|****************************************************************************** | [IBIS Ver] 1.1 [File name] dx4pga.ibs [File Rev] 2.0 [Date] 3/23/94 [Source] File originated at Intel Corporation [Notes] The following information corresponds to the IntelDX4(TM) | processor and has been correlated with silicon. This file is | for the PGA package only. [Disclaimer] This information is for modeling purposes only, and is not | guaranteed. [Disclaimer] IBIS Open Forum disclaims all warranties. See DISCLAIM.TXT in vhdl.org:/pub/IBIS/models for the full disclaimer. | |****************************************************************************** | | [Component] IntelDX4(TM) [Manufacturer] Intel [Package] | | typ min max R_pkg 2329m 728m 3930m L_pkg 17.79nH 8.56nH 27.01nH C_pkg 6.03pF 1.89pF 10.16pF | | |****************************************************************************** | | | [Pin] signal_name model_name R_pin L_pin C_pin A01 D20 I/O2 1866m 15.54n 3.88p A02 D22 I/O2 1808m 13.70n 5.60p A04 D23 I/O2 1468m 13.33n 3.14p A05 DP3 I/O2 1406m 11.59n 4.50p A06 D24 I/O2 1412m 13.02n 3.04p A08 D29 I/O2 1274m 10.90n 4.14p A15 IGNNE# Input1 1858m 13.96n 5.74p A16 INTR Input1 1956m 14.47n 6.00p A17 AHOLD Input1 3414m 22.11n 9.99p B01 D19 I/O2 1762m 13.46n 5.47p B02 D21 I/O2 1636m 14.27n 3.45p B06 D25 I/O2 1178m 11.72n 2.61p B08 D31 I/O2 1050m 9.73n 3.52p B10 SMI# Input1 948m 10.45n 2.19p B15 NMI Input1 1430m 13.12n 3.07p B17 EADS# Input1 1728m 14.78n 3.62p C01 D11 I/O1 2440m 18.73n 4.93p C02 D18 I/O2 1446m 13.21n 3.10p C03 CLK Clockbuffer 2486m 18.99n 5.02p C06 D27 I/O2 964m 10.54n 2.21p C07 D26 I/O2 892m 8.90n 3.09p C08 D28 I/O2 752m 9.36n 1.82p C09 D30 I/O2 728m 9.22n 1.78p C10 SRESET Input1 784m 9.54n 1.88p C12 SMIACT# Output1 1270m 12.23n 2.78p C14 FERR# Output1 1904m 15.76n 3.95p C15 FLUSH# Input1 1342m 11.26n 4.32p C16 RESET Input1 1480m 11.98n 4.70p C17 BS16# Input1 2756m 20.49n 5.52p D01 D9 I/O1 2718m 18.47n 8.09p D02 D13 I/O1 2100m 16.84n 4.31p D03 D17 I/O2 1156m 11.60n 2.57p D15 A20M# Input1 1148m 11.56n 2.55p D16 BS8# Input1 3474m 22.43n 10.16p D17 BOFF# Input1 3452m 22.31n 10.10p E03 D10 I/O1 2356m 16.57n 7.10p E15 HOLD Input1 1920m 15.85n 3.98p F01 DP1 I/O1 2394m 16.77n 7.20p F02 D8 I/O1 1864m 15.53n 3.87p F03 D15 I/O1 858m 9.95n 2.02p F15 KEN# Input1 2404m 16.82n 7.23p F16 RDY# Input1 1804m 15.20n 3.76p F17 BE3# Output2 3336m 23.71n 6.58p G03 D12 I/O1 1912m 14.24n 5.88p G15 STPCLK# Input1 3930m 27.01n 7.68p H02 D3 I/O1 1708m 14.67n 3.59p H03 DP2 I/O1 928m 9.09n 3.19p H15 BRDY# Input1 2134m 17.03n 4.37p J02 D5 I/O1 1528m 13.67n 3.25p J03 D16 I/O1 1614m 14.14n 3.41p J15 BE2# Output2 848m 8.67n 2.97p J16 BE1# Output2 1002m 10.75n 2.28p J17 PCD Output2 2266m 17.77n 4.61p K03 D14 I/O1 1160m 10.30n 3.83p K15 BE0# Output2 954m 9.22n 3.26p L02 D6 I/O1 1432m 11.73n 4.57p L03 D7 I/O1 1048m 11.00n 2.37p L15 