|********************************************************************** | ECLIPTEK CORPORATION | IBISModel: EMSL23 Series MEMS HCSL Oscillator | 3.2mm*5mm QFN Plastic Four Pad Package 3.3Vdc | File Name emsl23.ibs | ********************************************************************* | [IBIS Ver] 3.2 | [Disclaimer] (C) Copyright Ecliptek Corporation All rights reserved Ecliptek Corporation hereby grants the user of this IBIS model a non-exclusive, nontransferable license to use this IBIS model under the following terms. This IBIS model is provided on an "AS IS" basis and Ecliptek makes absolutely no warranty with respect to the information contained herein. ECLIPTEK DISCLAIMS AND CUSTOMER WAIVES ALL WARRANTIES, EXPRESSED 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, Ecliptek reserves the right to make changes without notice to any product herein to improve reliability, function, or design. Ecliptek does not convey any license under patent rights or any other intellectual property rights, including those of third parties. 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 application but rights to derivative works and such modifications shall belong to Ecliptek. Ecliptek is not obligated to provide maintenance or support for the licensed IBIS model. This information is for modeling purposes only and is not guaranteed. | [Notes] This model is valid when used with AC-coupled termination. AC coupling is required due to the offset correction circuit which operates on the input at low frequency. The device differential LVPECL output must be terminated to GND through 150ohm resistor at the near-end, AC-coupled using 100nF or larger capacitor, and terminated to VT with 50ohm at far-end. VT=VCC-2V is used for modeling, but the model is expected to be accurate for other VT values. Excess load capacitance may cause instability that is not represented by the data in this file. | [Date] 01/24/2011 | [File Rev] 1.0 | [Source] This file provided by Ecliptek Corporation |********************************************************************** | [Component] Oscillator_emsl23 |********************************************************************** | [Component] Oscillator_emsl23 | [Manufacturer] Ecliptek Corporation | [Package] | variable typ min max R_pkg 0 0 0 L_pkg 0 0 0 C_pkg 0 0 0 || [Pin] signal_name model_name R_pin L_pin C_pin 1 Signal CLK_OUT_HCSL 0 0 0 2 Signal CLK_OUT_HCSL 0 0 0 | [Diff_pin] inv_pin vdiff tdelay_typ tdelay_min tdelay_max | 1 2 NA NA NA NA | |**************************************************************************** | CLK_OUT_HCSL MODEL |**************************************************************************** [Model] CLK_OUT_HCSL Model_type Output_ECL Polarity