|==============================================================================| | This file is an IBIS representation of the | | CDCU2A877 provided by Texas Instruments | |=======================================================================mm=====| | | This file contains preliminary package information for the following types: | uBGA 52-ball (GQL) package as [Component] cdcu2a877gql | MLF 40-pin (RTB) package as [Component] cdcu2a877rtb | |=================== Header Section -------------------------------------------| [IBIS Ver] 3.2 [File Name] CDCU2A877.ibs [File Rev] 2.5 [Date] 06 Aug 2006 | Last modified | 20 Aug 2002 | Created | [Source] This file originated at Texas Instruments | this file was generated based on simulation results of TI-Spice | |REVISON LOG:02 initial version | 03 completely revised new model by Product Engineering | 04 added package designator for bga, mlf package and combined them | to one model. Corrected CK/CK- to reflect passive pull-down. | 05 added rising and falling waveforms. | 06 new ouput buffers. | 07 corrected ramp rates | 08 CDCU877 PLL revised for A-DIE and C-DIE characteristics | Package parasitics added for BGA package. | 09 Added per pin package paracitics for uBGA and MLF package, | changed componnent name to "RTB" for MLF-package, | corrected differential pin assignment. | Removed A-DIE references. | 12 Correlated to real silicon with 2pF load und lossy option | enabled in linesim. | 14 Corrected slew rate to latest CHAR-DATA | 15 All models corrected to latest CHAR-DATA | [Notes] [Disclaimer] (C) Copyright Texas Instruments Incorporated 2006 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 OUT OF THE USE OR APPLICATION OF THE IBIS model provided in this package. Further, Texas Instruments reserves the right to discontinue or make changes without notice to any product herein to improve reliability, function, or design. Texas Instruments does not convey any license under patent rights or any other intellectual property rights, including those of third parties. Contact Texas Instruments at ATTN: HPA-High Speed Communication & Control, HSCC | [Copyright] Copyright (C)2006 Texas Instruments, All Rights Reserved | |------------------- End of Header Section ====================================| | | |=================== Component Section ----------------------------------------| | |****************************************************************************** | Component CDCU2A877GQL, 52-ball, uBGA |****************************************************************************** | [Component] CDCU2A877GQL |Name of Device [Manufacturer] Texas Instruments [Package] | typ min max R_pkg 0.12Ohm 0.05Ohm 0.30Ohm L_pkg 2.38nH 1.13nH 5.66nH C_pkg 0.11pF 0.04pF 0.47pF | |pinout for uBGA package | [Pin] signal_name model_name R_pin L_pin C_pin | D2 VDDQ POWER 0.114Ohm 2.881nH 0.188pF C1 Y2- cdcu2a877_out 0.114Ohm 2.285nH 0.085pF D1 Y2 cdcu2a877_out 0.094Ohm 1.872nH 0.079pF C2 GND GND 0.080Ohm 2.098nH 0.257pF E1 CK Inbuf_ck 0.087Ohm 1.754nH 0.074pF F1 CK- Inbuf_ck 0.088Ohm 1.761nH 0.078pF F2 VDDQ POWER 0.112Ohm 2.382nH 0.127pF G1 AGND GND 0.051Ohm 1.129nH 0.079pF H1 AVDD POWER 0.058Ohm 1.250nH 0.088pF G2 VDDQ POWER 0.102Ohm 2.270nH 0.164pF H2 GND GND 0.162Ohm 3.098nH 0.120pF J1 Y3 cdcu2a877_out 0.134Ohm 2.519nH 0.052pF K1 Y3- cdcu2a877_out 0.134Ohm 2.519nH 0.052pF J2 GND GND 0.122Ohm 2.311nH 0.053pF K2 Y4- cdcu2a877_out 0.124Ohm 2.347nH 0.060pF K3 Y4 cdcu2a877_out 0.122Ohm 2.307nH 0.060pF G3 VDDQ POWER 0.163Ohm 3.559nH 0.133pF K4 Y9 cdcu2a877_out 0.123Ohm 2.322nH 0.060pF K5 Y9- cdcu2a877_out 0.126Ohm 2.381nH 0.060pF J5 GND GND 0.071Ohm 1.447nH 0.220pF K6 Y8- cdcu2a877_out 0.140Ohm 2.627nH 0.051pF J6 Y8 cdcu2a877_out 0.136Ohm 2.481nH 0.044pF G4 VDDQ POWER 0.165Ohm 2.258nH 0.300pF D5 OS Inbuf_ctrl 0.300Ohm 5.663nH 0.467pF F5 OE Inbuf_ctrl 0.122Ohm 2.504nH 0.346pF H6 FBOUT cdcu2a877_out 0.110Ohm 2.156nH 0.104pF G6 FBOUT- cdcu2a877_out 0.100Ohm 1.961nH 0.074pF H5 GND GND 0.153Ohm 3.024nH 0.173pF F6 FBIN- Inbuf_ck 0.089Ohm 1.779nH 0.075pF E6 FBIN Inbuf_ck 0.088Ohm 1.784nH 0.078pF E5 VDDQ POWER 0.108Ohm 2.318nH 0.122pF D6 Y7 cdcu2a877_out 0.095Ohm 1.887nH 0.079pF C6 Y7- cdcu2a877_out 