PWT Output2 1548m 12.34n 4.89p M03 D4 I/O1 1000m 9.47n 3.39p M15 D/C# Output2 1442m 13.19n 3.10p N01 D2 I/O1 1448m 11.81n 4.61p N02 D1 I/O1 1198m 11.84n 2.65p N03 DP0 I/O1 1038m 10.95n 2.35p N15 LOCK# Output1 1118m 10.09n 3.71p N16 M/IO# Output2 1744m 14.87n 3.65p N17 W/R# Output2 1676m 13.01n 5.24p P01 D0 I/O1 1532m 12.25n 4.84p P02 A29 I/O3 1292m 12.36n 2.82p P03 A30 I/O3 1194m 10.48n 3.92p P15 HLDA Output1 1568m 13.89n 3.33p Q01 A31 I/O3 1608m 14.11n 3.40p Q03 A17 I/O3 2016m 16.38n 4.15p Q04 A19 I/O3 1584m 12.53n 4.99p Q05 A21 I/O3 956m 10.49n 2.20p Q06 A24 I/O3 920m 9.05n 3.17p Q07 A22 I/O3 894m 8.91n 3.10p Q08 A20 I/O3 788m 9.56n 1.89p Q09 A16 I/O3 850m 8.68n 2.98p Q10 A13 I/O3 836m 9.82n 1.98p Q11 A9 I/O3 914m 9.02n 3.15p Q12 A5 I/O3 966m 9.29n 3.29p Q13 A7 I/O3 1084m 11.20n 2.44p Q14 A2 Output1 1134m 11.48n 2.53p Q15 BREQ Output2 1872m 15.58n 3.89p Q16 PLOCK# Output1 1630m 14.23n 3.44p Q17 PCHK# Output2 1616m 12.69n 5.07p R01 A28 I/O3 1708m 14.67n 3.59p R02 A25 I/O3 1604m 12.63n 5.04p R05 A18 I/O3 1498m 13.50n 3.20p R07 A15 I/O3 1148m 11.56n 2.55p R12 A11 I/O3 1274m 10.90n 4.14p R13 A8 I/O3 1252m 12.13n 2.75p R15 A3 Output1 1504m 12.11n 4.77p R16 BLAST# Output1 1698m 14.61n 3.57p S01 A27 I/O3 1900m 14.18n 5.85p S02 A26 I/O3 1800m 15.18n 3.75p S03 A23 I/O3 1756m 14.93n 3.67p S05 A14 I/O3 1842m 13.88n 5.69p S07 A12 I/O3 1530m 12.24n 4.84p S13 A10 I/O3 1444m 13.20n 3.10p S15 A6 I/O3 1722m 13.25n 5.36p S16 A4 I/O3 1792m 15.13n 3.74p S17 ADS# Output1 1888m 14.12n 5.82p | | | The following model descriptions describe | the different types of buffers. | | |****************************************************************************** | |****************************************************************************** | | | This model is for the Out Group #1 | | | [Model] Output1 Model_type Output Polarity Non-Inverting Enable Active-Low |signals ADS#,BLAST#,SMIACT#,A<3:2>,FERR#,HLDA,PLOCK#,LOCK# | | typ min max C_comp 3.05pF 2.9pF 3.2pF | | typ min max [Voltage range] 3.3V 3.0V 3.6V | | | [Pulldown] | voltage I(typ) I(min) I(max) -5.0V -960.0mA -580.0mA -1410mA -2.0V -190.0mA -99.0mA -292.0mA -1.0V -21.0mA -16.7mA -27.1mA -0.5V -13.30mA -8.7mA -20.5mA 0.0V 0.0 0.0 0.0 0.5V 12.9mA 8.3mA 20.1mA 1.0V 23.7mA 15.1mA 37.2mA 1.5V 31.5mA 19.7mA 49.7mA 2.0V 35.4mA 21.6mA 56.6mA 2.5V 36.3mA 22.0mA 58.6mA 3.0V 36.6mA 22.2mA 59.0mA 3.5V 36.9mA 22.3mA 59.4mA 4.0V 37.0mA 22.4mA 59.7mA 4.5V 37.1mA 22.5mA 59.8mA 5.0V 37.2mA 22.5mA 60.0mA 6.0V 37.2mA 22.5mA 60.0mA 10.0V 37.2mA 22.5mA 60.0mA | |**************************************************************************** | Note that the pullup voltage in the data table is derived from | the equation: | Vtable = Vcc - Voutput | For the 8.3V in the table, it is actually 8.3V below Vcc and -5V | with respected to Ground. |**************************************************************************** | [Pullup] | voltage