Inverting Enable Active-High Vmeas = 1.3 Vref = 1.3 Cref = 1pF Rref = 50 | | typ min max | C_comp 2.802e-012 2.633e-012 1.756e-012 |C_comp (ON state) 4.097e-012 4.409e-012 4.780e-012 |C_comp (OFF state) 2.746e-012 2.857e-012 2.732e-012 [Voltage Range] 3.3 2.97 3.63 [Temperature Range] 25 90 -40 [Pullup Reference] 3.3 2.97 3.63 [Pulldown Reference] 3.3 2.97 3.63 [Power Clamp Reference] 3.3 2.97 3.63 [GND Clamp Reference] 0 0 0 | |*************************************************************************** | [Pulldown] | | typ min max | | Voltage I(typ) I(min) I(max) | 6.6 4.97113e-005 3.88201e-005 5.4799e-005 5.3658 0.000239627 0.000346617 0.000908847 5.181 0.000587098 0.000392705 0.0028265 5.04273 0.00134277 0.000427188 0.00426131 5.0391 0.00136261 0.000428093 0.00432515 4.94868 0.00191754 0.000450643 0.00656115 4.7949 0.00286134 0.00136544 0.010364 4.76685 0.0032218 0.0015323 0.0110576 4.65795 0.00462127 0.00218012 0.0120528 4.65432 0.00466791 0.00220171 0.0120499 4.65069 0.00471456 0.00222331 0.0120437 4.64706 0.00476121 0.0022449 0.0120376 4.4253 0.00761102 0.00356409 0.0107367 4.422 0.00760788 0.00358372 0.0107174 4.30584 0.00747139 0.00427473 0.0103007 4.18242 0.00732636 0.00500892 0.0112396 4.17648 0.00731938 0.00501295 0.011166 4.17351 0.00731589 0.00501062 0.0111292 4.026 0.00714257 0.00496842 0.00930178 4.00422 0.0069162 0.00496219 0.00903196 3.3 -0.000402908 8.22002e-005 0.000307731 3.18054 -0.000832595 -0.000745615 -0.0011722 3.12213 -0.00104269 -0.00035038 -0.00114047 3.0987 -0.00112697 -0.00033388 -0.00112775 2.9800 -0.000007693 -0.000395162 -0.000295162 1.56585 -0.000007693 -0.000395162 -0.000295162 | [GND Clamp] | | typ min max | | Voltage I(typ) I(min) I(max) | -3.3 -40.8031 -37.496 -47.5148 -2.9667 -35.1134 -32.4243 -40.697 -2.90433 -34.0475 -31.4753 -39.4212 -2.7654 -31.6731 -29.3613 -36.5736 -2.76243 -31.6223 -29.316 -36.5127 -2.6103 -29.0206 -26.9982 -33.3946 -2.607 -28.9642 -26.9479 -33.3269 -2.50866 -27.2799 -25.4496 -31.3092 -2.50503 -27.2178 -25.3942 -31.2347 -2.22552 -22.4307 -21.1356 -25.4939 -2.22189 -22.3685 -21.0803 -25.4193 -1.7787 -14.7782 -14.3271 -16.3039 -1.75857 -14.4339 -14.0203 -15.8899 -1.59753 -11.6796 -11.5689 -12.5777 -1.5279 -10.4887 -10.509 -11.1464 -1.5246 -10.4323 -10.4587 -11.0785 -1.5213 -10.376 -10.4085 -11.0107 -1.47939 -9.66064 -9.77052 -10.1505 -1.47642 -9.60995 -9.72536 -10.0896 -1.37973 -7.95961 -8.25718 -8.10503 -1.3761 -7.89766 -8.20206 -8.03062 -1.3596 -7.61633 -7.95152 -7.69337 -1.24179 -5.61107 -6.16264 -5.28544 -1.23816 -5.54928 -6.10764 -5.21159 -1.2342 -5.48188 -6.04765 -5.13114 -1.2309 -5.42579 -5.99765 -5.0641 -1.18239 -4.6033 -5.26268 -4.0799 -1.16919 -4.37949 -5.06331 -3.81209 -1.12563 -3.64093 -4.4054 -2.9346 -1.1253 -3.63533 -4.40042 -2.92804 -1.122 -3.5797 -4.35058 -2.86244 -1.11837 -3.5185 -4.29575 -2.79028 -1.11474 -3.4573 -4.24092 -2.71811 -1.09659 -3.15132 -3.9668 -2.35729 -1.06755 -2.66174 -3.52819 -1.80706 -1.0494 -2.35575 -3.25406 -1.51522 -1.0461 -2.30171 -3.20422 -1.46267 -1.0428 -2.24783 -3.15438 -1.41013 -1.0395 -2.19395 -3.10468 -1.35759 -1.0164 -1.81681 -2.75681 -0.989781 -1.00584 -1.65689 -2.59778 -0.821642 -1.00221 -1.60192 -2.54312 -0.780112 -0.9867 -1.36705 -2.30955 -0.650403 -0.97449 -1.22109 -2.12567 -0.548292 -0.97152 -1.18559 -2.08209 -0.523454 -0.96855 -1.15009 -2.03861 -0.498617 -0.94776 -0.901563 -1.73744 -0.324752 -0.94413 -0.85817 -1.6918 -0.294395 -0.9405 -0.814777 -1.64616 -0.276147 -0.93687 -0.771936 -1.60052 -0.267476 -0.93324 -0.729096 -1.55488 -0.258805 -0.92961 -0.686256 -1.50924 -0.250133 -0.92598 -0.643416 -1.4636 -0.241462 -0.9207 -0.581103 -1.39722 -0.22885 -0.88605 -0.383441 -0.961572 -0.14608 -0.88242 -0.362734 -0.915933 -0.142871 -0.87945 -0.345791 -0.878592 -0.141138 -0.87879 -0.342026 -0.872191 -0.140753 -0.87648 -0.328849 -0.849786 -0.139405 -0.858 -0.223429 -0.706383 -0.128623 -0.8547 -0.21071 -0.680775 -0.126697 -0.8514 -0.204777 -0.655168 -0.124772 -0.82797 -0.162653 -0.473353 -0.111101 -0.81114 -0.132395 -0.342754 -0.105596 -0.79332 -0.100357 -0.264478 -0.0997681 -0.79035 -0.0950178 -0.254266 -0.0987967 -0.7887 -0.0920513 -0.248592 -0.098257 -0.78738 -0.0914331 -0.244054 -0.0978253 -0.78441 -0.0900421 -0.233842 -0.0968539 -0.78144 -0.0886511 -0.223629 -0.0960521 -0.73689 -0.0677866 -0.122386 -0.0840244 -0.7227 -0.0611408 -0.10174 -0.0801933 -0.72204 -0.0610273 -0.10078 -0.0800296 -0.7194 -0.060573 -0.0976645 -0.0793746 -0.71907 -0.0605162 -0.097275 -0.0792927 -0.7161 -0.0600052 -0.0939481 -0.0786536 -0.71544 -0.0598937 -0.093263 -0.0785116 -0.71181 -0.0592806 -0.0894948 -0.0777304 -0.70422 -0.0579987 -0.0816159 -0.0764651 -0.70125 -0.0574971 -0.079644 -0.07597 -0.66 -0.0505301 -0.0522564 -0.0690933 -0.65967 -0.0504957 -0.0520373 -0.0690383 -0.64482 -0.0489487 -0.0464436 -0.0665627 -0.64185 -0.0486392 -0.0455161 -0.0660676 -0.6138 -0.0457171 -0.041809 -0.0613914 -0.54087 -0.0399311 -0.0321707 -0.0544241 -0.5214 -0.0383865 -0.0312981 -0.052564 -0.41778 -0.0326088 -0.0266544 -0.0426647 -0.41415 -0.0324063 -0.0264918 -0.0423567 -0.09471 -0.0145948 -0.0121761 -0.0176645 -0.07458 -0.0134723 -0.011274 -0.0164131 -0.07161 -0.0133067 -0.011168 -0.0162285 0 -0.00931386 -0.00974275 -0.0117768 0.0033 -0.00917412 -0.00967708 -0.0115717 0.17391 -0.00564364 -0.00628153 -0.00345051 0.43164 -0.000310376 -0.00115208 -0.000162236 0.4389 -0.000160143 -0.00100759 -0.000159362 0.48081 -0.000159054 -0.000173484 -0.000158278 6.59901 -2.57327e-008 0 0 6.6 0 2.80718e-008 