max
|
| The 'xA' pin is Diff_pin and the 'xB' pin is the inv_pin
|
2 1 0.100 0 0 0
6 7 0.100 0 0 0
|
|****************************************************************************
| Driver Input/Receiver Enable MODEL
|****************************************************************************
|
[Model] DRVR_IN_RCVR_EN
Model_type Input
|Signals RE,2D,1D
Vinh = 2.0
Vinl = 0.8
| typ min max
C_comp 1.0pF NA NA
|
|****************************************************************************
|
| typ min max
[Temperature Range] 25.0 NA NA
[Voltage range] 3.3V 3.0V 3.6V
|
|****************************************************************************
|
[GND_clamp]
| Voltage I(typ) I(min) I(max)
|
|
-3.30 -4.31E-02 NA NA
-3.20 -4.11E-02 NA NA
-3.10 -3.91E-02 NA NA
-3.00 -3.72E-02 NA NA
-2.90 -3.53E-02 NA NA
-2.80 -3.34E-02 NA NA
-2.70 -3.15E-02 NA NA
-2.60 -2.96E-02 NA NA
-2.50 -2.78E-02 NA NA
-2.40 -2.60E-02 NA NA
-2.30 -2.42E-02 NA NA
-2.20 -2.25E-02 NA NA
-2.10 -2.08E-02 NA NA
-2.00 -1.91E-02 NA NA
-1.90 -1.74E-02 NA NA
-1.80 -1.57E-02 NA NA
-1.70 -1.41E-02 NA NA
-1.60 -1.25E-02 NA NA
-1.50 -1.10E-02 NA NA
-1.40 -9.44E-03 NA NA
-1.30 -7.95E-03 NA NA
-1.20 -6.49E-03 NA NA
-1.10 -5.08E-03 NA NA
-1.00 -3.73E-03 NA NA
-0.90 -2.47E-03 NA NA
-0.80 -1.34E-03 NA NA
-0.70 -4.93E-04 NA NA
-0.60 -9.85E-05 NA NA
-0.50 -1.33E-05 NA NA
-0.40 -2.29E-06 NA NA
-0.30 -1.05E-06 NA NA
-0.20 -6.53E-07 NA NA
-0.10 -3.18E-07 NA NA
0.00 -3.30E-12 NA NA
3.30 3.34E-12 NA NA
|
[Power_clamp]
|-------------------------------------------------------------
| Note that the[POWER_clamp]voltage table is referenced to Vcc
| and is calculated using Vtable=Vcc - Vmeasured.
|-------------------------------------------------------------
| Voltage I(typ) I(min) I(max)
|
0.0 3.34E-06 NA NA
-0.8 3.34E-06 NA NA
-2.0 3.34E-06 NA NA
-2.7 3.34E-06 NA NA
-3.3 3.34E-06 NA NA
|****************************************************************************
| Driver Enable MODEL
|****************************************************************************
|
[Model] DRIVER_EN
Model_type Input
|Signals DE
Vinh = 2.0
Vinl = 0.8
| typ min max
C_comp 1.0pF NA NA
|
|****************************************************************************
|
| typ min max
[Temperature Range] 25.0 NA NA
[Voltage range] 3.3V 3.0V 3.6V
|
|****************************************************************************
|
[GND_clamp]
| Voltage I(typ) I(min) I(max)
|
|
-3.30 -6.14E-02 NA NA
-3.20 -5.84E-02 NA NA
-3.10 -5.55E-02 NA NA
-3.00 -5.26E-02 NA NA
-2.90 -4.97E-02 NA NA
-2.80 -4.69E-02 NA NA
-2.70 -4.41E-02 NA NA
-2.60 -4.14E-02 NA NA
-2.50 -3.87E-02 NA NA
-2.40 -3.61E-02 NA NA
-2.30 -3.35E-02 NA NA
-2.20 -3.10E-02 NA NA
-2.10 -2.85E-02 NA NA
-2.00 -2.61E-02 NA NA
-1.90 -2.37E-02 NA NA
-1.80 -2.14E-02 NA NA
-1.70 -1.92E-02 NA NA
-1.60 -1.69E-02 NA NA
-1.50 -1.48E-02 NA NA
-1.40 -1.27E-02 NA NA
-1.30 -1.06E-02 NA NA
-1.20 -8.67E-03 NA NA
-1.10 -6.77E-03 NA NA
-1.00 -4.96E-03 NA NA
-0.90 -3.27E-03 NA NA
-0.80 -1.77E-03 NA NA
-0.70 -6.18E-04 NA NA
-0.60 -1.05E-04 NA NA
-0.50 -1.24E-05 NA NA
-0.40 -1.61E-06 NA NA
-0.30 -7.21E-07 NA NA
-0.20 -6.67E-07 NA NA
-0.10 -6.65E-07 NA NA
0.00 -6.64E-07 NA NA
3.30 0.00E+00 NA NA
|
[Power_clamp]
|-------------------------------------------------------------
| Note that the[POWER_clamp]voltage table is referenced to Vcc
| and is calculated using Vtable=Vcc - Vmeasured.
