|************************************************************************
| IBIS file 3490.ibs created at Maxim Integrated Products
|************************************************************************
|
[IBIS ver]       2.1
[File name]      3490.ibs
[File Rev]       1.1
[Date]           August 26, 2002 
[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 
                 using a Semiconductor Parameter Analyzer.
[Notes]          This is an EIA-TIA RS485 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 MAX3490
|************************************************************************
|
[Component]      MAX3490
[Manufacturer]   Maxim Integrated Products  
[Package]
| variable       typ                 min                 max
R_pkg            55.5m               NA                  NA
L_pkg            1.57nH              NA                  NA
C_pkg            0.252pF             NA                  NA
|
[Pin]  signal_name      model_name      R_pin     L_pin     C_pin
1       VCC             POWER                       
2       RO              Receiver_Out   
3       DI              Trans_In
4       GND             GND
5       Y               Trans_OutY 
6       Z               Trans_OutZ 
7       B               Receiver_In          
8       A               Receiver_In 
|
|************************************************************************
|                   Driver Receiver Input
|************************************************************************
|
[Model]          Receiver_In 
|Signals         A, B
Model_type       Input
Vinl = 0.8V
Vinh = 2.0V
C_comp                    0.538pF             NA                  NA
[Temperature Range]       25                  -40                 85
[Voltage Range]           3.30V               3.00V               3.60V 
[POWER Clamp Reference]   3.30V               3.00V               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.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
  -0.1	218.34uA	NA	NA
  -0.2	225.40uA	NA	NA
  -0.3	232.35uA	NA	NA
  -0.4	239.38uA	NA	NA
  -0.5	246.39uA	NA	NA
  -0.6	253.39uA	NA	NA
  -0.7	260.41uA	NA	NA
  -0.8	267.42uA	NA	NA
  -0.9	274.42uA	NA	NA
  -1.0	281.44uA	NA	NA
  -1.1	288.48uA	NA	NA
  -1.2	295.49uA	NA	NA
  -1.3	302.46uA	NA	NA
  -1.4	309.50uA	NA	NA
  -1.5	316.52uA	NA	NA
  -1.6	323.50uA	NA	NA
  -1.7	330.51uA	NA	NA
  -1.8	337.57uA	NA	NA
  -1.9	344.58uA	NA	NA
  -2.0	351.59uA	NA	NA
  -2.1	358.56uA	NA	NA
  -2.2	365.61uA	NA	NA
  -2.3	372.60uA	NA	NA
  -2.4	379.63uA	NA	NA
  -2.5	386.66uA	NA	NA
  -2.6	393.68uA	NA	NA
  -2.7	400.64uA	NA	NA
  -2.8	407.69uA	NA	NA
  -2.9	414.71uA	NA	NA
  -3.0	421.68uA	NA	NA
  -3.1	428.73uA	NA	NA
  -3.2	435.76uA	NA	NA
  -3.3	442.75uA	NA	NA
|            
[GND_clamp]
|-------------------------------------------------------------
| Note that the[GND_clamp]voltage table is referenced to Gnd. 