0.106Ohm 2.129nH 0.083pF C5 GND GND 0.088Ohm 1.872nH 0.139pF D4 VDDQ POWER 0.134Ohm 3.050nH 0.200pF B6 Y6- cdcu2a877_out 0.134Ohm 2.524nH 0.053pF A6 Y6 cdcu2a877_out 0.136Ohm 2.555nH 0.052pF B5 GND GND 0.123Ohm 2.340nH 0.053pF A5 Y5 cdcu2a877_out 0.125Ohm 2.367nH 0.060pF A4 Y5- cdcu2a877_out 0.123Ohm 2.322nH 0.061pF D3 VDDQ POWER 0.159Ohm 3.476nH 0.128pF A3 Y0- cdcu2a877_out 0.122Ohm 2.306nH 0.061pF A2 Y0 cdcu2a877_out 0.124Ohm 2.345nH 0.061pF B2 GND GND 0.122Ohm 2.311nH 0.053pF A1 Y1 cdcu2a877_out 0.131Ohm 2.474nH 0.052pF B1 Y1- cdcu2a877_out 0.129Ohm 2.444nH 0.052pF | [Diff_Pin] inv_pin vdiff tdelay_typ tdelay_min tdelay_max | | The '+' pin is Diff_pin, the '-' pin is the Inv_pin | | Receiver Pins | Receiver Vth = +/-300mV (DC, AC=0.6V) | E1 F1 0.3V 0ns 0ns 0ns | CK / CK- E6 F6 0.3V 0ns 0ns 0ns | FBIN/ FBIN- | | Driver Pins | Rload = xx ohm at xx termination | D1 C1 NA 0ns 0ns 0ns | Y2 / Y2- A1 B1 NA 0ns 0ns 0ns | Y1 / Y1- J1 K1 NA 0ns 0ns 0ns | Y3 / Y3- A2 A3 NA 0ns 0ns 0ns | Y0 / Y0- A5 A4 NA 0ns 0ns 0ns | Y5 / Y5- A6 B6 NA 0ns 0ns 0ns | Y6 / Y6- D6 C6 NA 0ns 0ns 0ns | Y7 / Y7- J6 K6 NA 0ns 0ns 0ns | Y8 / Y8- K4 K5 NA 0ns 0ns 0ns | Y9 / Y9- K3 K2 NA 0ns 0ns 0ns | Y4 / Y4- H6 G6 NA 0ns 0ns 0ns | FBOUT / FBOUT- | |****************************************************************************** | Component CDCU2A877RTB 40-pin MLF |****************************************************************************** | [Component] CDCU2A877RTB |Name of Device [Manufacturer] Texas Instruments [Package] | typ min max R_pkg 0.12Ohm 0.06Ohm 0.15Ohm L_pkg 1.17nH 0.59nH 1.50nH C_pkg 0.07pF 0.03pF 0.11pF | |pinning for MLF40 package | [Pin] signal_name model_name R_pin L_pin C_pin | 1 VDDQ POWER 0.071Ohm 0.706nH 0.095pF 2 Y2- cdcu2a877_out 0.133Ohm 1.319nH 0.080pF 3 Y2 cdcu2a877_out 0.124Ohm 1.229nH 0.111pF 4 CK Inbuf_ck 0.121Ohm 1.194nH 0.099pF 5 CK- Inbuf_ck 0.117Ohm 1.156nH 0.060pF 6 VDDQ POWER 0.117Ohm 1.157nH 0.070pF 7 AGND GND 0.060Ohm 0.592nH 0.071pF 8 AVDD POWER 0.062Ohm 0.609nH 0.072pF 9 VDDQ POWER 0.064Ohm 0.632nH 0.074pF 10 GND GND 0.143Ohm 1.419nH 0.078pF 11 Y3 cdcu2a877_out 0.146Ohm 1.442nH 0.071pF 12 Y3- cdcu2a877_out 0.133Ohm 1.321nH 0.048pF 13 Y4- cdcu2a877_out 0.128Ohm 1.267nH 0.085pF 14 Y4 cdcu2a877_out 0.121Ohm 1.195nH 0.063pF 15 VDDQ POWER 0.117Ohm 1.157nH 0.056pF 16 Y9 cdcu2a877_out 0.117Ohm 1.156nH 0.055pF 17 Y9- cdcu2a877_out 0.121Ohm 1.195nH 0.056pF 18 Y8- cdcu2a877_out 0.125Ohm 1.233nH 0.057pF 19 Y8 cdcu2a877_out 0.134Ohm 1.325nH 0.054pF 20 VDDQ POWER 0.071Ohm 0.700nH 0.076pF 21 OS Inbuf_ctrl 0.145Ohm 1.439nH 0.077pF 22 OE Inbuf_ctrl 0.133Ohm 1.318nH 0.084pF 23 VDDQ POWER 0.124Ohm 1.229nH 0.073pF 24 FBOUT cdcu2a877_out 0.118Ohm 1.173nH 0.061pF 25 FBOUT- cdcu2a877_out 0.116Ohm 1.152nH 0.073pF 26 FBIN- Inbuf_ck 0.117Ohm 1.157nH 0.070pF 27 FBIN Inbuf_ck 0.121Ohm 1.196nH 0.074pF 28 VDDQ POWER 0.128Ohm 1.272nH 0.075pF 29 Y7 cdcu2a877_out 0.139Ohm 1.375nH 0.081pF 30 Y7- cdcu2a877_out 0.151Ohm 1.500nH 0.041pF 31 VDDQ POWER 0.071Ohm 0.705nH 0.081pF 32 Y6- cdcu2a877_out 0.133Ohm 1.316nH 0.097pF 33 Y6 cdcu2a877_out 0.124Ohm 1.227nH 0.060pF 34 Y5 cdcu2a877_out 0.120Ohm 1.192nH 0.049pF 35 Y5- cdcu2a877_out 0.117Ohm 1.156nH 0.054pF 36 VDDQ POWER 0.117Ohm 1.158nH 0.049pF 37 Y0- cdcu2a877_out 0.121Ohm 1.198nH 0.033pF 38 Y0 cdcu2a877_out 0.129Ohm 1.274nH 0.025pF 39 Y1 cdcu2a877_out 0.134Ohm 1.330nH 0.101pF 40 Y1- cdcu2a877_out 0.146Ohm 1.447nH 0.084pF Pad GND GND 0.007Ohm 0.064nH 0.355pF | [Diff_Pin] inv_pin vdiff tdelay_typ tdelay_min tdelay_max | | The '+' pin is Diff_pin, the '-' pin is the Inv_pin | | Receiver Pins | Receiver Vth = +/-300mV (DC, AC=0.6V) | 4 5 0.3V 0ns 0ns 0ns | CK / CK- 27 26 0.3V 0ns 0ns 0ns | FBIN/ FBIN- | | Driver Pins | Rload = xx ohm at xx termination | 3 2 NA 0ns 0ns 0ns | Y2 / Y2- 11 12 NA 0ns 0ns 0ns | Y3 / Y3- 14 13 NA 0ns 0ns 0ns | Y4 / Y4- 16 17 NA 0ns 0ns 0ns | Y9 / Y9- 19 18 NA 0ns 0ns 0ns | Y8 / Y8- 24 25 NA 0ns 0ns 0ns | FBOUT / FBOUT- 29 30 NA 0ns 0ns 0ns | Y7 / Y7- 33 32 NA 0ns 0ns 0ns | Y6 / Y6- 34 35 NA 0ns 0ns 0ns | Y5 / Y5- 38 37 NA 0ns 0ns 0ns | Y0 / Y0- 39 40 NA 0ns 0ns 0ns | Y1 / Y1- | |------------------- End of Component Section ============================== | | | |=================== Models