|-------------------------------------------------------------
| Voltage I(typ) I(min) I(max)
|
0.00 -6.64E-07 NA NA
-3.30 -6.64E-08 NA NA
|****************************************************************************
| Receiver Input MODEL
|****************************************************************************
|
[Model] RECEIVER_IN
Model_type Input
|Signals 1A,1B,2A,2B
Vinh = 2.0
Vinl = 0.8
| typ min max
C_comp 1.0pF NA NA
|
|****************************************************************************
|
| typ min max
[Temperature Range] 25.0 NA NA
[Voltage range] 3.3V 3.0V 3.6V
|
|****************************************************************************
|
[GND_clamp]
| Voltage I(typ) I(min) I(max)
|
|
-3.30 -2.25E-02 NA NA
-3.20 -2.13E-02 NA NA
-3.10 -2.00E-02 NA NA
-3.00 -1.89E-02 NA NA
-2.90 -1.77E-02 NA NA
-2.80 -1.66E-02 NA NA
-2.70 -1.55E-02 NA NA
-2.60 -1.44E-02 NA NA
-2.50 -1.34E-02 NA NA
-2.40 -1.24E-02 NA NA
-2.30 -1.14E-02 NA NA
-2.20 -1.04E-02 NA NA
-2.10 -9.53E-03 NA NA
-2.00 -8.65E-03 NA NA
-1.90 -7.80E-03 NA NA
-1.80 -6.98E-03 NA NA
-1.70 -6.19E-03 NA NA
-1.60 -5.44E-03 NA NA
-1.50 -4.71E-03 NA NA
-1.40 -4.02E-03 NA NA
-1.30 -3.36E-03 NA NA
-1.20 -2.74E-03 NA NA
-1.10 -2.15E-03 NA NA
-1.00 -1.59E-03 NA NA
-0.90 -1.08E-03 NA NA
-0.80 -6.16E-04 NA NA
-0.70 -2.34E-04 NA NA
-0.60 -3.45E-05 NA NA
-0.50 -1.32E-05 NA NA
-0.40 -1.23E-05 NA NA
-0.30 -1.20E-05 NA NA
-0.20 -1.17E-05 NA NA
-0.10 -1.13E-05 NA NA
0.00 -1.10E-05 NA NA
0.10 -1.07E-05 NA NA
0.20 -1.03E-05 NA NA
0.30 -1.00E-05 NA NA
0.40 -9.67E-06 NA NA
3.20 -3.33E-07 NA NA
3.30 4.44E-10 NA NA
|
[Power_clamp]
|-------------------------------------------------------------
| Note that the[POWER_clamp]voltage table is referenced to Vcc
| and is calculated using Vtable=Vcc - Vmeasured.
