u_out.lib

Protel99-SE-软件.zip

###############################################################################
#                         EDL Macromodel Library File
#    Filename: u_out.lib
#     Creator: INCASES Engineering GmbH
#     Version: 1.1
#      Last Save: Thu Dec 03 10:43:08 1998

#
###############################################################################
@IDBM:demo_cpu_out.mac
###############################################################################
#
# Header      : 1.0;
# Filename   : demo_cpu_out.mac;
# FileRev     : 1.0;
# Date        : Tue Jul  8 16:01:09 1997;
# Permission  :  ;
# Simulator   : 2;
# Modeltype   : 4;
# Technology : ACT;
# Copyright   : Copyright (C) INCASES Engineering GmbH 1997.
#		Unauthorized reproduction and/or distribution is strictly
#		prohibited. All rights reserved.;
# Disclaimer  : Please be aware that in the absence of a written agreement
#		to the contrary, INCASES Engineering GmbH assumes no
#		liability for: None;
#		(1) the accuracy of the Macro Models provided to your
#		    company;
#		(2) the proper functioning of these Models in your design
#		    system or for any resulting applications;
#		(3) infringement of patents, copyrights, or intellectual
#		    property rights resulting from your use of these models.;
# Changes     : None;
# Notes       : None;
#
# RefSource
#	Component    : SN74AC240;
#	Manufacturer : TEX;
#	Buffername   : AC240_out;
#	Buffertype   : OUT;
#	Pins         : Outputs;
#	Method       : MEASUREMENT;
#	Copyright    : None;
#	Disclaimer   : None;
#	Notes        : None;
#
# RefCondition
#	Process       : Typical;
#	Temperature   : 25.000;
#	SupplyVolt    : 5.000;
#	RefVolt       : None;
#	GndPackage    : IMPLICIT;
#	VccPackage    : IMPLICIT;
#	SigPackage    : IMPLICIT;
#	TermLineImp   : 52.000;
#	TermLineDelay : 7.200e-09;
#	TermVolt      : NotUsed;
#	PullUpRes     : NotUsed;
#	Notes         : None;
#
# LinearModel
#	VoltLow     : 0.0;
#	VoltHigh    : 5.0;
#	RiseTime    : 1.2e-09;
#	FallTime    : 1.6e-09;
#	ResLow      : 9.7;
#	ResHigh     : 12.5;
#	Capacitance : 5.000000e-12;
#	Inductance  : None;
#	GndClamp    : None;
#	PowClamp    : None;
#	Notes       : Simulation results for a 50 Ohm transmission line load;
#
############################################################################
MOD_STRUC 4
IOUTL_CHAR
22
-9.700000e-01   1.992000e-01
-9.300000e-01   1.666000e-01
-8.900000e-01   1.406000e-01
-8.500000e-01   1.209000e-01
-8.100000e-01   1.075000e-01
-7.500000e-01   9.500000e-02
-4.200000e-01   5.210000e-02
-6.000000e-02   7.300000e-03
-3.000000e-02   3.600000e-03
1.000000e-02   -1.200000e-03
2.000000e-02   -2.300000e-03
1.100000e-01   -1.300000e-02
3.400000e-01   -3.910000e-02
6.100000e-01   -6.700000e-02
9.600000e-01   -9.810000e-02
1.360000e+00   -1.261000e-01
1.840000e+00   -1.493000e-01
2.420000e+00   -1.652000e-01
3.280000e+00   -1.727000e-01
5.620000e+00   -1.716000e-01
5.680000e+00   -1.793000e-01
5.720000e+00   -1.919000e-01
IOUTH_CHAR
24
-7.400000e-01   1.963000e-01
-6.800000e-01   1.841000e-01
-5.400000e-01   1.775000e-01
1.500000e+00   1.669000e-01
2.360000e+00   1.527000e-01
3.040000e+00   1.310000e-01
3.580000e+00   1.054000e-01
4.060000e+00   7.560000e-02
4.370000e+00   5.300000e-02
4.390000e+00   5.140000e-02