Section ---------------------------------------- | |********************************************************************* | Model Inbuf_ck |********************************************************************* | [Model] Inbuf_ck Model_type Input Polarity Non-Inverting Vinl = 0.665 Vinh = 1.105 |Variable typ min max C_comp 2.312e-12 2.267e-12 2.354e-12 | |Variable typ min max [Voltage range] 1.8 1.7 1.9 | |Variable typ min max [Temperature range] 27 85 -40 | | | [GND_clamp] | |Volts typ min max | -2.50000000 -6.86963 -5.99012 -8.38727 -2.45000000 -6.65546 -5.80981 -8.11479 -2.40000000 -6.44154 -5.62972 -7.84261 -2.35000000 -6.22741 -5.44963 -7.56995 -2.30000000 -6.01366 -5.26983 -7.29782 -2.25000000 -5.79969 -5.09001 -7.02522 -2.20000000 -5.58596 -4.9104 -6.75289 -2.15000000 -5.3725 -4.73101 -6.4809 -2.10000000 -5.15872 -4.55154 -6.20829 -2.05000000 -4.94537 -4.37238 -5.9363 -2.00000000 -4.73178 -4.19316 -5.66378 -1.95000000 -4.51854 -4.0142 -5.39177 -1.90000000 -4.3052 -3.83527 -5.11948 -1.85000000 -4.09193 -3.65647 -4.84718 -1.80000000 -3.87881 -3.47781 -4.57509 -1.75000000 -3.66574 -3.29926 -4.30291 -1.70000000 -3.45278 -3.12084 -4.03082 -1.65000000 -3.23991 -2.94254 -3.75878 -1.60000000 -3.0271 -2.76435 -3.48674 -1.55000000 -2.81443 -2.58633 -3.21479 -1.50000000 -2.60182 -2.40841 -2.94286 -1.45000000 -2.38938 -2.23068 -2.67104 -1.40000000 -2.17703 -2.05309 -2.39927 -1.35000000 -1.96485 -1.8757 -2.12763 -1.30000000 -1.75282 -1.69848 -1.85609 -1.25000000 -1.54099 -1.52149 -1.58471 -1.20000000 -1.3294 -1.34475 -1.31351 -1.15000000 -1.11807 -1.16829 -1.04248 -1.10000000 -0.90706 -0.99216 -0.77166 -1.05000000 -0.69638 -0.81636 -0.50107 -1.00000000 -0.48614 -0.64099 -0.23119 -0.95000000 -0.27642 -0.46615 -0.12633 -0.90000000 -0.11059 -0.29183 -0.098983 -0.85000000 -0.067116 -0.12249 -0.078837 -0.80000000 -0.048998 -0.052708 -0.060386 -0.75000000 -0.035652 -0.031153 -0.043568 -0.70000000 -0.024382 -0.020094 -0.028892 -0.65000000 -0.015107 -0.012303 -0.017053 -0.60000000 -0.0080941 -0.0066359 -0.0085824 -0.55000000 -0.0035415 -0.0030172 -0.003453 -0.50000000 -0.0012255 -0.0011554 -0.0010163 -0.45000000 -0.00034474 -0.00038748 -0.00020845 -0.40000000 -8.2891e-05 -0.000118 -3.1956e-05 -0.35000000 -1.7748e-05 -3.3199e-05 -4.1251e-06 -0.30000000 -3.4943e-06 -8.7301e-06 -4.8346e-07 -0.25000000 -6.4534e-07 -2.167e-06 0 -0.20000000 -1.1275e-07 -5.1066e-07 0 -0.15000000 0 -1.1412e-07 0 -0.10000000 0 0 0 0. 0 0 0 3.600000000 0 0 0 | | [POWER_clamp] | |Volts typ min max | -2.50000000 0.33988 0.28234 0.45617 -2.45000000 0.3286 0.27329 0.44047 -2.40000000 0.31734 0.26424 0.42478 -2.35000000 0.30608 0.2552 0.4091 -2.30000000 0.29483 0.24618 0.39343 -2.25000000 0.28359 0.23716 0.37777 -2.20000000 0.27236 0.22815 0.36213 -2.15000000 0.26115 0.21915 0.3465 -2.10000000 0.24995 0.21016 0.33089 -2.05000000 0.23876 0.20118 0.31529 -2.00000000 0.22759 0.19222 0.29971 -1.95000000 0.21643 0.18328 0.28416 -1.90000000 0.2053 0.17435 0.26863 -1.85000000 0.19418 0.16543 0.25312 -1.80000000 0.18309 0.15654 0.23764 -1.75000000 0.17203 0.14767 0.22219 -1.70000000 0.16099 0.13882 0.20679 -1.65000000 0.14999 0.13 0.19142 -1.60000000 0.13902 0.12121 0.1761 -1.55000000 0.1281 0.11246 0.16084 -1.50000000 0.11723 0.10375 0.14565 -1.45000000 0.10642 0.095081 0.13054 -1.40000000 0.095677 0.086469 0.11553 -1.35000000 0.085022 0.077922 0.10064 -1.30000000 0.074473 0.069453 0.085919 -1.25000000 0.064058 0.061078 0.071407 -1.20000000 0.053816 0.052822 0.057189 -1.15000000 0.043806 0.044717 0.043397 -1.10000000 0.034121 0.03681 0.030269 -1.05000000 0.02491 0.029172 0.018273 -1.00000000 0.016439 0.021912 0.0084451 -0.95000000 0.0092008 0.015209 0.0024103 -0.90000000 0.0039337 0.0093548 0.00041349 -0.85000000 0.0011933 0.0048045 5.7584e-05 -0.80000000 0.00028237 0.00194 7.7397e-06 -0.75000000 6.0821e-05 0.00062898 1.0331e-06 -0.70000000 1.2805e-05 0.00018036 1.3787e-07 -0.65000000 2.6816e-06 4.9543e-05 0 -0.60000000 5.6119e-07 1.3419e-05 0 -0.55000000 1.1767e-07 3.6231e-06 0 -0.50000000 0 9.7917e-07 0 -0.45000000 0 2.6651e-07 0 -0.40000000 0 0 0 -0.35000000 0 0 0 -0.10000000 0 0 0 0.0 0 0 0 3.600000000 0 0 0 | | |********************************************************************* | Model Inbuf_ctrl |********************************************************************* | [Model] Inbuf_ctrl Model_type Input Polarity Non-Inverting Vinl = 0.665 Vinh = 1.105 |Variable typ min max C_comp 1.629e-12 1.549e-12 1.700e-12 | |Variable typ min max [Voltage range] 1.8 1.7 1.9 | |Variable typ min max [Temperature range] 27 85 -40 | | | [GND_clamp] | |Volts typ min max | -1.20000000 -1.32853 -1.34388 -1.31243 -1.18000000 -1.244 -1.2733 -1.20407 -1.16000000 -1.15953 -1.20276 -1.09575 -1.14000000 -1.0751 -1.13226 -0.98745 -1.12000000 -0.99072 -1.06182 -0.87919 -1.10000000 -0.90639 -0.99144 -0.77097 -1.08000000 -0.82212 -0.92111 -0.66279 -1.06000000 -0.73792 -0.85085 -0.55465 -1.04000000 -0.65378 -0.78065 -0.44656 -1.02000000 -0.56971 -0.71051 -0.33852 -1.00000000 -0.48572 -0.64046 -0.23092 -0.98000000 -0.40181 -0.57048 -0.16487 -0.97000000 -0.35988 -0.53552 -0.14746 -0.96000000 -0.31798 -0.50058 -0.13526 -0.95000000 -0.27611 -0.46567 -0.12625 -0.94000000 -0.23426 -0.43078 -0.11918 -0.93000000 -0.19243 -0.39591 -0.1133 -0.92000000 -0.15542 -0.36106 -0.10816 -0.91000000 -0.12917 -0.32624 -0.10347 -0.90000000 -0.11038 -0.29145 -0.099076 -0.89000000 -0.09665 -0.25668 -0.094872 -0.88000000 -0.086383 -0.22194 -0.090797 -0.87000000 -0.078476 -0.18723 -0.086816 -0.86000000 -0.072185 -0.15255 -0.082908 -0.85000000 -0.067005 -0.12219 -0.079062 -0.84000000 -0.062593 -0.099632 -0.075271 -0.83000000 -0.058718 -0.082736 -0.071534 -0.82000000 -0.055222 -0.069944 -0.067851 -0.81000000 -0.051999 -0.060132 -0.064223 -0.80000000 -0.048979 -0.052486 -0.060654 -0.79000000 -0.046113 -0.046417 -0.057145 -0.78000000 -0.04337 -0.041501 -0.053701 -0.77000000 -0.040729 -0.03743 -0.050327 -0.76000000 -0.038178 -0.033984 -0.047026 -0.75000000 -0.035708 -0.031002 -0.043805 -0.74000000 -0.033314 -0.02837 -0.040669 -0.73000000 -0.030995 -0.026006 -0.037623 -0.72000000 -0.02875 -0.02385 -0.034673 -0.71000000 -0.026578 -0.021861 -0.031825 -0.70000000 -0.024482 -0.020009 -0.029085 -0.69000000 -0.022464 -0.018273 -0.026459 -0.68000000 -0.020525 -0.016639 -0.023953 -0.67000000 -0.018668 -0.015098 -0.021572 -0.66000000 -0.016896 -0.013644 -0.01932 -0.65000000 -0.01521 -0.012274 -0.017202 -0.64000000 -0.013614 -0.010986 -0.01522 -0.63000000 -0.012111 -0.0097786 -0.013378 -0.62000000 -0.010701 -0.0086527 -0.011675 -0.61000000 -0.0093889 -0.0076085 -0.010112 -0.60000000 -0.0081749 -0.0066462 -0.0086883 -0.59000000 -0.0070606 -0.005766 -0.0074003 -0.58000000 -0.0060465 -0.0049672 -0.0062448 -0.57000000 -0.0051323 -0.0042486 -0.0052173 -0.56000000 -0.0043166 -0.0036081 -0.0043123 -0.55000000 -0.0035967 -0.0030424 -0.0035235 -0.54000000 -0.0029687 -0.0025478 -0.002844 -0.53000000 -0.0024276 -0.0021195 -0.0022661 -0.52000000 -0.001967 -0.001752 -0.0017814 -0.51000000 -0.0015797 -0.0014397 -0.0013811 -0.50000000 -0.001258 -0.0011765 -0.0010559 -0.49000000 -0.00099375 -0.00095639 -0.00079596 -0.48000000 -0.00077909 -0.00077376 -0.00059188 -0.47000000 -0.00060644 -0.00062321 -0.00043438 -0.46000000 -0.00046887 -0.00049986 -0.00031487 -0.45000000 -0.0003602 -0.00039933 -0.00022562 -0.44000000 -0.00027504 -0.00031781 -0.00015996 -0.43000000 -0.0002088 -0.00025202 -0.00011232 -0.42000000 -0.00015764 -0.00019914 -7.8171e-05 -0.41000000 -0.00011839 -0.00015681 -5.3967e-05 -0.40000000 -8.8467e-05 -0.00012307 -3.6981e-05 -0.39000000 -6.5792e-05 -9.6269e-05 -2.5167e-05 -0.38000000 -4.8708e-05 -7.5066e-05 -1.7018e-05 -0.37000000 -3.5907e-05 -5.8351e-05 -1.1439e-05 -0.36000000 -2.6363e-05 -4.5221e-05 -7.646e-06 -0.35000000 -1.9284e-05 -3.4944e-05 -5.0847e-06 -0.34000000 -1.4055e-05 -2.6926e-05 -3.3654e-06 -0.33000000 -1.021e-05 -2.0692e-05 -2.2178e-06 -0.32000000 -7.3937e-06 -1.5859e-05 -1.4557e-06 -0.31000000 -5.3384e-06 -1.2124e-05 -9.5194e-07 -0.30000000 -3.8436e-06 -9.2464e-06 -6.204e-07 -0.29000000 -2.7599e-06 -7.035e-06 -4.0305e-07 -0.28000000 -1.9768e-06 -5.3402e-06 -2.6107e-07 -0.27000000 -1.4124e-06 -4.0446e-06 -1.6862e-07 -0.26000000 -1.0067e-06 -3.0567e-06 -1.0862e-07 -0.25000000 -7.1591e-07 -2.3052e-06 0 -0.24000000 -5.0796e-07 -1.7348e-06 0 -0.23000000 -3.5961e-07 -1.3028e-06 0 -0.22000000 -2.5403e-07 -9.7637e-07 0 -0.21000000 -1.7905e-07 -7.3023e-07 0 -0.20000000 -1.2592e-07 -5.4501e-07 0 -0.19000000 0 -4.0591e-07 0 -0.18000000 0 -3.0167e-07 0 -0.16000000 0 -1.655e-07 0 -0.15000000 0 -1.2214e-07 0 -0.14500000 0 -1.0482e-07 0 -0.14000000 0 0 0 -1.0000000e-02 0 0 0 -5.0000000e-03 0 0 0 0. 