|-------------------------------------------------------------
| Voltage I(typ) I(min) I(max)
|
0.00 0.00E+00 NA NA
-1.00 3.33E-06 NA NA
-2.00 6.67E-06 NA NA
-3.30 1.10E-05 NA NA
|
|****************************************************************************
| Driver Output MODEL
|****************************************************************************
|
[Model] DRIVER_OUT
Model_type 3-state
| Signals 1Y,1Z,2Y,2Z
Vmeas = 1.2V |Reference voltage for timing measurements
Cref = 5pF |Timing specification test load capacitance value
Rref = 50 |Note: 50 Ohm load; single ended configuration
Vref = 1.18V |Timing specification test load voltage
| variable typ min max
|
C_comp 1.0pF NA NA
|
|****************************************************************************
|
| typ min max
[Temperature Range] 25.0 NA NA
[Voltage range] 3.3V 3.0V 3.6V
|
|****************************************************************************
|
[Pulldown]
| Voltage I(typ) I(min) I(max)
|
|
-3.30 -3.48E-01 NA NA
-3.20 -3.33E-01 NA NA
-3.10 -3.19E-01 NA NA
-3.00 -3.05E-01 NA NA
-2.90 -2.90E-01 NA NA
-2.80 -2.76E-01 NA NA
-2.70 -2.62E-01 NA NA
-2.60 -2.48E-01 NA NA
-2.50 -2.33E-01 NA NA
-2.40 -2.19E-01 NA NA
-2.30 -2.05E-01 NA NA
-2.20 -1.91E-01 NA NA
-2.10 -1.77E-01 NA NA
-2.00 -1.63E-01 NA NA
-1.90 -1.49E-01 NA NA
-1.80 -1.36E-01 NA NA
-1.70 -1.22E-01 NA NA
-1.60 -1.08E-01 NA NA
-1.50 -9.48E-02 NA NA
-1.40 -8.14E-02 NA NA
-1.30 -6.82E-02 NA NA
-1.20 -5.52E-02 NA NA
-1.10 -4.26E-02 NA NA
-1.00 -3.08E-02 NA NA
-0.90 -2.07E-02 NA NA
-0.80 -1.49E-02 NA NA
-0.70 -1.23E-02 NA NA
-0.60 -1.03E-02 NA NA
-0.50 -8.46E-03 NA NA
-0.40 -6.67E-03 NA NA
-0.30 -4.91E-03 NA NA
-0.20 -3.21E-03 NA NA
-0.10 -1.58E-03 NA NA
0.00 -8.40E-05 NA NA
0.10 1.26E-03 NA NA
0.20 2.42E-03 NA NA
0.30 3.40E-03 NA NA
0.40 4.15E-03 NA NA
0.50 4.64E-03 NA NA
0.60 4.89E-03 NA NA
0.70 5.00E-03 NA NA
0.80 5.06E-03 NA NA
0.90 5.11E-03 NA NA
1.00 5.15E-03 NA NA
1.10 5.18E-03 NA NA
1.20 5.21E-03 NA NA
1.30 5.23E-03 NA NA
1.40 5.26E-03 NA NA
1.50 5.28E-03 NA NA
1.60 5.30E-03 NA NA
1.70 5.31E-03 NA NA
1.80 5.33E-03 NA NA
1.90 5.34E-03 NA NA
2.00 5.36E-03 NA NA
2.10 5.37E-03 NA NA
2.20 5.37E-03 NA NA
2.30 5.38E-03 NA NA
2.40 5.38E-03 NA NA
2.50 5.39E-03 NA NA