2.56113e-008 | [Pullup] | | typ min max | | Voltage I(typ) I(min) I(max) | -3.3 0.00130232 0.000960002 0.00179658 -2.48325 0.00264774 0.00158423 0.00391038 -2.47962 0.00265372 0.00159279 0.00394269 -2.376 0.00282441 0.00183696 0.00531103 -2.31264 0.00340756 0.00198627 0.00614773 -2.23377 0.00413347 0.00217213 0.00801553 -2.0658 0.00567945 0.00314576 0.0119934 -2.06217 0.00573735 0.00316681 0.0119488 -1.9569 0.00741653 0.003777 0.00542725 -1.881 0.0080196 0.00421696 0.00508988 -1.8777 0.00799293 0.00423608 0.00507521 -1.86615 0.00768642 0.00430303 0.00502388 -1.86252 0.00759009 0.00432408 0.00508419 -1.85889 0.00749375 0.00435551 0.00514449 -1.7391 0.0043148 0.0053928 0.00770551 -1.73547 0.00430291 0.00542424 0.0078502 -1.64868 0.00401859 0.00617578 0.0115414 -1.6335 0.00396887 0.00605099 0.012187 -1.6302 0.00400621 0.00602386 0.0123274 -1.6269 0.0040452 0.00599674 0.0125076 -1.4916 0.00607268 0.00488452 0.019894 -1.46685 0.00680517 0.00468107 0.0212452 -1.38138 0.00933467 0.00397847 0.023816 -1.37973 0.0093835 0.00399416 0.0238656 -1.37841 0.00942257 0.0040067 0.0238897 -1.3761 0.00949093 0.00405278 0.0239318 -1.2045 0.01591 0.00747547 0.0241402 -1.2012 0.0159743 0.00754129 0.0241442 -1.06392 0.0172329 0.0102795 0.0243109 -1.06029 0.0172662 0.0103519 0.0243856 -1.00584 0.0177654 0.0114379 0.0255052 -0.97449 0.0180528 0.0120632 0.0272362 -0.9207 0.018546 0.0126577 0.0302062 -0.88242 0.0195221 0.0130809 0.0323198 -0.87879 0.0196147 0.0131124 0.0322605 -0.82797 0.0209107 0.0135542 0.0314312 -0.82434 0.0210032 0.0135858 0.031329 -0.82071 0.0210958 0.0136173 0.0312228 -0.7887 0.0219121 0.0138956 0.0301568 -0.7854 0.0218908 0.0139243 0.0300469 -0.6633 0.0193904 0.0149857 0.0259807 -0.66 0.0192899 0.0150144 0.0258708 -0.65967 0.0192796 0.0150173 0.0258598 -0.6567 0.0191865 0.0149913 0.0257609 -0.65373 0.019078 0.0149456 0.0256619 -0.62106 0.0178846 0.0143076 0.0243932 -0.61743 0.017752 0.0141962 0.0242449 -0.3399 0.00761445 0.00568063 0.0106873 -0.33066 0.0073661 0.00539712 0.0102359 -0.32703 0.00726853 0.00528574 0.0100862 -0.25575 0.00535261 0.00358158 0.00749377 0 -0.00152161 -0.00168037 -0.00180793 0.0033 -0.00160801 -0.00174826 -0.00192795 0.11946 -0.00503605 -0.0041382 -0.00630311 0.40623 -0.013499 -0.0100384 -0.0187149 0.4356 -0.0143657 -0.0106426 -0.0196203 0.67485 -0.0191344 -0.0155651 -0.0269959 0.67848 -0.0192067 -0.0156398 -0.0270823 0.68277 -0.0192922 -0.0157281 -0.0271802 0.68574 -0.0193514 -0.015773 -0.027248 0.7953 -0.0215351 -0.0171832 -0.0287575 0.7986 -0.0215769 -0.0172257 -0.028803 1.03785 -0.0234282 -0.0194955 -0.0320992 1.07184 NA NA -0.032135 1.0857 NA NA -0.0321495 1.65396 -0.0245764 -0.0210991 -0.032747 1.65693 -0.0245789 -0.0210994 -0.0327501 | [POWER Clamp] | | typ min max | | Voltage I(typ) I(min) I(max) | -3.3 9.18423 6.41736 15.0793 -2.82084 6.71312 4.84441 10.6222 -2.81721 6.6944 4.83249 10.5887 -2.7885 6.54633 4.73825 10.3257 -2.65254 5.85781 4.29193 9.08055 -2.64297 5.80935 4.26127 8.9929 -2.50866 5.12918 3.83107 7.78353 -2.50503 5.1108 3.81944 7.75127 -2.5014 5.09241 3.80782 7.71901 -2.4057 4.61628 3.50128 6.8842 -2.4024 4.60002 3.49071 6.85542 -2.3991 4.58375 3.48014 6.82663 -2.34894 4.34039 3.31947 6.38908 -2.27997 4.00578 3.09856 5.81307 -2.27634 3.98816 3.08693 5.78359 -2.25159 3.86809 3.00766 5.58781 -2.24862 3.85368 2.99834 5.56431 -2.24565 3.83927 2.98903 5.54082 -2.2275 3.75121 2.93275 5.39724 -2.20374 3.64037 2.85907 5.20929 -2.1351 3.32018 2.64623 4.71311 -2.13477 3.31867 2.6452 4.71072 -2.1318 3.30508 2.63599 4.69225 -2.13114 3.30217 2.63395 4.68815 -2.12751 3.28616 2.62269 4.66558 -2.12388 3.27016 2.61143 4.64301 -2.09418 3.1392 2.52004 4.45835 -2.0658 3.01407 2.43433 4.2819 -2.0295 2.85809 2.32471 4.08891 -2.02587 2.84249 2.31374 4.07159 -1.9932 2.70211 2.21651 3.92237 -1.96053 2.57146 2.12045 3.77863 -1.9569 2.55694 2.10984 3.76362 -1.9536 2.54491 2.1002 3.75064 -1.9503 2.53288 2.09056 3.73767 -1.947 2.52085 2.08092 3.72469 -1.93974 2.49438 2.05971 3.69613 -1.93677 2.48355 2.05116 3.68445 -1.881 2.28023 1.89382 3.4651 -1.86615 2.23246 1.85193 3.4067 -1.86252 2.22078 1.84169 3.39295 -1.85889 2.2091 1.8318 3.37921 -1.8414 2.15283 1.78415 3.31317 -1.8381 2.14344 1.77515 3.30071 -1.79124 2.0139 1.64748 3.12378 -1.7556 1.91538 1.55539 2.98921 -1.73184 1.85778 1.49592 2.8995 -1.72887 1.85058 1.48901 2.88832 -1.7259 1.84338 1.4821 2.87715 -1.72293 1.83657 1.47519 2.86597 -1.64274 1.65274 1.2897 2.56425 -1.6335 1.63156 1.27151 2.52949 -1.6302 1.62437 1.26501 2.51707 -1.6269 1.6172 1.25852 2.50472 -1.55067 1.45427 1.10847 2.21942 -1.46322 1.26735 0.970778 1.89213 -1.38138 1.09242 0.841923 1.59709 -1.37841 1.08607 0.837755 1.58638 -1.37544 1.07972 0.833587 1.57567 -1.3365 0.99649 0.780375 1.43529 -1.1946 0.704455 0.586466 0.923723 -1.19097 0.69723 0.581505 0.911055 -1.15863 0.63286 0.537312 0.800648 -1.1253 0.56652 0.494706 0.686862 -1.122 0.560211 0.490488 0.675596 -1.06392 0.45221 0.416243 0.487021 -1.06029 0.44546 0.411603 0.476317 -1.00584 0.344209 0.341999 0.315765 -0.9834 0.302481 0.313313 0.266827 -0.9801 0.297083 0.30929 0.25963 -0.97449 0.287907 0.302451 0.247395 -0.97152 0.283049 0.298896 0.240918 -0.94413 0.238246 0.267425 0.181184 -0.9405 0.232308 0.263254 0.175926 -0.93687 0.226391 0.259083 0.172717 -0.93324 0.220474 0.254912 0.169508 -0.9207 0.200034 0.240503 0.158839 -0.88242 0.151926 0.196518 0.126272 -0.8547 0.117089 0.168609 0.119921 -0.8514 0.115005 0.165286 0.119165 -0.8481 0.112922 0.161964 0.118409 -0.81114 