I(typ) I(min) I(max) | 8.3V -1410mA -976.25mA -1992.8mA 4.3V -79.8mA -55.6mA -229.06mA 3.3V -47.1mA -40.80mA -72.66mA 2.8V -46.1mA -29.42mA -70.96mA 2.3V -44.8mA -28.64mA -68.34mA 1.8V -42.1mA -27.14mA -61.94mA 1.3V -35.1mA -23.34mA -50.34mA 0.8V -24.1mA -16.08mA -33.08mA 0.3V -9.5mA -6.3mA -12.86mA -0.2V 6.5mA 4.76mA 9.02mA -0.7V 24.3mA 17.3mA 33.04mA -1.2V 41.7mA 30.48mA 55.6mA -1.7V 56.4mA 42.26mA 74.14mA -2.2V 67.3mA 51.26mA 88.4mA -2.7V 74.6mA 56.96mA 96.58mA -3.7V 79.8mA 61.33mA 104.5mA -6.7V 82.4mA 63.55mA 109.5mA | [GND_clamp] | Voltage I(typ) I(min) I(max) 0.0V 0mA NA NA -0.4V 0mA NA NA -0.5V -0.2mA NA NA -0.6V -1.1mA NA NA -0.7V -3.0mA NA NA -0.8V -6.0mA NA NA -0.9V -11.0mA NA NA -1.0V -30.0mA NA NA -1.2V -120.0mA NA NA -2.0V -180.0mA NA NA -5.0V -420.0mA NA NA | | | |********************************************************************* | The data in the following POWER_clamp table is listed | as "Vcc-relative", meaning that the voltage values are | referenced to the Vcc pin. The voltages in the data tables | are derived from the equation: | Vtable = Vcc - Voutput | In this case, assuming that Vcc is referenced to 3.3V. | 0V in the table actually means 3.3V with respected to | Ground and 0V above Vcc. |********************************************************************* | | | [POWER_clamp] | voltage I(typ) I(min) I(max) 0.0V 0mA NA NA -0.4V 0mA NA NA -0.5V 0mA NA NA -0.6V 0mA NA NA -0.7V 0.1mA NA NA -0.8V 1.0mA NA NA -0.9V 8.0mA NA NA -1.0V 14.0mA NA NA -2.0V 100mA NA NA |******************************************************************************* | [Ramp] | typ min max dV/dt_r 1.13/0.749n 0.93/0.868n 1.35/0.642n dV/dt_f 0.99/0.447n 0.75/0.543n 1.27/0.387n | | | | |******************************************************************************* | end of Out_Group #1 |******************************************************************************* | | | | | This model is for the Out Group #2 | | | | [Model] Output2 Model_type Output Polarity Non-Inverting Enable Active-Low |signal BE<3:0>#,BREQ,D/C#,M/IO#,PWT,PCD,PCHK#,W/R# | | typ min max C_comp 2.7pF 2.7pF 2.7pF | | | typ min max [Voltage range] 3.3V 3.0V 3.6V | | | | [Pulldown] | voltage I(typ) I(min) I(max) -5.0V -960.0mA -580.0mA -1410mA -2.0V -190.0mA -99.0mA -292.0mA -1.0V -21.0mA -16.7mA -27.1mA -0.5V -13.30mA -8.7mA -20.5mA 0.0V 0.0 0.0 0.0 0.5V 12.9mA 8.3mA 20.1mA 1.0V 23.7mA 15.1mA 37.2mA 1.5V 31.5mA 19.7mA 49.7mA 2.0V 35.4mA 21.6mA 56.6mA 2.5V 36.3mA 22.0mA 58.6mA 3.0V 36.6mA 22.2mA 59.0mA 3.5V 36.9mA 22.3mA 59.4mA 4.0V 37.0mA 22.4mA 59.7mA 4.5V 37.1mA 22.5mA 59.8mA 5.0V 37.2mA 22.5mA 60.0mA 6.0V 37.2mA 22.5mA 60.0mA 10.0V 37.2mA 22.5mA 60.0mA |***************************************************************** | Note that the pullup voltage in the data table is derived from | the equation: | Vtable = Vcc - Voutput | For the 8.3V in the table, it is actually 8.3V below Vcc and -5V | with respected to Ground. |***************************************************************** [Pullup] | voltage I(typ) I(min) I(max) | 8.3V -1410mA -976.25mA -1992.8mA 4.3V -79.8mA -55.6mA -229.06mA 3.3V -47.1mA -40.80mA -72.66mA 2.8V -46.1mA -29.42mA -70.96mA 2.3V -44.8mA -28.64mA -68.34mA 1.8V -42.1mA -27.14mA -61.94mA 1.3V -35.1mA -23.34mA -50.34mA 0.8V -24.1mA -16.08mA -33.08mA 0.3V -9.5mA -6.3mA -12.86mA -0.2V 6.5mA 4.76mA 9.02mA -0.7V 24.3mA 17.3mA 33.04mA -1.2V 41.7mA 30.48mA 55.6mA -1.7V 56.4mA 42.26mA 74.14mA -2.2V 67.3mA 51.26mA 88.4mA -2.7V 74.6mA 56.96mA 96.58mA -3.7V 79.8mA 61.33mA 104.5mA -6.7V 82.4mA 63.55mA 109.5mA | [GND_clamp] | | Voltage I(typ) I(min) I(max) 0.0V 0mA NA NA -0.4V 0mA NA NA -0.5V -0.2mA NA NA -0.6V -1.1mA NA NA -0.7V -3.0mA NA NA -0.8V -6.0mA NA NA -0.9V -11.0mA NA NA -1.0V -30.0mA NA NA -1.2V -120.0mA NA NA -2.0V -180.0mA NA NA -5.0V -420.0mA NA NA | | | |********************************************************************* | The data in the following POWER_clamp table is listed | as "Vcc-relative", meaning that the voltage values are | referenced to the Vcc pin. The voltages in the data tables | are derived from the equation: | Vtable = Vcc - Voutput | In this case, assuming that Vcc is referenced to 3.3V. | 0V in the table actually means 3.3V with respected to | Ground and 0V above Vcc. |********************************************************************* | | | [POWER_clamp] | voltage I(typ) I(min) I(max) 0.0V 0mA NA NA -0.4V 0mA NA NA -0.5V 0mA NA NA -0.6V 0mA NA NA -0.7V 0.1mA NA NA -0.8V 1.0mA NA NA -0.9V 8.0mA NA NA -1.0V 14.0mA NA NA -2.0V 100mA NA NA | [Ramp] | typ min max dV/dt_r 1.13/0.749n 0.93/0.868n 1.35/0.642n dV/dt_f 0.99/0.447n 0.75/0.543n 1.27/0.387n | | | | | |********************************************************************** | end of out group # 2 | |********************************************************************** | | | | | This model is for I/O group #1 | | | | [Model] I/O1 Model_type I/O Polarity Non-Inverting Enable Active-Low Vinl = 0.8v Vinh = 2.0v |signal DBUS<16:0>,DP<2:0> | | typ min max C_comp 2.7pF 2.7pF 2.7pF | | | | typ min max [Voltage range] 3.3V 3.0V 3.6V | | | | [Pulldown] | voltage I(typ) I(min) I(max) -5.0V -960.0mA -580.0mA -1410mA -2.0V -190.0mA -99.0mA -292.0mA -1.0V -21.0mA -16.7mA -27.1mA -0.5V -13.30mA -8.7mA -20.5mA 0.0V 0.0 0.0 0.0 0.5V 12.9mA 8.3mA 20.1mA 1.0V 23.7mA 15.1mA 37.2mA 1.5V 31.5mA 19.7mA 49.7mA 2.0V 35.4mA 21.6mA 56.6mA 2.5V 36.3mA 22.0mA 58.6mA 3.0V 36.6mA 22.2mA 59.0mA 3.5V 36.9mA 22.3mA 59.4mA 4.0V 37.0mA 22.4mA 59.7mA 4.5V 37.1mA 22.5mA 59.8mA 5.0V 37.2mA 22.5mA 60.0mA 6.0V 37.2mA 22.5mA 60.0mA 10.0V 37.2mA 22.5mA 60.0mA | |***************************************************************** | Note that