2.60 5.39E-03 NA NA
2.70 5.39E-03 NA NA
2.80 5.39E-03 NA NA
2.90 5.40E-03 NA NA
3.00 5.40E-03 NA NA
3.10 5.40E-03 NA NA
3.20 5.41E-03 NA NA
3.30 5.41E-03 NA NA
3.40 5.41E-03 NA NA
3.50 5.42E-03 NA NA
3.60 5.42E-03 NA NA
3.70 5.42E-03 NA NA
3.80 5.43E-03 NA NA
3.90 5.43E-03 NA NA
4.00 5.44E-03 NA NA
4.10 5.46E-03 NA NA
4.20 5.51E-03 NA NA
4.30 5.55E-03 NA NA
4.40 5.60E-03 NA NA
4.50 5.65E-03 NA NA
4.60 5.70E-03 NA NA
4.70 5.75E-03 NA NA
4.80 5.80E-03 NA NA
4.90 5.86E-03 NA NA
5.00 5.92E-03 NA NA
5.10 5.98E-03 NA NA
5.20 6.04E-03 NA NA
5.30 6.11E-03 NA NA
5.40 6.18E-03 NA NA
5.50 6.25E-03 NA NA
5.60 6.32E-03 NA NA
5.70 6.39E-03 NA NA
5.80 6.47E-03 NA NA
5.90 6.54E-03 NA NA
6.00 6.62E-03 NA NA
6.10 6.70E-03 NA NA
6.20 6.78E-03 NA NA
6.30 6.86E-03 NA NA
6.40 6.94E-03 NA NA
6.50 7.03E-03 NA NA
6.60 7.11E-03 NA NA
|
[Pullup]
| Voltage I(typ) I(min) I(max)
|-------------------------------------------------------------
| Note that the[Pullup]voltage table is referenced to Vcc
| and is calculated using Vtable=Vcc - Vmeasured.
|-------------------------------------------------------------
6.60 -3.48E-01 NA NA
6.50 -3.33E-01 NA NA
6.40 -3.19E-01 NA NA
6.30 -3.04E-01 NA NA
6.20 -2.90E-01 NA NA
6.10 -2.76E-01 NA NA
6.00 -2.61E-01 NA NA
5.90 -2.47E-01 NA NA
5.80 -2.33E-01 NA NA
5.70 -2.19E-01 NA NA
5.60 -2.05E-01 NA NA
5.50 -1.91E-01 NA NA
5.40 -1.77E-01 NA NA
5.30 -1.63E-01 NA NA
5.20 -1.49E-01 NA NA
5.10 -1.35E-01 NA NA
5.00 -1.22E-01 NA NA
4.90 -1.08E-01 NA NA
4.80 -9.43E-02 NA NA
4.70 -8.08E-02 NA NA
4.60 -6.75E-02 NA NA
4.50 -5.43E-02 NA NA
4.40 -4.14E-02 NA NA
4.30 -2.90E-02 NA NA
4.20 -1.74E-02 NA NA
4.10 -8.04E-03 NA NA
4.00 -4.13E-03 NA NA
3.90 -3.48E-03 NA NA
3.80 -3.40E-03 NA NA
3.70 -3.39E-03 NA NA
3.60 -3.39E-03 NA NA
3.50 -3.38E-03 NA NA
3.40 -3.38E-03 NA NA
3.30 -3.38E-03 NA NA
3.20 -3.38E-03 NA NA
3.10 -3.37E-03 NA NA
3.00 -3.37E-03 NA NA
2.90 -3.37E-03 NA NA
2.80 -3.37E-03 NA NA
2.70 -3.36E-03 NA NA
2.60 -3.36E-03 NA NA
2.50 -3.36E-03 NA NA
2.40 -3.35E-03 NA NA
2.30 -3.35E-03 NA NA
2.20 -3.35E-03 NA NA
2.10 -3.34E-03 NA NA
2.00 -3.34E-03 NA NA
1.90 -3.33E-03 NA NA
1.80 -3.32E-03 NA NA
1.70 -3.31E-03 NA NA
1.60 -3.30E-03 NA NA
1.50 -3.29E-03 NA NA
1.40 -3.27E-03 NA NA