0.0895893 0.124751 0.109942 -0.7887 0.075423 0.108206 0.104802 -0.73689 0.0660785 0.070005 0.092933 -0.73392 0.0655428 0.0683986 0.0922526 -0.73095 0.0650071 0.0669306 0.0915722 -0.72798 0.0644715 0.0654627 0.0908918 -0.6633 0.0528058 0.0454715 0.0760747 -0.6567 0.052077 0.0434316 0.0745627 -0.61743 0.047848 0.03967 0.0655666 -0.6138 0.0474571 0.0393223 0.0650365 -0.54087 0.042925 0.0323365 0.0579085 -0.22176 0.0230946 0.0209767 0.0267196 0 0.00931385 0.0130825 0.0117938 0.0033 0.00917411 0.012965 0.0115716 0.22473 0.004592 0.00508243 0.00191767 0.34419 0.00211999 0.000829851 0.000936911 0.4389 0.000160131 0.000817285 0.000159349 6.59901 2.57307e-008 0 0 6.6 0 -1.31347e-007 -2.56091e-008 | |*********************************************************************** | [Ramp] R_load = 50 | | typ min max | dV/dt_r 0.670663/1.09751e-010 0.573707/1.24599e-010 0.799432/1.82008e-010 dV/dt_f 0.670663/1.69706e-010 0.573707/1.96583e-010 0.799432/1.47409e-010 |************************************************************************ [Falling Waveform] V_fixture = 1.3V V_fixture_min = 0.97V V_fixture_max = 1.63V R_fixture = 50Ohm C_fixture = 0F | | Time V(typ) V(min) V(max) | 0 2.41949 1.92854 2.96337 4e-011 2.41931 1.92841 2.96333 6e-011 2.41899 1.92817 2.9632 8e-011 2.41876 1.92792 2.96325 1e-010 2.41886 1.9278 2.9641 1.2e-010 2.4198 1.92798 2.96711 1.4e-010 2.4228 1.92878 2.97496 1.6e-010 2.4284 1.9303 2.98748 1.8e-010 2.43682 1.93292 3.00052 2e-010 2.4467 1.93652 3.00823 2.2e-010 2.45464 1.94072 3.00585 2.4e-010 2.45616 1.9448 2.98563 2.6e-010 2.44429 1.9473 2.93712 2.8e-010 2.4113 1.94367 2.83184 3e-010 2.34136 1.93243 2.67887 3.2e-010 2.24395 1.90629 2.52479 3.4e-010 2.13147 1.86167 2.38606 3.6e-010 2.02274 1.79878 2.25838 3.8e-010 1.92423 1.72295 2.14427 4e-010 1.83544 1.64295 2.0486 4.2e-010 1.75852 1.56271 1.97256 4.4e-010 1.68843 1.48847 1.90951 4.6e-010 1.62624 1.4227 1.86181 4.8e-010 1.57048 1.36182 1.82657 5e-010 1.52092 1.31018 1.79762 5.2e-010 1.48033 1.26138 1.77354 5.4e-010 1.44476 1.22075 1.75354 5.6e-010 1.41852 1.18451 1.73645 5.8e-010 1.39883 1.15182 1.72061 6e-010 1.38352 1.12423 1.70788 6.2e-010 1.37047 1.10061 1.6964 6.4e-010 1.36034 1.08119 1.68714 6.6e-010 1.3519 1.06425 1.67863 6.8e-010 1.34432 1.05026 1.67174 7e-010 1.33844 1.03814 1.66602 7.2e-010 1.33284 1.02841 1.66099 7.4e-010 1.32831 1.01971 1.65707 7.6e-010 1.32418 1.01278 1.65362 7.8e-010 1.32087 1.00628 1.65068 8e-010 1.31783 1.00138 1.64853 8.2e-010 1.3154 0.9971 1.64638 8.4e-010 1.31324 0.993297 1.64442 8.6e-010 1.31155 0.990118 1.64312 8.8e-010 1.3101 0.987522 1.64183 9e-010 1.30891 0.985312 1.64071 9.2e-010 1.30803 0.983101 1.63987 9.4e-010 1.30715 0.981404 1.63902 9.6e-010 1.30666 0.979973 1.6382 9.8e-010 