0 0 0 3.600000000 0 0 0 | | [POWER_clamp] | |Volts typ min max | -1.20000000 0 0 0 0. 0 0 0 3.600000000 0 0 0 | |********************************************************************* | Model cdcu2a877_out HIGH DRIVE OUTPUT |********************************************************************* | [Model] cdcu2a877_out Model_type Output Polarity Non-Inverting Vmeas = 0.90 Cref = 0.00 Rref = 60 Vref = 0.90 | |Variable typ min max C_comp 2.111e-12 1.825e-12 2.239e-12 | |Variable typ min max [Voltage range] 1.8 1.7 1.9 | |Variable typ min max [Temperature range] 27 85 -40 | | | [Pulldown] | |Voltage I(typ) I(min) I(max) | -1.20000000 -1.38044 -1.37636 -1.38817 -1.15000000 -1.16738 -1.19880 -1.11468 -1.10000000 -0.95459 -1.02154 -0.84138 -1.05000000 -0.74210 -0.84462 -0.56828 -1.00000000 -0.53003 -0.66811 -0.29587 -0.95000000 -0.31846 -0.49212 -0.18843 -0.90000000 -0.15076 -0.31664 -0.15845 -0.85000000 -0.10541 -0.14612 -0.13558 -0.80000000 -8.5385e-02 -7.5152e-02 -0.11426 -0.75000000 -7.0087e-02 -5.2397e-02 -9.4442e-02 -0.70000000 -5.6799e-02 -4.0119e-02 -7.6707e-02 -0.65000000 -4.5425e-02 -3.1083e-02 -6.1755e-02 -0.60000000 -3.6246e-02 -2.4127e-02 -5.0109e-02 -0.55000000 -2.9477e-02 -1.9159e-02 -4.1733e-02 -0.50000000 -2.4894e-02 -1.5890e-02 -3.5972e-02 -0.45000000 -2.1702e-02 -1.3678e-02 -3.1776e-02 -0.40000000 -1.9103e-02 -1.1944e-02 -2.8170e-02 -0.35000000 -1.6686e-02 -1.0387e-02 -2.4689e-02 -0.30000000 -1.4311e-02 -8.8873e-03 -2.1213e-02 -0.25000000 -1.1940e-02 -7.4034e-03 -1.7721e-02 -0.20000000 -9.5651e-03 -5.9232e-03 -1.4212e-02 -0.15000000 -7.1836e-03 -4.4433e-03 -1.0685e-02 -0.10000000 -4.7956e-03 -2.9629e-03 -7.1410e-03 -5.0000000e-02 -2.4010e-03 -1.4818e-03 -3.5791e-03 0.000 0 0 0 5.0000000e-02 2.3940e-03 1.4767e-03 3.5730e-03 0.10000000 4.7670e-03 2.9422e-03 7.1158e-03 0.15000000 7.1179e-03 4.3961e-03 1.0627e-02 0.20000000 9.4458e-03 5.8379e-03 1.4104e-02 0.25000000 1.1749e-02 7.2669e-03 1.7547e-02 0.30000000 1.4028e-02 8.6826e-03 2.0952e-02 0.35000000 1.6279e-02 1.0084e-02 2.4317e-02 0.40000000 1.8502e-02 1.1471e-02 2.7641e-02 0.45000000 2.0696e-02 1.2843e-02 3.0921e-02 0.50000000 2.2858e-02 1.4198e-02 3.4154e-02 0.55000000 2.4987e-02 1.5536e-02 3.7337e-02 0.60000000 2.7081e-02 1.6856e-02 4.0466e-02 0.65000000 2.9137e-02 1.8156e-02 4.3539e-02 0.70000000 3.1153e-02 1.9436e-02 4.6549e-02 0.75000000 3.3127e-02 2.0695e-02 4.9493e-02 0.80000000 3.5055e-02 2.1929e-02 5.2366e-02 0.85000000 3.6933e-02 2.3139e-02 5.5160e-02 0.90000000 3.8759e-02 2.4322e-02 5.7869e-02 0.95000000 4.0529e-02 2.5477e-02 6.0484e-02 1.00000000 4.2236e-02 2.6600e-02 6.2996e-02 1.05000000 4.3876e-02 2.7689e-02 6.5395e-02 1.10000000 4.5443e-02 2.8742e-02 6.7667e-02 1.15000000 4.6930e-02 2.9755e-02 6.9799e-02 1.20000000 4.8329e-02 3.0724e-02 7.1777e-02 1.25000000 4.9631e-02 3.1645e-02 7.3589e-02 1.30000000 5.0828e-02 3.2512e-02 7.5221e-02 1.35000000 5.1909e-02 3.3320e-02 7.6663e-02 1.40000000 5.2861e-02 3.4062e-02 7.7906e-02 1.45000000 5.3674e-02 3.4730e-02 7.8945e-02 1.50000000 5.4339e-02 3.5315e-02 7.9777e-02 1.55000000 5.4855e-02 3.5808e-02 8.0412e-02 1.60000000 5.5233e-02 3.6204e-02 8.0870e-02 1.65000000 5.5492e-02 3.6503e-02 8.1179e-02 1.70000000 5.5652e-02 3.6713e-02 8.1364e-02 1.75000000 5.5730e-02 3.6847e-02 8.1452e-02 1.80000000 5.5737e-02 3.6916e-02 8.1459e-02 1.85000000 5.5678e-02 3.6927e-02 8.1393e-02 1.90000000 5.5553e-02 3.6880e-02 8.1253e-02 1.95000000 5.5367e-02 3.6780e-02 8.1034e-02 2.00000000 5.5142e-02 3.6640e-02 8.0751e-02 2.05000000 5.4904e-02 3.6480e-02 8.0442e-02 2.10000000 5.4664e-02 3.6307e-02 8.0134e-02 2.15000000 5.4418e-02 3.6116e-02 7.9835e-02 2.20000000 5.4160e-02 3.5909e-02 7.9541e-02 2.25000000 5.3891e-02 3.5691e-02 7.9251e-02 2.30000000 5.3614e-02 3.5472e-02 7.8959e-02 2.35000000 5.3330e-02 3.5277e-02 7.8663e-02 2.40000000 5.3045e-02 3.5181e-02 7.8361e-02 2.45000000 5.2763e-02 3.5414e-02 7.8055e-02 