1.30 -3.26E-03 NA NA
1.20 -3.24E-03 NA NA
1.10 -3.22E-03 NA NA
1.00 -3.20E-03 NA NA
0.90 -3.17E-03 NA NA
0.80 -3.11E-03 NA NA
0.70 -3.00E-03 NA NA
0.60 -2.80E-03 NA NA
0.50 -2.51E-03 NA NA
0.40 -2.14E-03 NA NA
0.30 -1.70E-03 NA NA
0.20 -1.17E-03 NA NA
0.10 -5.79E-04 NA NA
0.00 8.45E-05 NA NA
-0.10 8.44E-04 NA NA
-0.20 1.78E-03 NA NA
-0.30 2.93E-03 NA NA
-0.40 4.24E-03 NA NA
-0.50 5.67E-03 NA NA
-0.60 7.19E-03 NA NA
-0.70 8.77E-03 NA NA
-0.80 1.03E-02 NA NA
-0.90 1.17E-02 NA NA
-1.00 1.30E-02 NA NA
-1.10 1.44E-02 NA NA
-1.20 1.57E-02 NA NA
-1.30 1.70E-02 NA NA
-1.40 1.84E-02 NA NA
-1.50 1.98E-02 NA NA
-1.60 2.12E-02 NA NA
-1.70 2.26E-02 NA NA
-1.80 2.41E-02 NA NA
-1.90 2.56E-02 NA NA
-2.00 2.72E-02 NA NA
-2.10 2.89E-02 NA NA
-2.20 3.06E-02 NA NA
-2.30 3.24E-02 NA NA
-2.40 3.42E-02 NA NA
-2.50 3.60E-02 NA NA
-2.60 3.77E-02 NA NA
-2.70 3.94E-02 NA NA
-2.80 4.10E-02 NA NA
-2.90 4.27E-02 NA NA
-3.00 4.43E-02 NA NA
-3.10 4.60E-02 NA NA
-3.20 4.77E-02 NA NA
-3.30 4.93E-02 NA NA
|
[GND_clamp]
| Voltage I(typ) I(min) I(max)
|-------------------------------------------------------------
| Outputs in High Impedance (off)
|-------------------------------------------------------------
|
-3.30 -3.47E-01 NA NA
-3.20 -3.33E-01 NA NA
-3.10 -3.19E-01 NA NA
-3.00 -3.04E-01 NA NA
-2.90 -2.90E-01 NA NA
-2.80 -2.76E-01 NA NA
-2.70 -2.61E-01 NA NA
-2.60 -2.47E-01 NA NA
-2.50 -2.33E-01 NA NA
-2.40 -2.19E-01 NA NA
-2.30 -2.05E-01 NA NA
-2.20 -1.91E-01 NA NA
-2.10 -1.77E-01 NA NA
-2.00 -1.63E-01 NA NA
-1.90 -1.49E-01 NA NA
-1.80 -1.35E-01 NA NA
-1.70 -1.22E-01 NA NA
-1.60 -1.08E-01 NA NA
-1.50 -9.42E-02 NA NA
-1.40 -8.08E-02 NA NA
-1.30 -6.74E-02 NA NA
-1.20 -5.43E-02 NA NA
-1.10 -4.14E-02 NA NA
-1.00 -2.88E-02 NA NA
-0.90 -1.71E-02 NA NA
-0.80 -7.08E-03 NA NA
-0.70 -1.43E-03 NA NA
-0.60 -1.53E-04 NA NA
-0.50 -1.29E-05 NA NA
-0.40 -8.66E-07 NA NA
-0.30 -4.27E-08 NA NA
-0.20 -1.64E-09 NA NA
-0.10 -1.25E-10 NA NA
0.00 -5.97E-11 NA NA
3.30 -5.97E-11 NA NA
|
[POWER_clamp]
| Voltage I(typ) I(min) I(max)
|-------------------------------------------------------------
| Note that the [POWER_clamp] voltage table is referenced to Vcc
| and is calculated using Vtable = Vcc - Vmeasured.
| Outputs in Tri-state.