1.30624 0.97875 1.63763 1e-009 1.30582 0.977809 1.63707 1.02e-009 1.30544 0.976868 1.6365 1.04e-009 1.30527 0.976233 1.63605 1.06e-009 1.3051 0.975668 1.63567 1.08e-009 1.30493 0.975186 1.63528 1.1e-009 1.30482 0.974893 1.63489 1.12e-009 1.30472 0.9746 1.63456 1.14e-009 1.30463 0.974336 1.63432 1.2e-009 1.30434 0.97403 1.6336 1.22e-009 1.30424 0.973969 1.63337 1.24e-009 1.30415 0.973956 1.63315 1.26e-009 1.30404 0.973947 1.63302 1.34e-009 1.30363 0.973949 1.6325 1.36e-009 1.30354 0.973935 1.63237 1.44e-009 1.30316 0.973878 1.63208 1.46e-009 1.30309 0.973859 1.63201 1.48e-009 1.30302 0.973817 1.63194 1.5e-009 1.30295 0.973775 1.63187 1.52e-009 1.30289 0.973733 1.63183 1.54e-009 1.30282 0.973691 1.63179 1.58e-009 1.3027 0.973587 1.63171 1.6e-009 1.30266 0.973534 1.63167 1.62e-009 1.30262 0.97348 1.63163 1.64e-009 1.30258 0.973427 1.63159 1.68e-009 1.30249 0.973327 1.63152 1.7e-009 1.30245 0.973281 1.6315 1.8e-009 1.30233 0.973056 1.63139 1.86e-009 1.30226 0.972973 1.63133 1.9e-009 1.30223 0.972918 1.63129 1.92e-009 1.30222 0.97289 1.63127 1.94e-009 1.3022 0.972866 1.63126 1.96e-009 1.30219 0.972852 1.63125 1.98e-009 1.30217 0.972839 1.63124 2.08e-009 1.30209 0.972772 1.63118 2.1e-009 1.30208 0.972762 1.63117 2.16e-009 1.30205 0.972741 1.63114 2.28e-009 1.30199 0.972699 1.6311 2.62e-009 1.30188 0.972605 1.63102 2.64e-009 1.30187 0.9726 1.63102 2.66e-009 1.30187 0.972596 1.63102 2.88e-009 1.30183 0.972545 1.63099 3.16e-009 1.30179 0.972507 1.63098 3.18e-009 1.30179 0.972504 1.63098 3.2e-009 1.30179 0.972501 1.63098 3.86e-009 1.30175 0.972437 1.63096 3.88e-009 1.30174 0.972436 1.63096 4.1e-009 1.30174 0.972424 1.63096 4.2e-009 1.30173 0.972418 1.63096 6.64e-009 1.30171 0.972367 1.63097 7.96e-009 1.30171 0.972362 1.63097 5e-008 1.30172 0.972358 1.63098 | [Rising Waveform] |Vcc V_fixture = 1.3V V_fixture_min = 0.97V V_fixture_max = 1.63V R_fixture = 50Ohm C_fixture = 0F | | Time V(typ) V(min) V(max) | 0.000000E+00 1.30172 0.972358 1.63098 4.000000E-11 1.30175 0.972388 1.63106 6.000000E-11 1.302 0.972506 1.6316 8.000000E-11 1.30237 0.972689 1.6324 1.200000E-10 1.30356 0.973129 1.6352 1.400000E-10 1.30458 0.973356 1.63611 1.600000E-10 1.30559 0.973409 1.6358 1.800000E-10 1.30604 0.973003 1.63624 2.000000E-10 1.30597 0.971902 1.63813 2.200000E-10 1.30599 0.970258 1.64052 2.400000E-10 1.30602 0.968003 1.65862 2.600000E-10 1.30572 0.965585 1.74022 2.800000E-10 1.30839 0.963579 1.90146 3.000000E-10 1.32483 0.963248 2.11361 3.200000E-10 1.37163 0.967442 2.33291 3.400000E-10 1.45135 0.980558 2.96 3.600000E-10 1.56337 1.00871 2.96 3.800000E-10 1.69335 1.05217 2.96 4.000000E-10 1.83655 1.1082 2.96 4.200000E-10 1.97795 1.18208 2.96 4.400000E-10 2.10395 1.26816 2.96 4.600000E-10 2.18887 1.35988 2.96 