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
  -3.3	-251.48uA	NA	NA
  -3.2	-244.53uA	NA	NA
  -3.1	-237.48uA	NA	NA
  -3.0	-230.46uA	NA	NA
  -2.9	-223.45uA	NA	NA
  -2.8	-216.49uA	NA	NA
  -2.7	-209.47uA	NA	NA
  -2.6	-202.45uA	NA	NA
  -2.5	-195.43uA	NA	NA
  -2.4	-188.46uA	NA	NA
  -2.3	-181.42uA	NA	NA
  -2.2	-174.39uA	NA	NA
  -2.1	-167.43uA	NA	NA
  -2.0	-160.43uA	NA	NA
  -1.9	-153.41uA	NA	NA
  -1.8	-146.36uA	NA	NA
  -1.7	-139.39uA	NA	NA
  -1.6	-132.36uA	NA	NA
  -1.5	-125.37uA	NA	NA
  -1.4	-118.39uA	NA	NA
  -1.3	-111.35uA	NA	NA
  -1.2	-104.34uA	NA	NA
  -1.1	-97.320uA	NA	NA
  -1.0	-90.347uA	NA	NA
  -0.9	-83.319uA	NA	NA
  -0.8	-76.293uA	NA	NA
  -0.7	-69.272uA	NA	NA
  -0.6	-62.296uA	NA	NA
  -0.5	-55.269uA	NA	NA
  -0.4	-48.243uA	NA	NA
  -0.3	-41.269uA	NA	NA
  -0.2	-34.240uA	NA	NA
  -0.1	-27.215uA	NA	NA
  0.0	-20.180uA	NA	NA
  0.1	-13.215uA	NA	NA
  0.2	-6.1748uA	NA	NA
  0.3	859.90nA	NA	NA
  0.4	7.8937uA	NA	NA
  0.5	14.869uA	NA	NA
  0.6	21.902uA	NA	NA
  0.7	28.934uA	NA	NA
  0.8	35.913uA	NA	NA
  0.9	42.944uA	NA	NA
  1.0	49.977uA	NA	NA
  1.1	57.009uA	NA	NA
  1.2	63.987uA	NA	NA
  1.3	71.019uA	NA	NA
  1.4	78.054uA	NA	NA
  1.5	85.031uA	NA	NA
  1.6	92.058uA	NA	NA
  1.7	99.088uA	NA	NA
  1.8	106.068uA	NA	NA
  1.9	113.102uA	NA	NA
  2.0	120.13uA	NA	NA
  2.1	127.15uA	NA	NA
  2.2	134.13uA	NA	NA
  2.3	141.19uA	NA	NA
  2.4	148.19uA	NA	NA
  2.5	155.19uA	NA	NA
  2.6	162.21uA	NA	NA
  2.7	169.25uA	NA	NA
  2.8	176.29uA	NA	NA
  2.9	183.26uA	NA	NA
  3.0	190.27uA	NA	NA
  3.1	197.33uA	NA	NA
  3.2	204.29uA	NA	NA
  3.3	211.33uA	NA	NA
|
| End [Model] Receiver_In   
|
|****************************************************************************
|                   Driver Transmitter Input 
|****************************************************************************
|
[Model]          Trans_In
|Signals         DI
Model_type       Input
Enable           Active-High
Vinl = 0.8V
Vinh = 2.0V
C_comp                    0.538pF             NA                  NA
[Temperature Range]       25                  -40                 85
[Voltage Range]           3.30V               3.00V               3.60V 
[POWER Clamp Reference]   3.30V               3.00V               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 Semiconductor Parameter Analyzer (Force and Sense) 
| clamps the supply current to 100mA to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)         I(min)  I(max)
  -0.1	0A             NA      NA
  -3.3	0A             NA      NA
|            
[GND_clamp]
|-------------------------------------------------------------
| Note that the[GND_clamp]voltage table is referenced to Gnd. 
| Also, the Semiconductor Parameter Analyzer (Force and Sense) 