|-------------------------------------------------------------
0.00 0.00E+00 NA NA
-3.30 0.00E+00 NA NA
|
|****************************************************************************
|
[Ramp]
|
|
| typ min max
dV/dt_r 0.201/800ps NA NA
dV/dt_f 0.201/800ps NA NA
R_load = 100ohm | Note: The measurement is on a differential configuration
| with 100ohm line-to-line and a 10pF cap from each
| line-to-ground.
|****************************************************************************
| Receiver Output MODEL
|****************************************************************************
|
[Model] RECEIVER_OUT
Model_type 3-state
| Signals 1R,2R
Vmeas = 1.5V |Reference voltage for timing measurements
Cref = 8pF |Timing specification test load capacitance value
Vref = 0 |Timing specification test load voltage; GND
| variable typ min max
|
C_comp 1.0pF NA NA
|
|****************************************************************************
|
| typ min max
[Temperature Range] 25.0 NA NA
[Voltage range] 3.3V 3.0V 3.6V
|
|****************************************************************************
|
[Pulldown]
| Voltage I(typ) I(min) I(max)
|
|
-3.30 -3.46E-01 NA NA
-3.20 -3.31E-01 NA NA
-3.10 -3.17E-01 NA NA
-3.00 -3.03E-01 NA NA
-2.90 -2.89E-01 NA NA
-2.80 -2.75E-01 NA NA
-2.70 -2.61E-01 NA NA
-2.60 -2.47E-01 NA NA
-2.50 -2.33E-01 NA NA
-2.40 -2.19E-01 NA NA
-2.30 -2.05E-01 NA NA
-2.20 -1.92E-01 NA NA
-2.10 -1.78E-01 NA NA
-2.00 -1.64E-01 NA NA
-1.90 -1.50E-01 NA NA
-1.80 -1.37E-01 NA NA
-1.70 -1.23E-01 NA NA
-1.60 -1.10E-01 NA NA
-1.50 -9.68E-02 NA NA
-1.40 -8.37E-02 NA NA
-1.30 -7.10E-02 NA NA
-1.20 -5.88E-02 NA NA
-1.10 -4.75E-02 NA NA
-1.00 -3.86E-02 NA NA
-0.90 -3.31E-02 NA NA
-0.80 -2.90E-02 NA NA
-0.70 -2.51E-02 NA NA
-0.60 -2.13E-02 NA NA
-0.50 -1.77E-02 NA NA
-0.40 -1.42E-02 NA NA
-0.30 -1.06E-02 NA NA
-0.20 -7.05E-03 NA NA
-0.10 -3.51E-03 NA NA
0.00 -1.91E-11 NA NA
0.10 3.46E-03 NA NA
0.20 6.84E-03 NA NA
0.30 1.01E-02 NA NA
0.40 1.33E-02 NA NA
0.50 1.64E-02 NA NA
0.60 1.95E-02 NA NA
0.70 2.24E-02 NA NA
0.80 2.52E-02 NA NA
0.90 2.79E-02 NA NA
1.00 3.05E-02 NA NA
1.10 3.30E-02 NA NA
1.20 3.54E-02 NA NA
1.30 3.76E-02 NA NA
1.40 3.97E-02 NA NA
1.50 4.17E-02 NA NA
1.60 4.36E-02 NA NA
1.70 4.53E-02 NA NA
1.80 4.69E-02 NA NA
1.90 4.83E-02 NA NA
2.00 4.95E-02 NA NA
2.10 5.06E-02 NA NA
2.20 5.15E-02 NA NA
2.30 5.22E-02 NA NA