2.50000000 5.2496e-02 3.6523e-02 7.7746e-02 2.55000000 5.2277e-02 3.9202e-02 7.7434e-02 2.60000000 5.2246e-02 4.3592e-02 7.7122e-02 2.65000000 5.2923e-02 4.9291e-02 7.6813e-02 2.70000000 5.5452e-02 5.5870e-02 7.6512e-02 2.75000000 6.0548e-02 6.3077e-02 7.6260e-02 2.80000000 6.7727e-02 7.0805e-02 7.6323e-02 2.85000000 7.6329e-02 7.8982e-02 7.8054e-02 2.90000000 8.5897e-02 8.7508e-02 8.3906e-02 2.95000000 9.6122e-02 9.6290e-02 9.3749e-02 3.00000000 0.10681 0.10527 0.10597 | | [Pullup] | |Voltage I(typ) I(min) I(max) | -1.20000000 0.10458 8.6767e-02 0.12670 -1.15000000 9.2451e-02 7.7235e-02 0.11003 -1.10000000 8.0645e-02 6.7901e-02 9.4033e-02 -1.05000000 6.9313e-02 5.8837e-02 7.9162e-02 -1.00000000 5.8720e-02 5.0151e-02 6.6456e-02 -0.95000000 4.9360e-02 4.2023e-02 5.7540e-02 -0.90000000 4.1970e-02 3.4745e-02 5.2659e-02 -0.85000000 3.7108e-02 2.8772e-02 4.9417e-02 -0.80000000 3.4075e-02 2.4485e-02 4.6479e-02 -0.75000000 3.1732e-02 2.1753e-02 4.3581e-02 -0.70000000 2.9563e-02 1.9884e-02 4.0686e-02 -0.65000000 2.7432e-02 1.8334e-02 3.7790e-02 -0.60000000 2.5310e-02 1.6880e-02 3.4892e-02 -0.55000000 2.3191e-02 1.5454e-02 3.1991e-02 -0.50000000 2.1073e-02 1.4036e-02 2.9089e-02 -0.45000000 1.8957e-02 1.2622e-02 2.6186e-02 -0.40000000 1.6842e-02 1.1211e-02 2.3280e-02 -0.35000000 1.4728e-02 9.8009e-03 2.0374e-02 -0.30000000 1.2617e-02 8.3933e-03 1.7466e-02 -0.25000000 1.0507e-02 6.9879e-03 1.4557e-02 -0.20000000 8.4000e-03 5.5849e-03 1.1647e-02 -0.15000000 6.2954e-03 4.1844e-03 8.7357e-03 -0.10000000 4.1937e-03 2.7866e-03 5.8242e-03 -5.0000000e-02 2.0951e-03 1.3917e-03 2.9122e-03 0.000 0 0 0 5.0000000e-02 -2.0882e-03 -1.3871e-03 -2.9060e-03 0.10000000 -4.1661e-03 -2.7683e-03 -5.7990e-03 0.15000000 -6.2333e-03 -4.1432e-03 -8.6786e-03 0.20000000 -8.2894e-03 -5.5116e-03 -1.1544e-02 0.25000000 -1.0334e-02 -6.8734e-03 -1.4395e-02 0.30000000 -1.2366e-02 -8.2280e-03 -1.7232e-02 0.35000000 -1.4386e-02 -9.5754e-03 -2.0052e-02 0.40000000 -1.6392e-02 -1.0915e-02 -2.2856e-02 0.45000000 -1.8385e-02 -1.2247e-02 -2.5643e-02 0.50000000 -2.0363e-02 -1.3570e-02 -2.8412e-02 0.55000000 -2.2325e-02 -1.4885e-02 -3.1162e-02 0.60000000 -2.4272e-02 -1.6190e-02 -3.3893e-02 0.65000000 -2.6202e-02 -1.7485e-02 -3.6603e-02 0.70000000 -2.8113e-02 -1.8770e-02 -3.9291e-02 0.75000000 -3.0006e-02 -2.0044e-02 -4.1956e-02 0.80000000 -3.1878e-02 -2.1307e-02 -4.4597e-02 0.85000000 -3.3728e-02 -2.2557e-02 -4.7212e-02 0.90000000 -3.5556e-02 -2.3795e-02 -4.9799e-02 0.95000000 -3.7358e-02 -2.5018e-02 -5.2356e-02 1.00000000 -3.9134e-02 -2.6226e-02 -5.4882e-02 1.05000000 -4.0881e-02 -2.7418e-02 -5.7373e-02 1.10000000 -4.2596e-02 -2.8593e-02 -5.9827e-02 1.15000000 -4.4277e-02 -2.9749e-02 -6.2240e-02 1.20000000 -4.5920e-02 -3.0885e-02 -6.4609e-02 1.25000000 -4.7521e-02 -3.1998e-02 -6.6928e-02 1.30000000 -4.9075e-02 -3.3086e-02 -6.9191e-02 1.35000000 -5.0576e-02 -3.4146e-02 -7.1392e-02 1.40000000 -5.2015e-02 -3.5176e-02 -7.3520e-02 1.45000000 -5.3385e-02 -3.6172e-02 -7.5565e-02 1.50000000 -5.4672e-02 -3.7127e-02 -7.7511e-02 1.55000000 -5.5862e-02 -3.8036e-02 -7.9340e-02 1.60000000 -5.6939e-02 -3.8892e-02 -8.1027e-02 1.65000000 -5.7883e-02 -3.9684e-02 -8.2546e-02 1.70000000 -5.8680e-02 -4.0400e-02 -8.3873e-02 1.75000000 -5.9323e-02 -4.1029e-02 -8.4996e-02 1.80000000 -5.9821e-02 -4.1556e-02 -8.5922e-02 1.85000000 -6.0191e-02 -4.1976e-02 -8.6673e-02 1.90000000 -6.0454e-02 -4.2288e-02 -8.7279e-02 1.95000000 -6.0629e-02 -4.2500e-02 -8.7765e-02 2.00000000 -6.0733e-02 -4.2629e-02 -8.8150e-02 2.05000000 -6.0785e-02 -4.2701e-02 -8.8452e-02 2.10000000 -6.0799e-02 -4.2774e-02 -8.8690e-02 2.15000000 -6.0790e-02 -4.2980e-02 -8.8878e-02 2.20000000 -6.0797e-02 -4.3628e-02 -8.9026e-02 2.25000000 -6.0965e-02 -4.5295e-02 -8.9140e-02 2.30000000 -6.1709e-02 -4.8629e-02 -8.9240e-02 2.35000000 -6.3838e-02 -5.3930e-02 -8.9448e-02 2.40000000 -6.8156e-02 -6.1301e-02 -9.0234e-02 2.45000000 -7.4897e-02 -7.1916e-02 -9.2575e-02 2.50000000 -8.3852e-02 -9.3019e-02 -9.7530e-02 2.55000000 -9.4741e-02 -0.16234 -0.10577 2.60000000 -0.10766 -0.33123 -0.11733 2.65000000 -0.12532 -0.50507 -0.13170 2.70000000 -0.16832 -0.67950 -0.14819 2.75000000 -0.33368 -0.85443 -0.16622 2.80000000 -0.54291 -1.02979 -0.18583 2.85000000 -0.75267 -1.20552 -0.21258 2.90000000 -0.96286 -1.38160 -0.31682 2.95000000 -1.17342 -1.55800 -0.58606 3.00000000 -1.38434 -1.73477 -0.85599 | | [Ramp] |Variable typ min max dV/dt_r 0.9302/5.730e-10 0.8195/8.437e-10 1.0227/4.078e-10 dV/dt_f 0.9458/5.639e-10 0.8269/8.237e-10 1.0425/4.054e-10 R_load = 152 |120ohms + 1x channel impedance (HIGH+LOW)/2= 31.85ohms | | R_load = differential termination 120ohm channel to channel, | or single-ended with Rload to common mode voltage. | | [Rising Waveform] R_fixture = 60 V_fixture = 0.90 V_fixture_min = 0.85 V_fixture_max = 0.95 C_fixture = 0.00 | |Time V(typ) V(min) V(max) 0. 0.23650 0.31252 0.18189 1.8181818e-11 0.23650 0.31252 0.18189 3.6363636e-11 0.23650 0.31252 0.18189 5.4545455e-11 0.23650 0.31252 0.18189 7.2727273e-11 0.23650 0.31252 0.18189 9.0909091e-11 0.23650 0.31252 0.18189 1.0909091e-10 0.23649 0.31252 0.18188 1.2727273e-10 0.23648 0.31251 0.18187 1.4545455e-10 0.23646 0.31249 0.18186 1.6363636e-10 0.23644 0.31247 0.18183 1.8181818e-10 0.23642 0.31245 0.18181 2.0000000e-10 0.23641 0.31243 0.18187 2.1818182e-10 0.23641 0.31242 0.18225 2.3636364e-10 0.23649 0.31241 0.18311 2.5454545e-10 0.23679 0.31242 0.18502 2.7272727e-10 0.23745 0.31245 0.19843 2.9090909e-10 0.23862 0.31259 0.25644 3.0909091e-10 0.24071 0.31292 0.33534 3.2727273e-10 0.24593 0.31339 0.40648 3.4545455e-10 0.26303 0.31419 0.47399 3.6363636e-10 0.30093 0.31542 0.53673 3.8181818e-10 0.35734 0.31739 0.59776 4.0000000e-10 0.41100 0.32110 0.65114 4.1818182e-10 0.46268 0.32724 0.70328 4.3636364e-10 0.50817 0.34178 0.74987 4.5454545e-10 0.55315 0.36623 0.79637 4.7272727e-10 0.59319 0.40043 0.84243 4.9090909e-10 0.63282 0.43836 0.88713 5.0909091e-10 0.66784 0.47401 0.93054 5.2727273e-10 0.70247 0.50866 0.97196 5.4545455e-10 0.73571 0.53990 1.01385 5.6363636e-10 0.76883 0.56967 1.05768 5.8181818e-10 0.80156 0.59643 1.10847 6.0000000e-10 0.83426 0.62189 1.16207 6.1818182e-10 0.86501 0.64524 1.22756 6.3636364e-10 0.89525 0.66767 1.29663 6.5454545e-10 0.92356 0.68949 1.37196 6.7272727e-10 0.95172 0.71104 1.44475 6.9090909e-10 0.97963 0.73258 1.50142 7.0909091e-10 1.00952 0.75411 1.54627 7.2727273e-10 1.04069 0.77531 1.57740 7.4545455e-10 1.07519 0.79636 1.60322 7.6363636e-10 1.11185 0.81653 1.62043 7.8181818e-10 1.15322 0.83633 1.63431 8.0000000e-10 1.19766 0.85499 1.64395 8.1818182e-10 1.24300 0.87316 1.65194 8.3636364e-10 1.28893 0.89046 1.65766 8.5454545e-10 1.33160 0.90739 1.66250 8.7272727e-10 1.36740 0.92444 1.66605 8.9090909e-10 1.39917 0.94155 1.66909 9.0909091e-10 1.42326 0.95980 1.67135 9.2727273e-10 1.44551 0.97854 1.67331 9.4545455e-10 1.46125 0.99887 1.67479 9.6363636e-10 1.47543 1.01989 1.67608 9.8181818e-10 1.48543 1.04292 1.67708 1.0000000e-09 1.49442 1.06682 1.67797 1.0181818e-09 1.50086 1.09191 1.67867 1.0363636e-09 1.50668 1.11753 1.67929 1.0545455e-09 1.51091 1.14253 1.67979 1.0727273e-09 1.51476 1.16726 1.68025 1.0909091e-09 1.51763 1.19031 1.68062 1.1090909e-09 1.52026 1.21263 1.68096 1.1272727e-09 1.52228 1.23255 1.68125 1.1454545e-09 1.52415 1.25142 1.68152 1.1636364e-09 1.52561 1.26750 1.68174 1.1818182e-09 1.52698 1.28236 1.68196 1.2000000e-09 1.52808 1.29461 1.68214 1.2181818e-09 1.52911 1.30574 1.68232 1.2363636e-09 1.52995 1.31477 1.68248 1.2545455e-09 1.53075 1.32290 1.68262 1.2727273e-09 1.53141 1.32945 1.68276 1.2909091e-09 1.53204 1.33533 1.68289 1.3090909e-09 1.53256 1.34006 1.68301 1.3272727e-09 1.53306 1.34431 1.68312 1.3454545e-09 1.53349 1.34775 1.68322 1.3636364e-09 1.53389 1.35085 1.68333 1.3818182e-09 1.53424 1.35339 1.68342 1.4000000e-09 1.53457 1.35569 1.68351 1.4181818e-09 1.53486 1.35759 1.68360 1.4363636e-09 1.53514 1.35932 1.68369 1.4545455e-09 1.53538 1.36077 1.68377 1.4727273e-09 1.53561 1.36210 1.68384 1.4909091e-09 1.53581 1.36323 1.68392 1.5090909e-09 1.53600 1.36427 1.68399 1.5272727e-09 1.53618 1.36516 1.68406 1.5454545e-09 1.53634 1.36599 1.68413 1.5636364e-09 1.53649 1.36671 1.68420 1.5818182e-09 1.53663 1.36738 1.68426 1.6000000e-09 1.53676 1.36797 1.68432 1.6181818e-09 1.53688 1.36852 1.68438 1.6363636e-09 1.53699 1.36901 1.68444 1.6545455e-09 1.53710 1.36947 1.68450 1.6727273e-09 1.53720 1.36987 1.68455 1.6909091e-09 1.53730 1.37026 1.68461 1.7090909e-09 1.53739 1.37061 1.68466 1.7272727e-09 1.53747 1.37093 1.68471 1.7454545e-09 1.53755 1.37123 1.68476 1.7636364e-09 1.53763 1.37151 1.68481 1.7818182e-09 1.53770 1.37176 1.68485 1.8000000e-09 1.53777 1.37201 1.68490 | | [Falling Waveform] R_fixture = 60 V_fixture = 0.90 V_fixture_min = 0.85 V_fixture_max = 0.95 C_fixture = 0.00 | |Time V(typ) V(min) V(max) 0. 