| clamps the supply current to 100mA to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
  -3.3	-100.000mA	NA	NA
  -1.2	-100.000mA	NA	NA
  -1.1	-94.302mA	NA	NA
  -1.0	-69.155mA	NA	NA
  -0.9	-43.177mA	NA	NA
  -0.8	-17.430mA	NA	NA
  -0.7	-2.6825mA	NA	NA
  -0.6	-542.92uA	NA	NA
  -0.5	-173.18uA	NA	NA
  -0.4	-29.316uA	NA	NA
  -0.3	-1.3918uA	NA	NA
  -0.2	-31.563nA	NA	NA
  -0.1	-649.25pA	NA	NA
  0.0	-5.72pA         NA	NA
  0.1	0A              NA      NA
  3.3	0A              NA      NA
|
|End [Model] Trans_In
|
|****************************************************************************
|                  Driver Receiver Output 
|****************************************************************************
|
[Model]          Receiver_Out
|Signals         R0
Model_type       Output
Polarity         Non-Inverting
C_comp                    0.538pF              NA                 NA
[Temperature Range]       25                   -40                85
[Voltage Range]           3.30V                3.00V              3.60V
[Pullup Reference]        3.30V                3.00V              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 Semiconductor Parameter Analyzer (Force and Sense)
| clamps the supply current to 100mA to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
  6.6	-100.000mA	NA	NA
  4.3	-100.000mA	NA	NA
  4.2	-71.200mA	NA	NA
  4.1	-39.744mA	NA	NA
  4.0	-22.135mA	NA	NA
  3.9	-19.562mA	NA	NA
  3.8	-19.016mA	NA	NA
  3.7	-18.744mA	NA	NA
  3.6	-18.613mA	NA	NA
  3.5	-18.511mA	NA	NA
  3.4	-18.405mA	NA	NA
  3.3	-18.299mA	NA	NA
  3.2	-18.185mA	NA	NA
  3.1	-18.070mA	NA	NA
  3.0	-17.953mA	NA	NA
  2.9	-17.824mA	NA	NA
  2.8	-17.695mA	NA	NA
  2.7	-17.557mA	NA	NA
  2.6	-17.410mA	NA	NA
  2.5	-17.259mA	NA	NA
  2.4	-17.094mA	NA	NA
  2.3	-16.912mA	NA	NA
  2.2	-16.714mA	NA	NA
  2.1	-16.493mA	NA	NA
  2.0	-16.237mA	NA	NA
  1.9	-15.945mA	NA	NA
  1.8	-15.609mA	NA	NA
  1.7	-15.221mA	NA	NA
  1.6	-14.782mA	NA	NA
  1.5	-14.293mA	NA	NA
  1.4	-13.743mA	NA	NA
  1.3	-13.134mA	NA	NA
  1.2	-12.466mA	NA	NA
  1.1	-11.746mA	NA	NA
  1.0	-10.961mA	NA	NA
  0.9	-10.118mA	NA	NA
  0.8	-9.2269mA	NA	NA
  0.7	-8.2676mA	NA	NA
  0.6	-7.2509mA	NA	NA
  0.5	-6.1767mA	NA	NA
  0.4	-5.0550mA	NA	NA
  0.3	-3.8686mA	NA	NA
  0.2	-2.6267mA	NA	NA
  0.1	-1.3408mA	NA	NA
  0.0	9.6120uA	NA	NA
  -0.1	1.4153mA	NA	NA
  -0.2	2.8757mA	NA	NA
  -0.3	4.3800mA	NA	NA
  -0.4	5.9518mA	NA	NA
  -0.5	7.5869mA	NA	NA
  -0.6	9.3426mA	NA	NA
  -0.7	12.474mA	NA	NA
  -0.8	23.536mA	NA	NA
  -0.9	48.295mA	NA	NA
  -1.0	84.119mA	NA	NA
  -1.1	100.000mA    	NA	NA
  -3.3	100.000mA	NA	NA
|
[Pulldown]
|-------------------------------------------------------------
| Note that the[Pulldown]voltage table is referenced to Gnd.