the pullup voltage in the data table is derived from | the equation: | Vtable = Vcc - Voutput | For the 8.3V in the table, it is actually 8.3V below Vcc and -5V | with respected to Ground. |***************************************************************** [Pullup] | voltage I(typ) I(min) I(max) | 8.3V -1410mA -976.25mA -1992.8mA 4.3V -79.8mA -55.6mA -229.06mA 3.3V -47.1mA -40.80mA -72.66mA 2.8V -46.1mA -29.42mA -70.96mA 2.3V -44.8mA -28.64mA -68.34mA 1.8V -42.1mA -27.14mA -61.94mA 1.3V -35.1mA -23.34mA -50.34mA 0.8V -24.1mA -16.08mA -33.08mA 0.3V -9.5mA -6.3mA -12.86mA -0.2V 6.5mA 4.76mA 9.02mA -0.7V 24.3mA 17.3mA 33.04mA -1.2V 41.7mA 30.48mA 55.6mA -1.7V 56.4mA 42.26mA 74.14mA -2.2V 67.3mA 51.26mA 88.4mA -2.7V 74.6mA 56.96mA 96.58mA -3.7V 79.8mA 61.33mA 104.5mA -6.7V 82.4mA 63.55mA 109.5mA | | [GND_clamp] | Voltage I(typ) I(min) I(max) 0.0V 0mA NA NA -0.4V 0mA NA NA -0.5V -0.2mA NA NA -0.6V -1.1mA NA NA -0.7V -3.0mA NA NA -0.8V -6.0mA NA NA -0.9V -11.0mA NA NA -1.0V -30.0mA NA NA -1.2V -120.0mA NA NA -2.0V -180.0mA NA NA -5.0V -420.0mA NA NA | | | |********************************************************************* | The data in the following POWER_clamp table is listed | as "Vcc-relative", meaning that the voltage values are | referenced to the Vcc pin. The voltages in the data tables | are derived from the equation: | Vtable = Vcc - Voutput | In this case, assuming that Vcc is referenced to 3.3V. | 0V in the table actually means 3.3V with respected to | Ground and 0V above Vcc. |********************************************************************* | | | [POWER_clamp] | voltage I(typ) I(min) I(max) 0.0V 0mA NA NA -0.4V 0mA NA NA -0.5V 0mA NA NA -0.6V 0mA NA NA -0.7V 0.1mA NA NA -0.8V 1.0mA NA NA -0.9V 8.0mA NA NA -1.0V 14.0mA NA NA -2.0V 100mA NA NA | | |Ramp data [Ramp] | typ min max dV/dt_r 1.13/0.749n 0.93/0.868n 1.35/0.642n dV/dt_f 0.99/0.447n 0.75/0.543n 1.27/0.387n | | | | |*********************************************************************** | | end of I/O group #1 | |*********************************************************************** | | | | | This model is for - I/O group #2 | | | | [Model] I/O2 Model_type I/O Polarity Non-Inverting Enable Active-Low Vinl = 3.3v Vinh = 6.0v |siganl DBUS<31:17>,DP<3> | typ min max C_comp 3.05pF 2.9pF 3.2pF |********************************************************************* | | typ min max [Voltage range] 3.3V 3.0V 3.6V | |********************************************************************* | [Pulldown] | voltage I(typ) I(min) I(max) -5.0V -960.0mA -580.0mA -1410mA -2.0V -190.0mA -99.0mA -292.0mA -1.0V -21.0mA -16.7mA -27.1mA -0.5V -13.30mA -8.7mA -20.5mA 0.0V 0.0 0.0 0.0 0.5V 12.9mA 8.3mA 20.1mA 1.0V 23.7mA 15.1mA 37.2mA 1.5V 31.5mA 19.7mA 49.7mA 2.0V 35.4mA 21.6mA 56.6mA 2.5V 36.3mA 22.0mA 58.6mA 3.0V 36.6mA 22.2mA 59.0mA 3.5V 36.9mA 22.3mA 59.4mA 4.0V 37.0mA 22.4mA 59.7mA 4.5V 37.1mA 22.5mA 59.8mA 5.0V 37.2mA 22.5mA 60.0mA 6.0V 37.2mA 22.5mA 60.0mA 10.0V 37.2mA 22.5mA 60.0mA |***************************************************************** | Note that the pullup voltage in the data table is derived from | the equation: | Vtable = Vcc - Voutput | For the 8.3V in the table, it is actually 8.3V below Vcc and -5V | with respected to Ground. |***************************************************************** [Pullup] | voltage I(typ) I(min) I(max) | 8.3V -1410mA -976.25mA -1992.8mA 4.3V -79.8mA -55.6mA -229.06mA 3.3V -47.1mA -40.80mA -72.66mA 2.8V -46.1mA -29.42mA -70.96mA 2.3V -44.8mA -28.64mA -68.34mA 1.8V -42.1mA -27.14mA -61.94mA 1.3V -35.1mA -23.34mA -50.34mA 0.8V -24.1mA -16.08mA -33.08mA 0.3V -9.5mA -6.3mA -12.86mA -0.2V 6.5mA 4.76mA 9.02mA -0.7V 24.3mA 17.3mA 33.04mA -1.2V 41.7mA 30.48mA 55.6mA -1.7V 56.4mA 42.26mA 74.14mA -2.2V 67.3mA 51.26mA 88.4mA -2.7V 74.6mA 56.96mA 96.58mA -3.7V 79.8mA 61.33mA 104.5mA -6.7V 82.4mA 63.55mA 109.5mA | [GND_clamp] | | Voltage I(typ) I(min) I(max) 0.0V 0mA NA NA -0.4V 0mA NA NA -0.5V -0.2mA NA NA -0.6V -1.1mA NA NA -0.7V -3.0mA NA NA -0.8V -6.0mA NA NA -0.9V -11.0mA NA NA -1.0V -30.0mA NA NA -1.2V -120.0mA NA NA -2.0V -180.0mA NA NA -5.0V -420.0mA NA NA | | | |********************************************************************* | The data in the following POWER_clamp table is listed | as "Vcc-relative", meaning that the voltage values are | referenced to the Vcc pin. The voltages in the data tables | are derived from the equation: | Vtable = Vcc - Voutput | In this case, assuming that Vcc is referenced to 3.3V. | 0V in the table actually means 3.3V with respected to | Ground and 0V above Vcc. |********************************************************************* | | | [POWER_clamp] | voltage I(typ) I(min) I(max) 0.0V 0mA NA NA -0.4V 0mA NA NA -0.5V 0mA NA NA -0.6V 0mA NA NA -0.7V 0.1mA NA NA -0.8V 1.0mA NA NA -0.9V 8.0mA NA NA -1.0V 14.0mA NA NA -2.0V 100mA NA NA |*********************************************************************** | [Ramp] | typ min max dV/dt_r 1.13/0.749n 0.93/0.868n 1.35/0.642n dV/dt_f 0.99/0.447n 0.75/0.543n 1.27/0.387n | | | | |*********************************************************************** | end of I/O group #2 |*********************************************************************** | | | | | This model is for Buffer Model -I/O Group #3 | | | | [Model] I/O3 Model_type I/O Polarity Non-Inverting Enable Active-Low Vinl = 0.8v Vinh = 2.0v | |signal ABUS<31:4> | | typ min max C_comp 2.9pF 2.9pF 2.9pF | | | typ min max [Voltage range] 3.3V 3.0V 3.6V | | | [Pulldown] | voltage I(typ) I(min) I(max) -5.0V -960.0mA -580.0mA -1410mA -2.0V -190.0mA -99.0mA -292.0mA -1.0V -21.0mA -16.7mA -27.1mA -0.5V -13.30mA -8.7mA -20.5mA 0.0V 0.0 0.0 0.0 0.5V 12.9mA 8.3mA 20.1mA 1.0V 23.7mA 