1.54070 1.37745 1.68683 1.8181818e-11 1.54070 1.37745 1.68683 3.6363636e-11 1.54070 1.37745 1.68683 5.4545455e-11 1.54070 1.37745 1.68683 7.2727273e-11 1.54070 1.37745 1.68683 9.0909091e-11 1.54069 1.37744 1.68682 1.0909091e-10 1.54069 1.37744 1.68682 1.2727273e-10 1.54069 1.37743 1.68683 1.4545455e-10 1.54070 1.37743 1.68683 1.6363636e-10 1.54070 1.37744 1.68684 1.8181818e-10 1.54071 1.37745 1.68694 2.0000000e-10 1.54075 1.37746 1.68736 2.1818182e-10 1.54084 1.37747 1.68838 2.3636364e-10 1.54109 1.37749 1.69023 2.5454545e-10 1.54160 1.37754 1.69076 2.7272727e-10 1.54234 1.37764 1.65827 2.9090909e-10 1.54333 1.37782 1.59129 3.0909091e-10 1.54416 1.37811 1.52041 3.2727273e-10 1.53857 1.37848 1.46131 3.4545455e-10 1.50904 1.37890 1.40476 3.6363636e-10 1.46468 1.37932 1.35993 3.8181818e-10 1.41739 1.37947 1.31658 4.0000000e-10 1.37413 1.37835 1.28007 4.1818182e-10 1.33235 1.36953 1.24406 4.3636364e-10 1.29646 1.34949 1.21037 4.5454545e-10 1.26272 1.32376 1.17611 4.7272727e-10 1.23251 1.29528 1.13926 4.9090909e-10 1.20358 1.26700 1.09914 5.0909091e-10 1.17711 1.24082 1.05592 5.2727273e-10 1.15155 1.21502 1.00639 5.4545455e-10 1.12676 1.19236 0.95065 5.6363636e-10 1.10226 1.16999 0.89088 5.8181818e-10 1.07656 1.14999 0.82330 6.0000000e-10 1.05044 1.13019 0.75254 6.1818182e-10 1.02273 1.11197 0.66843 6.3636364e-10 0.99445 1.09390 0.58100 6.5454545e-10 0.96294 1.07707 0.48788 6.7272727e-10 0.93030 1.06032 0.39959 6.9090909e-10 0.89358 1.04430 0.33312 7.0909091e-10 0.85516 1.02828 0.28276 7.2727273e-10 0.81317 1.01222 0.25181 7.4545455e-10 0.76960 0.99608 0.22829 7.6363636e-10 0.72273 0.97937 0.21572 7.8181818e-10 0.67279 0.96258 0.20735 8.0000000e-10 0.61643 0.94511 0.20249 8.1818182e-10 0.55966 0.92754 0.19899 8.3636364e-10 0.50204 0.90905 0.19670 8.5454545e-10 0.44672 0.89036 0.19488 8.7272727e-10 0.40194 0.86997 0.19358 8.9090909e-10 0.36626 0.84930 0.19247 9.0909091e-10 0.33741 0.82631 0.19162 9.2727273e-10 0.31476 0.80306 0.19087 9.4545455e-10 0.29745 0.77779 0.19027 9.6363636e-10 0.28499 0.75232 0.18972 9.8181818e-10 0.27551 0.72531 0.18926 1.0000000e-09 0.26873 0.69800 0.18883 1.0181818e-09 0.26347 0.66820 0.18847 1.0363636e-09 0.25959 0.63800 0.18814 1.0545455e-09 0.25653 0.60455 0.18785 1.0727273e-09 0.25421 0.57116 0.18757 1.0909091e-09 0.25233 0.53833 0.18733 1.1090909e-09 0.25085 0.50612 0.18711 1.1272727e-09 0.24961 0.47906 0.18691 1.1454545e-09 0.24859 0.45272 0.18672 1.1636364e-09 0.24772 0.43240 0.18655 1.1818182e-09 0.24698 0.41272 0.18638 1.2000000e-09 0.24633 0.39833 0.18624 1.2181818e-09 0.24576 0.38443 0.18609 1.2363636e-09 0.24526 0.37453 0.18597 1.2545455e-09 0.24481 0.36497 0.18584 1.2727273e-09 0.24441 0.35827 0.18573 1.2909091e-09 0.24404 0.35180 0.18561 1.3090909e-09 0.24371 0.34724 0.18551 1.3272727e-09 0.24340 0.34283 0.18541 1.3454545e-09 0.24312 0.33967 0.18531 1.3636364e-09 0.24286 0.33661 0.18521 1.3818182e-09 0.24261 0.33436 0.18512 1.4000000e-09 0.24239 0.33218 0.18503 1.4181818e-09 0.24218 0.33055 0.18494 1.4363636e-09 0.24198 0.32895 0.18485 1.4545455e-09 0.24180 0.32773 0.18476 1.4727273e-09 0.24162 0.32654 0.18467 1.4909091e-09 0.24146 0.32561 0.18458 1.5090909e-09 0.24131 0.32470 0.18449 1.5272727e-09 0.24116 0.32397 0.18440 1.5454545e-09 0.24103 0.32326 0.18430 1.5636364e-09 0.24090 0.32267 0.18421 1.5818182e-09 0.24077 0.32210 0.18411 1.6000000e-09 0.24066 0.32163 0.18402 1.6181818e-09 0.24055 0.32117 0.18392 1.6363636e-09 0.24044 0.32077 0.18383 1.6545455e-09 0.24034 0.32039 0.18375 1.6727273e-09 0.24025 0.32006 0.18366 1.6909091e-09 0.24016 0.31974 0.18359 1.7090909e-09 0.24007 0.31946 0.18351 1.7272727e-09 0.23999 0.31918 0.18344 1.7454545e-09 0.23991 0.31894 0.18338 1.7636364e-09 0.23983 0.31871 0.18332 1.7818182e-09 0.23975 0.31850 0.18327 1.8000000e-09 0.23968 0.31829 0.18322 | [End]