| Also, the Semiconductor Parameter Analyzer (Force and Sense) 
| clamps the supply current to 100mA to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
  -3.3	-100.000mA	NA	NA
  -1.1	-100.000mA	NA	NA
  -1.0	-85.417mA	NA	NA
  -0.9	-54.496mA	NA	NA
  -0.8	-28.430mA	NA	NA
  -0.7	-18.820mA	NA	NA
  -0.6	-15.563mA	NA	NA
  -0.5	-12.742mA	NA	NA
  -0.4	-10.015mA	NA	NA
  -0.3	-7.4040mA	NA	NA
  -0.2	-4.8495mA	NA	NA
  -0.1	-2.3875mA	NA	NA
  0.0	-19.416uA	NA	NA
  0.1	2.2307mA	NA	NA
  0.2	4.3919mA	NA	NA
  0.3	6.4410mA	NA	NA
  0.4	8.3727mA	NA	NA
  0.5	10.1681mA	NA	NA
  0.6	11.855mA	NA	NA
  0.7	13.411mA	NA	NA
  0.8	14.822mA	NA	NA
  0.9	16.112mA	NA	NA
  1.0	17.269mA	NA	NA
  1.1	18.293mA	NA	NA
  1.2	19.175mA	NA	NA
  1.3	19.937mA	NA	NA
  1.4	20.575mA	NA	NA
  1.5	21.091mA	NA	NA
  1.6	21.509mA	NA	NA
  1.7	21.837mA	NA	NA
  1.8	22.086mA	NA	NA
  1.9	22.284mA	NA	NA
  2.0	22.438mA	NA	NA
  2.1	22.565mA	NA	NA
  2.2	22.671mA	NA	NA
  2.3	22.768mA	NA	NA
  2.4	22.852mA	NA	NA
  2.5	22.926mA	NA	NA
  2.6	22.997mA	NA	NA
  2.7	23.065mA	NA	NA
  2.8	23.127mA	NA	NA
  2.9	23.185mA	NA	NA
  3.0	23.241mA	NA	NA
  3.1	23.293mA	NA	NA
  3.2	23.345mA	NA	NA
  3.3	23.394mA	NA	NA
  3.4	23.440mA	NA	NA
  3.5	23.484mA	NA	NA
  3.6	23.529mA	NA	NA
  3.7	23.569mA	NA	NA
  3.8	23.620mA	NA	NA
  3.9	23.826mA	NA	NA
  4.0	26.009mA	NA	NA
  4.1	37.674mA	NA	NA
  4.2	63.433mA	NA	NA
  4.3	99.959mA	NA	NA
  4.4	100.000mA	NA	NA
  6.6	100.000mA	NA	NA
|
[Ramp]
| variable       typ                min                 max
dV/dt_r          1.94268/2.4293n    1.75422/3.3062n     2.13162/1.9849n
dV/dt_f          1.95976/2.6055n    1.77296/4.8429n     2.14604/2.3752n
R_load = 5Kohms
|
|End [Model] Receiver_Out
|
|****************************************************************************
|                  Driver Transmitter Output Y
|****************************************************************************
|
[Model]          Trans_OutY 
|Signals         Y
Model_type       Output
Polarity         Non-Inverting
C_comp                    0.538pF              NA                 NA
[Temperature Range]       25                   -40                85
[Voltage Range]           3.30V                3.00V              3.60V
[Pullup Reference]        3.30V                3.00V              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 Semiconductor Parameter Analyzer (Force and Sense)
| clamps the supply current to 100mA to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
  6.6	-54.145mA	NA	NA
  6.5	-54.023mA	NA	NA
  6.4	-53.897mA	NA	NA
  6.3	-53.772mA	NA	NA
  6.2	-53.650mA	NA	NA
  6.1	-53.527mA	NA	NA
  6.0	-53.402mA	NA	NA
  5.9	-53.275mA	NA	NA
  5.8	-53.152mA	NA	NA
  5.7	-53.023mA	NA	NA
  5.6	-52.897mA	NA	NA