15.1mA 37.2mA 1.5V 31.5mA 19.7mA 49.7mA 2.0V 35.4mA 21.6mA 56.6mA 2.5V 36.3mA 22.0mA 58.6mA 3.0V 36.6mA 22.2mA 59.0mA 3.5V 36.9mA 22.3mA 59.4mA 4.0V 37.0mA 22.4mA 59.7mA 4.5V 37.1mA 22.5mA 59.8mA 5.0V 37.2mA 22.5mA 60.0mA 6.0V 37.2mA 22.5mA 60.0mA 10.0V 37.2mA 22.5mA 60.0mA |***************************************************************** | Note that the pullup voltage in the data table is derived from | the equation: | Vtable = Vcc - Voutput | For the 8.3V in the table, it is actually 8.3V below Vcc and -5V | with respected to Ground. |***************************************************************** [Pullup] | voltage I(typ) I(min) I(max) | 8.3V -1410mA -976.25mA -1992.8mA 4.3V -79.8mA -55.6mA -229.06mA 3.3V -47.1mA -40.80mA -72.66mA 2.8V -46.1mA -29.42mA -70.96mA 2.3V -44.8mA -28.64mA -68.34mA 1.8V -42.1mA -27.14mA -61.94mA 1.3V -35.1mA -23.34mA -50.34mA 0.8V -24.1mA -16.08mA -33.08mA 0.3V -9.5mA -6.3mA -12.86mA -0.2V 6.5mA 4.76mA 9.02mA -0.7V 24.3mA 17.3mA 33.04mA -1.2V 41.7mA 30.48mA 55.6mA -1.7V 56.4mA 42.26mA 74.14mA -2.2V 67.3mA 51.26mA 88.4mA -2.7V 74.6mA 56.96mA 96.58mA -3.7V 79.8mA 61.33mA 104.5mA -6.7V 82.4mA 63.55mA 109.5mA | [GND_clamp] | | Voltage I(typ) I(min) I(max) 0.0V 0mA NA NA -0.4V 0mA NA NA -0.5V -0.2mA NA NA -0.6V -1.1mA NA NA -0.7V -3.0mA NA NA -0.8V -6.0mA NA NA -0.9V -11.0mA NA NA -1.0V -30.0mA NA NA -1.2V -120.0mA NA NA -2.0V -180.0mA NA NA -5.0V -420.0mA NA NA | | | |********************************************************************* | The data in the following POWER_clamp table is listed | as "Vcc-relative", meaning that the voltage values are | referenced to the Vcc pin. The voltages in the data tables | are derived from the equation: | Vtable = Vcc - Voutput | In this case, assuming that Vcc is referenced to 3.3V. | 0V in the table actually means 3.3V with respected to | Ground and 0V above Vcc. |********************************************************************* | | | [POWER_clamp] | voltage I(typ) I(min) I(max) 0.0V 0mA NA NA -0.4V 0mA NA NA -0.5V 0mA NA NA -0.6V 0mA NA NA -0.7V 0.1mA NA NA -0.8V 1.0mA NA NA -0.9V 8.0mA NA NA -1.0V 14.0mA NA NA -2.0V 100mA NA NA |************************************************************************ | [Ramp] | typ min max dV/dt_r 1.13/0.749n 0.93/0.868n 1.35/0.642n dV/dt_f 0.99/0.447n 0.75/0.543n 1.27/0.387n | | | | |************************************************************************* | end of I/O group #3 |************************************************************************* | | | | | | This model is for Buffer Model - Input #1 | | | | | [Model] Input1 Model_type Input Polarity Non-Inverting Enable Active-Low Vinl = 0.8v Vinh = 2.0v |signal A20M#,AHOLD,BOFF#,BRDY#,BS16#,BS8#,FLUSH#, | HOLD,IGNNE#,INTR,KEN#,NMI,RDY#,RESET,SRESET,SMI#,STPCLK# | typ min max C_comp 2.0pF 2.0pF 2.0pF |**************************************************************************** | | typ min max [Voltage range] 3.3V 3.0V 3.6V | |***************************************************************************** | | [GND_clamp] | Voltage I(typ) I(min) I(max) | 0.0V 0mA NA NA -0.4V 0mA NA NA -0.5V -0.2mA NA NA -0.6V -1.1mA NA NA -0.7V -3.0mA NA NA -0.8V -6.0mA NA NA -0.9V -11.0mA NA NA -1.0V -30.0mA NA NA -1.2V -120.0mA NA NA -2.0V -180.0mA NA NA -5.0V -420.0mA NA NA | | | |********************************************************************* | The data in the following POWER_clamp table is listed | as "Vcc-relative", meaning that the voltage values are | referenced to the Vcc pin. The voltages in the data tables | are derived from the equation: | Vtable = Vcc - Voutput | In this case, assuming that Vcc is referenced to 3.3V. | 0V in the table actually means 3.3V with respected to | Ground and 0V above Vcc. |********************************************************************* | | | [POWER_clamp] | voltage I(typ) I(min) I(max) 0.0V 0mA NA NA -0.4V 0mA NA NA -0.5V 0mA NA NA -0.6V 0mA NA NA -0.7V 0.1mA NA NA -0.8V 1.0mA NA NA -0.9V 8.0mA NA NA -1.0V 14.0mA NA NA -2.0V 100mA NA NA | | | | |***************************************************************************** | end of Input #1 |***************************************************************************** | | | | | | This model is for Buffer Model - Clock Buffer | | | | [Model] Clockbuffer Model_type Input Polarity Non-Inverting Enable Active-Low Vinl = 0.8V Vinh = 2.0V |signal CLK | typ min max C_comp 2.0pF 2.0pF 2.0pF |**************************************************************************** | | typ min max [Voltage range] 3.3V 3.0V 3.6V | |***************************************************************************** | | [GND_clamp] | Voltage I(typ) I(min) I(max) 0.0V 0mA NA NA -0.4V 0mA NA NA -0.5V -0.2mA NA NA -0.6V -1.1mA NA NA -0.7V -3.0mA NA NA -0.8V -6.0mA NA NA -0.9V -11.0mA NA NA -1.0V -30.0mA NA NA -1.2V -120.0mA NA NA -2.0V -180.0mA NA NA -5.0V -420.0mA NA NA | | | |********************************************************************* | The data in the following POWER_clamp table is listed | as "Vcc-relative", meaning that the voltage values are | referenced to the Vcc pin. The voltages in the data tables | are derived from the equation: | Vtable = Vcc - Voutput | In this case, assuming that Vcc is referenced to 3.3V. | 0V in the table actually means 3.3V with respected to | Ground and 0V above Vcc. |********************************************************************* | | | [POWER_clamp] | voltage I(typ) I(min) I(max) 0.0V 0mA NA NA -0.4V 0mA NA NA -0.5V 0mA NA NA -0.6V 0mA NA NA -0.7V 0.1mA NA NA -0.8V 1.0mA NA NA -0.9V 8.0mA NA NA -1.0V 14.0mA NA NA -2.0V 100mA NA NA | | |***************************************************************************** | end of Clock buffer [End]