4.800000E-10 2.23676 1.4592 2.96 5.000000E-10 2.25885 1.55923 2.96 5.200000E-10 2.27571 1.65548 2.96 5.400000E-10 2.28492 1.739 2.96 5.600000E-10 2.29116 1.80926 2.96 5.800000E-10 2.29603 1.85356 2.96 6.000000E-10 2.30042 1.88158 2.96 6.200000E-10 2.30466 1.89526 2.96 6.400000E-10 2.30924 1.90481 2.96 6.600000E-10 2.31401 1.9103 2.96 6.800000E-10 2.31947 1.91376 2.96 7.000000E-10 2.32504 1.91541 2.96 7.200000E-10 2.33079 1.91671 2.96 7.600000E-10 2.34214 1.91808 2.96 7.800000E-10 2.34758 1.91881 2.96 8.000000E-10 2.35248 1.91968 2.96 8.200000E-10 2.35713 1.92066 2.96 8.800000E-10 2.36859 1.92426 2.96 9.000000E-10 2.37165 1.92551 2.96 9.200000E-10 2.37472 1.92669 2.96 9.400000E-10 2.37718 1.92783 2.96 9.600000E-10 2.37955 1.92886 2.96 9.800000E-10 2.38192 1.92972 2.96 1.000000E-09 2.3842 1.93059 2.96 1.020000E-09 2.38597 1.93121 2.96 1.060000E-09 2.38952 1.93226 2.96 1.080000E-09 2.391 1.93257 2.96 1.100000E-09 2.39237 1.93289 2.96 1.120000E-09 2.39373 1.93318 2.96 1.140000E-09 2.39508 1.93333 2.96 1.200000E-09 2.39804 1.93373 2.96 1.220000E-09 2.39893 1.9338 2.96 1.320000E-09 2.40217 1.93406 2.96 1.340000E-09 2.40259 1.93408 2.96 1.360000E-09 2.40301 1.93409 2.96 1.380000E-09 2.40342 1.93411 2.96 1.400000E-09 2.40384 1.93413 2.96 1.420000E-09 2.40425 1.93415 2.96 1.440000E-09 2.40449 1.93416 2.96 1.460000E-09 2.40473 1.93414 2.96 1.480000E-09 2.40496 1.93412 2.96 1.500000E-09 2.4052 1.9341 2.96 1.560000E-09 2.40585 1.934 2.96 1.660000E-09 2.40648 1.93374 2.96 1.680000E-09 2.4066 1.93367 2.96 1.840000E-09 2.40725 1.93314 2.96 1.880000E-09 2.40735 1.93302 2.96 2.120000E-09 2.40786 1.93247 2.96 2.140000E-09 2.4079 1.93245 2.96 2.260000E-09 2.40812 1.93228 2.96 2.900000E-09 2.40902 1.93188 2.96 3.320000E-09 2.40954 1.93173 2.96 3.340000E-09 2.40956 1.93172 2.96 3.600000E-09 2.40987 1.93164 2.96 3.620000E-09 2.40989 1.93163 2.96 4.100000E-09 2.4104 1.93148 2.96 4.120000E-09 2.41042 1.93147 2.96 4.140000E-09 2.41045 1.93147 2.96 5.780000E-09 2.41194 1.93099 2.96 7.440000E-09 2.41318 1.93058 2.96 7.460000E-09 2.4132 1.93058 2.96 7.940000E-09 2.41353 1.93047 2.96 8.040000E-09 2.4136 1.93045 2.96 1.028000E-08 2.41488 1.93005 2.96 1.354000E-08 2.41627 1.92962 2.96 1.356000E-08 2.41628 1.92962 2.96 1.358000E-08 2.41628 1.92962 2.96 1.384000E-08 2.41639 1.92959 2.96 1.386000E-08 2.4164 1.92958 2.96 1.426000E-08 2.41651 1.92954 2.96 1.428000E-08 2.41652 1.92953 2.96 1.738000E-08 2.41738 1.92928 2.96037 1.740000E-08 2.41738 1.92928 2.96037 2.170000E-08 2.41817 1.92902 2.9617 2.390000E-08 2.41852 1.92892 2.96206 2.596000E-08 2.41869 1.92883 2.9624 2.698000E-08 2.41877 1.92881 2.96257 4.998000E-08 2.41949 1.92854 2.96337 | [End] | | End [Model] CLK_OUT_HCSL | |End [Component] Oscillator_emsl23 [End]