  5.5	-52.767mA	NA	NA
  5.4	-52.638mA	NA	NA
  5.3	-52.507mA	NA	NA
  5.2	-52.374mA	NA	NA
  5.1	-52.238mA	NA	NA
  5.0	-52.104mA	NA	NA
  4.9	-51.964mA	NA	NA
  4.8	-51.822mA	NA	NA
  4.7	-51.677mA	NA	NA
  4.6	-51.532mA	NA	NA
  4.5	-51.385mA	NA	NA
  4.4	-51.234mA	NA	NA
  4.3	-51.080mA	NA	NA
  4.2	-50.926mA	NA	NA
  4.1	-50.764mA	NA	NA
  4.0	-50.600mA	NA	NA
  3.9	-50.431mA	NA	NA
  3.8	-50.259mA	NA	NA
  3.7	-50.080mA	NA	NA
  3.6	-49.898mA	NA	NA
  3.5	-49.709mA	NA	NA
  3.4	-49.514mA	NA	NA
  3.3	-98.978mA	NA	NA
  3.2	-98.977mA	NA	NA
  3.1	-98.978mA	NA	NA
  3.0	-98.980mA	NA	NA
  2.9	-98.894mA	NA	NA
  2.8	-98.375mA	NA	NA
  2.7	-97.809mA	NA	NA
  2.6	-97.196mA	NA	NA
  2.5	-96.520mA	NA	NA
  2.4	-95.732mA	NA	NA
  2.3	-94.797mA	NA	NA
  2.2	-93.659mA	NA	NA
  2.1	-92.275mA	NA	NA
  2.0	-90.603mA	NA	NA
  1.9	-88.633mA	NA	NA
  1.8	-86.379mA	NA	NA
  1.7	-83.817mA	NA	NA
  1.6	-80.953mA	NA	NA
  1.5	-77.815mA	NA	NA
  1.4	-74.360mA	NA	NA
  1.3	-70.625mA	NA	NA
  1.2	-66.606mA	NA	NA
  1.1	-62.354mA	NA	NA
  1.0	-57.807mA	NA	NA
  0.9	-53.013mA	NA	NA
  0.8	-48.007mA	NA	NA
  0.7	-42.736mA	NA	NA
  0.6	-37.234mA	NA	NA
  0.5	-31.512mA	NA	NA
  0.4	-25.617mA	NA	NA
  0.3	-19.473mA	NA	NA
  0.2	-13.128mA	NA	NA
  0.1	-6.6532mA	NA	NA
  0.0	52.229uA	NA	NA
  -0.1	9.2960uA	NA	NA
  -0.2	9.2966uA	NA	NA
  -0.3	9.2974uA	NA	NA
  -0.4	9.2981uA	NA	NA
  -0.5	9.2970uA	NA	NA
  -0.6	9.2972uA	NA	NA
  -0.7	9.2973uA	NA	NA
  -0.8	9.2977uA	NA	NA
  -0.9	9.2969uA	NA	NA
  -1.0	9.2969uA	NA	NA
  -1.1	9.2972uA	NA	NA
  -1.2	9.2978uA	NA	NA
  -1.3	9.2969uA	NA	NA
  -1.4	9.2975uA	NA	NA
  -1.5	9.2966uA	NA	NA
  -1.6	9.2972uA	NA	NA
  -1.7	9.2966uA	NA	NA
  -1.8	9.2984uA	NA	NA
  -1.9	9.2969uA	NA	NA
  -2.0	9.2974uA	NA	NA
  -2.1	9.2974uA	NA	NA
  -2.2	9.2981uA	NA	NA
  -2.3	9.2989uA	NA	NA
  -2.4	9.3005uA	NA	NA
  -2.5	9.3005uA	NA	NA
  -2.6	9.3012uA	NA	NA
  -2.7	9.3040uA	NA	NA
  -2.8	9.3045uA	NA	NA
  -2.9	9.3072uA	NA	NA
  -3.0	9.3113uA	NA	NA
  -3.1	9.3144uA	NA	NA
  -3.2	9.3174uA	NA	NA
  -3.3	9.3231uA	NA	NA
|
[Pulldown]
|-------------------------------------------------------------
| Note that the[Pulldown]voltage table is referenced to Gnd.
| Also, the Semiconductor Parameter Analyzer (Force and Sense) 
| clamps the supply current to 100mA to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
  -3.3	-1.9739mA	NA	NA
  -3.2	-1.9671mA	NA	NA
  -3.1	-1.9606mA	NA	NA
  -3.0	-1.9536mA	NA	NA
  -2.9	-1.9468mA	NA	NA
  -2.8	-1.9395mA	NA	NA
  -2.7	-1.9319mA	NA	NA
  -2.6	-1.9243mA	NA	NA
  -2.5	-1.9163mA	NA	NA
  -2.4	-1.9077mA	NA	NA
  -2.3	-1.8985mA	NA	NA
  -2.2	-1.8878mA	NA	NA
  -2.1	-1.8748mA	NA	NA
  -2.0	-1.8546mA	NA	NA
  -1.9	-1.7959mA	NA	NA
  -1.8	-1.6448mA	NA	NA
  -1.7	-1.4341mA	NA	NA
  -1.6	-1.2188mA	NA	NA
  -1.5	-1.0134mA	NA	NA