2.40 5.27E-02 NA NA
2.50 5.31E-02 NA NA
2.60 5.34E-02 NA NA
2.70 5.36E-02 NA NA
2.80 5.38E-02 NA NA
2.90 5.39E-02 NA NA
3.00 5.41E-02 NA NA
3.10 5.42E-02 NA NA
3.20 5.43E-02 NA NA
3.30 5.44E-02 NA NA
3.40 5.45E-02 NA NA
3.50 5.46E-02 NA NA
3.60 5.46E-02 NA NA
3.70 5.47E-02 NA NA
3.80 5.48E-02 NA NA
3.90 5.49E-02 NA NA
4.00 5.49E-02 NA NA
4.10 5.50E-02 NA NA
4.20 5.51E-02 NA NA
4.30 5.51E-02 NA NA
4.40 5.52E-02 NA NA
4.50 5.53E-02 NA NA
4.60 5.54E-02 NA NA
4.70 5.55E-02 NA NA
4.80 5.56E-02 NA NA
4.90 5.57E-02 NA NA
5.00 5.58E-02 NA NA
5.10 5.59E-02 NA NA
5.20 5.60E-02 NA NA
5.30 5.61E-02 NA NA
5.40 5.62E-02 NA NA
5.50 5.63E-02 NA NA
5.60 5.64E-02 NA NA
5.70 5.66E-02 NA NA
5.80 5.67E-02 NA NA
5.90 5.68E-02 NA NA
6.00 5.69E-02 NA NA
6.10 5.70E-02 NA NA
6.20 5.72E-02 NA NA
6.30 5.73E-02 NA NA
6.40 5.74E-02 NA NA
6.50 5.76E-02 NA NA
6.60 5.77E-02 NA NA
|
[Pullup]
| Voltage I(typ) I(min) I(max)
|-------------------------------------------------------------
| Note that the[Pullup]voltage table is referenced to Vcc
| and is calculated using Vtable=Vcc - Vmeasured.
|-------------------------------------------------------------
6.60 -3.46E-01 NA NA
6.40 -3.18E-01 NA NA
6.20 -2.89E-01 NA NA
6.00 -2.61E-01 NA NA
5.90 -2.47E-01 NA NA
5.80 -2.34E-01 NA NA
5.70 -2.20E-01 NA NA
5.60 -2.06E-01 NA NA
5.50 -1.92E-01 NA NA
5.40 -1.78E-01 NA NA
5.30 -1.65E-01 NA NA
5.20 -1.51E-01 NA NA
5.10 -1.38E-01 NA NA
5.00 -1.24E-01 NA NA
4.90 -1.11E-01 NA NA
4.80 -9.84E-02 NA NA
4.70 -8.59E-02 NA NA
4.60 -7.41E-02 NA NA
4.50 -6.40E-02 NA NA
4.40 -5.78E-02 NA NA
4.30 -5.65E-02 NA NA
4.20 -5.65E-02 NA NA
4.10 -5.67E-02 NA NA
4.00 -5.69E-02 NA NA
3.90 -5.74E-02 NA NA
3.80 -5.79E-02 NA NA
3.70 -5.84E-02 NA NA
3.60 -5.89E-02 NA NA
3.50 -5.94E-02 NA NA
3.40 -5.99E-02 NA NA
3.30 -6.03E-02 NA NA
3.20 -6.06E-02 NA NA
3.10 -6.09E-02 NA NA
3.00 -6.12E-02 NA NA
2.90 -6.14E-02 NA NA
2.80 -6.15E-02 NA NA
2.70 -6.15E-02 NA NA
2.60 -6.13E-02 NA NA
2.50 -6.10E-02 NA NA
2.40 -6.05E-02 NA NA
2.30 -5.97E-02 NA NA
2.20 -5.87E-02 NA NA
2.10 -5.75E-02 NA NA
2.00 -5.61E-02 NA NA
1.90 -5.45E-02 NA NA
1.80 -5.27E-02 NA NA
1.70 -5.08E-02 NA NA
1.60 -4.87E-02 NA NA
1.50 -4.64E-02 NA NA
1.40 -4.40E-02 NA NA
1.30 -4.15E-02 NA NA
1.20 -3.89E-02 NA NA
1.10 -3.61E-02 NA NA
1.00 -3.33E-02 NA NA
0.90 -3.03E-02 NA NA
0.80 -2.73E-02 NA NA
0.70 -2.41E-02 NA NA
0.60 -2.09E-02 NA NA