  -1.4	-823.00uA	NA	NA
  -1.3	-647.62uA	NA	NA
  -1.2	-490.52uA	NA	NA
  -1.1	-353.67uA	NA	NA
  -1.0	-239.35uA	NA	NA
  -0.9	-147.45uA	NA	NA
  -0.8	-79.949uA	NA	NA
  -0.7	-36.979uA	NA	NA
  -0.6	-16.300uA	NA	NA
  -0.5	-10.349uA	NA	NA
  -0.4	-9.5300uA	NA	NA
  -0.3	-9.4579uA	NA	NA
  -0.2	-9.4507uA	NA	NA
  -0.1	-9.4515uA	NA	NA
  0.0	-41.794uA	NA	NA
  0.1	15.041mA	NA	NA
  0.2	29.999mA	NA	NA
  0.3	44.652mA	NA	NA
  0.4	58.981mA	NA	NA
  0.5	72.856mA	NA	NA
  0.6	86.488mA	NA	NA
  0.7	99.747mA	NA	NA
  0.8	100.000mA	NA	NA
  6.6	100.000mA	NA	NA
|
[Ramp]
| variable       typ                min                 max
dV/dt_r          1.97264/2.8811n    1.79113/3.9544n     2.15422/1.9383n
dV/dt_f          1.97741/2.9869n    1.79679/3.968n      2.15798/2.1134n
R_load = 5Kohms
|
|End [Model] Trans_OutY
|****************************************************************************
|                      Driver Transmitter Output Z
|****************************************************************************
|
[Model]          Trans_OutZ 
|Signals         Z
Model_type       Output
Polarity         Inverting
C_comp                    0.538pF              NA                 NA 
[Temperature Range]       25                   -40                85
[Voltage Range]           3.30V                3.00V              3.60V
[Pullup Reference]        3.30V                3.00V              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 Semiconductor Parameter Analyzer (Force and Sense)
| clamps the supply current to 100mA to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
  6.6	-55.535mA	NA	NA
  6.5	-55.406mA	NA	NA
  6.4	-55.275mA	NA	NA
  6.3	-55.149mA	NA	NA
  6.2	-55.018mA	NA	NA
  6.1	-54.889mA	NA	NA
  6.0	-54.762mA	NA	NA
  5.9	-54.629mA	NA	NA
  5.8	-54.494mA	NA	NA
  5.7	-54.363mA	NA	NA
  5.6	-54.230mA	NA	NA
  5.5	-54.092mA	NA	NA
  5.4	-53.956mA	NA	NA
  5.3	-53.821mA	NA	NA
  5.2	-53.678mA	NA	NA
  5.1	-53.536mA	NA	NA
  5.0	-53.396mA	NA	NA
  4.9	-53.247mA	NA	NA
  4.8	-53.098mA	NA	NA
  4.7	-52.951mA	NA	NA
  4.6	-52.796mA	NA	NA
  4.5	-52.640mA	NA	NA
  4.4	-52.478mA	NA	NA
  4.3	-52.321mA	NA	NA
  4.2	-52.156mA	NA	NA
  4.1	-51.985mA	NA	NA
  4.0	-51.815mA	NA	NA
  3.9	-51.637mA	NA	NA
  3.8	-51.454mA	NA	NA
  3.7	-51.270mA	NA	NA
  3.6	-51.081mA	NA	NA
  3.5	-50.883mA	NA	NA
  3.4	-50.676mA	NA	NA
  3.3	-98.807mA	NA	NA
  3.2	-98.808mA	NA	NA
  3.1	-98.810mA	NA	NA
  3.0	-98.813mA	NA	NA
  2.9	-98.813mA	NA	NA
  2.8	-98.815mA	NA	NA
  2.7	-98.816mA	NA	NA
  2.6	-98.819mA	NA	NA
  2.5	-98.823mA	NA	NA
  2.4	-98.823mA	NA	NA
  2.3	-98.827mA	NA	NA
  2.2	-98.832mA	NA	NA
  2.1	-97.485mA	NA	NA
  2.0	-95.654mA	NA	NA
  1.9	-93.523mA	NA	NA
  1.8	-91.105mA	NA	NA
  1.7	-88.371mA	NA	NA
  1.6	-85.335mA	NA	NA