0.50 -1.76E-02 NA NA
0.40 -1.42E-02 NA NA
0.30 -1.08E-02 NA NA
0.20 -7.26E-03 NA NA
0.10 -3.66E-03 NA NA
0.00 4.15E-11 NA NA
-0.10 3.73E-03 NA NA
-0.20 7.53E-03 NA NA
-0.30 1.14E-02 NA NA
-0.40 1.53E-02 NA NA
-0.50 1.92E-02 NA NA
-0.60 2.32E-02 NA NA
-0.70 2.72E-02 NA NA
-0.80 3.12E-02 NA NA
-0.90 3.52E-02 NA NA
-1.00 3.92E-02 NA NA
-1.10 4.32E-02 NA NA
-1.20 4.71E-02 NA NA
-1.30 5.11E-02 NA NA
-1.40 5.51E-02 NA NA
-1.50 5.91E-02 NA NA
-1.60 6.31E-02 NA NA
-1.70 6.70E-02 NA NA
-1.80 7.10E-02 NA NA
-1.90 7.50E-02 NA NA
-2.00 7.89E-02 NA NA
-2.10 8.29E-02 NA NA
-2.20 8.69E-02 NA NA
-2.40 9.48E-02 NA NA
-2.50 9.87E-02 NA NA
-2.70 1.07E-01 NA NA
-3.00 1.18E-01 NA NA
-3.20 1.26E-01 NA NA
-3.30 1.30E-01 NA NA
|
[GND_clamp]
| Voltage I(typ) I(min) I(max)
|-------------------------------------------------------------
| Outputs in High Impedance (off)
|-------------------------------------------------------------
|
-3.30 -3.47E-01 NA NA
-3.20 -3.33E-01 NA NA
-3.10 -3.19E-01 NA NA
-3.00 -3.04E-01 NA NA
-2.90 -2.90E-01 NA NA
-2.80 -2.76E-01 NA NA
-2.70 -2.61E-01 NA NA
-2.60 -2.47E-01 NA NA
-2.50 -2.33E-01 NA NA
-2.40 -2.19E-01 NA NA
-2.30 -2.05E-01 NA NA
-2.20 -1.91E-01 NA NA
-2.10 -1.77E-01 NA NA
-2.00 -1.63E-01 NA NA
-1.90 -1.49E-01 NA NA
-1.80 -1.35E-01 NA NA
-1.70 -1.22E-01 NA NA
-1.60 -1.08E-01 NA NA
-1.50 -9.42E-02 NA NA
-1.40 -8.08E-02 NA NA
-1.30 -6.74E-02 NA NA
-1.20 -5.43E-02 NA NA
-1.10 -4.14E-02 NA NA
-1.00 -2.88E-02 NA NA
-0.90 -1.71E-02 NA NA
-0.80 -7.08E-03 NA NA
-0.70 -1.43E-03 NA NA
-0.60 -1.53E-04 NA NA
-0.50 -1.29E-05 NA NA
-0.40 -8.66E-07 NA NA
-0.30 -4.27E-08 NA NA
-0.20 -1.64E-09 NA NA
-0.10 -1.25E-10 NA NA
0.00 -5.97E-11 NA NA
3.30 -5.97E-11 NA NA
|
[POWER_clamp]
| Voltage I(typ) I(min) I(max)
|-------------------------------------------------------------
| Note that the [POWER_clamp] voltage table is referenced to Vcc
| and is calculated using Vtable = Vcc - Vmeasured.
| Outputs in Tri-state.
|-------------------------------------------------------------
0.00 0.00E+00 NA NA
-3.30 0.00E+00 NA NA
|
|****************************************************************************
|
[Ramp]
|
| Note: Ramp rate measured on single-ended Output.
|
| typ min max
dV/dt_r 1.74/700ps NA NA
dV/dt_f 1.74/900ps NA NA
R_load = 1MOhm | Represents an open
|
|
[End]
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