  1.5	-82.000mA	NA	NA
  1.4	-78.390mA	NA	NA
  1.3	-74.459mA	NA	NA
  1.2	-70.236mA	NA	NA
  1.1	-65.763mA	NA	NA
  1.0	-60.978mA	NA	NA
  0.9	-55.929mA	NA	NA
  0.8	-50.659mA	NA	NA
  0.7	-45.106mA	NA	NA
  0.6	-39.304mA	NA	NA
  0.5	-33.276mA	NA	NA
  0.4	-27.058mA	NA	NA
  0.3	-20.580mA	NA	NA
  0.2	-13.880mA	NA	NA
  0.1	-7.0428mA	NA	NA
  0.0	39.330uA	NA	NA
  -0.1	9.5659uA	NA	NA
  -0.2	9.5671uA	NA	NA
  -0.3	9.5667uA	NA	NA
  -0.4	9.5666uA	NA	NA
  -0.5	9.5665uA	NA	NA
  -0.6	9.5667uA	NA	NA
  -0.7	9.5670uA	NA	NA
  -0.8	9.5668uA	NA	NA
  -0.9	9.5670uA	NA	NA
  -1.0	9.5676uA	NA	NA
  -1.1	9.5673uA	NA	NA
  -1.2	9.5675uA	NA	NA
  -1.3	9.5671uA	NA	NA
  -1.4	9.5663uA	NA	NA
  -1.5	9.5679uA	NA	NA
  -1.6	9.5681uA	NA	NA
  -1.7	9.5678uA	NA	NA
  -1.8	9.5681uA	NA	NA
  -1.9	9.5683uA	NA	NA
  -2.0	9.5690uA	NA	NA
  -2.1	9.5680uA	NA	NA
  -2.2	9.5687uA	NA	NA
  -2.3	9.5703uA	NA	NA
  -2.4	9.5701uA	NA	NA
  -2.5	9.5717uA	NA	NA
  -2.6	9.5733uA	NA	NA
  -2.7	9.5744uA	NA	NA
  -2.8	9.5769uA	NA	NA
  -2.9	9.5801uA	NA	NA
  -3.0	9.5836uA	NA	NA
  -3.1	9.5876uA	NA	NA
  -3.2	9.5922uA	NA	NA
  -3.3	9.5973uA	NA	NA
|
[Pulldown]
|-------------------------------------------------------------
| Note that the[Pulldown]voltage table is referenced to Gnd.
| Also, the Semiconductor Parameter Analyzer (Force and Sense) 
| clamps the supply current to 100mA to protect the system.
|-------------------------------------------------------------
| V(V)  I(typ)          I(min)  I(max)
  -3.3	-1.8495mA	NA	NA
  -3.2	-1.8434mA	NA	NA
  -3.1	-1.8373mA	NA	NA
  -3.0	-1.8312mA	NA	NA
  -2.9	-1.8247mA	NA	NA
  -2.8	-1.8181mA	NA	NA
  -2.7	-1.8116mA	NA	NA
  -2.6	-1.8049mA	NA	NA
  -2.5	-1.7977mA	NA	NA
  -2.4	-1.7904mA	NA	NA
  -2.3	-1.7830mA	NA	NA
  -2.2	-1.7747mA	NA	NA
  -2.1	-1.7656mA	NA	NA
  -2.0	-1.7550mA	NA	NA
  -1.9	-1.7399mA	NA	NA
  -1.8	-1.7017mA	NA	NA
  -1.7	-1.5781mA	NA	NA
  -1.6	-1.3648mA	NA	NA
  -1.5	-1.1401mA	NA	NA
  -1.4	-928.43uA	NA	NA
  -1.3	-731.65uA	NA	NA
  -1.2	-554.73uA	NA	NA
  -1.1	-400.05uA	NA	NA
  -1.0	-270.65uA	NA	NA
  -0.9	-166.34uA	NA	NA
  -0.8	-89.653uA	NA	NA
  -0.7	-40.783uA	NA	NA
  -0.6	-17.313uA	NA	NA
  -0.5	-10.605uA	NA	NA
  -0.4	-9.6905uA	NA	NA
  -0.3	-9.6108uA	NA	NA
  -0.2	-9.6032uA	NA	NA
  -0.1	-9.6034uA	NA	NA
  0.0	-9.5990uA	NA	NA
  0.1	15.107mA	NA	NA
  0.2	30.143mA	NA	NA
  0.3	44.867mA	NA	NA
  0.4	59.260mA	NA	NA
  0.5	73.200mA	NA	NA
  0.6	86.887mA	NA	NA
  0.7	100.000mA	NA	NA
  6.6	100.000mA	NA	NA
|  
[Ramp]
| variable       typ                min                 max
dV/dt_r          1.97264/2.9474n    1.79113/3.9844n     2.15422/1.8937n
dV/dt_f          1.97741/2.5736n    1.79681/3.5612n     2.15798/1.7224n
R_load = 5Kohms
|
|End [Model] Trans_OutZ 
|
|End [Component] MAX3490 
|
[End]