4.690000e+00   2.710000e-02
4.880000e+00   1.070000e-02
4.960000e+00   3.600000e-03
4.970000e+00   2.800000e-03
4.980000e+00   1.800000e-03
5.080000e+00   -7.200000e-03
5.130000e+00   -1.180000e-02
5.680000e+00   -6.380000e-02
5.740000e+00   -7.150000e-02
5.780000e+00   -8.130000e-02
5.800000e+00   -8.870000e-02
5.840000e+00   -1.090000e-01
5.920000e+00   -1.619000e-01
5.960000e+00   -1.902000e-01
CAPACITY
c0      5.000000e-12
SWITCH_CHAR
RISE
44
0.000000e+00   0.000000e+00
1.134146e-10   4.114554e-02
1.734146e-10   9.549416e-02
2.334146e-10   1.475805e-01
3.534146e-10   2.858101e-01
4.134146e-10   3.517414e-01
4.734146e-10   4.144331e-01
5.334146e-10   4.555742e-01
5.934146e-10   5.249276e-01
6.534146e-10   5.418133e-01
7.134146e-10   6.116450e-01
7.734146e-10   6.309275e-01
8.334146e-10   6.644183e-01
8.934146e-10   6.848130e-01
9.534146e-10   7.227947e-01
1.013415e-09   7.233943e-01
1.133415e-09   7.810616e-01
1.193415e-09   7.714007e-01
1.253415e-09   7.981391e-01
1.373415e-09   8.224476e-01
1.433415e-09   8.421954e-01
1.493415e-09   8.518207e-01
1.553415e-09   8.563947e-01
1.613415e-09   8.673828e-01
1.673415e-09   8.858530e-01
1.733415e-09   8.849633e-01
1.853415e-09   9.029823e-01
1.913415e-09   9.093819e-01
1.973415e-09   9.208976e-01
2.093415e-09   9.195123e-01
2.273415e-09   9.298785e-01
2.333415e-09   9.275931e-01
2.633415e-09   9.301132e-01
2.753415e-09   9.398354e-01
2.933415e-09   9.412806e-01
3.113415e-09   9.542522e-01
3.233415e-09   9.592701e-01
3.353415e-09   9.691245e-01
3.413415e-09   9.675697e-01
3.533415e-09   9.783546e-01
3.713415e-09   9.857100e-01
3.833415e-09   9.926621e-01
3.953415e-09   9.940688e-01
4.013415e-09   1.000000e+00
FALL
57
0.000000e+00   1.000000e+00
1.767967e-10   9.324835e-01
2.967967e-10   8.714437e-01
3.567967e-10   8.354927e-01
4.167967e-10   8.044140e-01
4.767967e-10   7.833651e-01
5.367967e-10   7.523768e-01
6.567967e-10   6.793600e-01
7.167967e-10   6.381495e-01
7.767967e-10   6.162254e-01
8.367967e-10   5.792735e-01
8.967967e-10   5.365238e-01
9.567967e-10   5.250008e-01
1.016797e-09   4.896705e-01
1.076797e-09   4.620468e-01
1.196797e-09   4.139909e-01
1.316797e-09   3.741951e-01
1.376797e-09   3.616434e-01
1.436797e-09   3.241571e-01
1.496797e-09   3.243854e-01
1.556797e-09   3.130326e-01
1.616797e-09   2.866061e-01
1.676797e-09   2.833304e-01
1.796797e-09   2.469926e-01
1.856797e-09   2.473772e-01
1.916797e-09   2.324092e-01
1.976797e-09   2.129271e-01
2.036797e-09   2.086142e-01
2.096797e-09   1.944628e-01
2.276797e-09   1.696325e-01
2.336797e-09   1.558717e-01
2.396797e-09   1.540786e-01
2.576797e-09   1.280188e-01
2.696797e-09   1.196870e-01
2.816797e-09   1.089757e-01
2.876797e-09   1.075264e-01
3.116797e-09   9.239789e-02
3.236797e-09   8.621023e-02
3.296797e-09   8.616495e-02
3.356797e-09   7.852142e-02
3.536797e-09   6.695238e-02
3.596797e-09   6.060315e-02
3.716797e-09   5.888493e-02
3.776797e-09   5.511082e-02
3.836797e-09   4.820366e-02
3.896797e-09   4.402062e-02
3.956797e-09   4.346183e-02
4.016797e-09   3.672021e-02
4.136797e-09   2.943857e-02
4.196797e-09   3.080102e-02
4.316797e-09   2.496701e-02
4.376797e-09   1.695864e-02
4.436797e-09   1.305208e-02
4.496797e-09   1.516370e-02
4.616797e-09   1.461149e-02
4.736797e-09   7.189606e-03
4.790492e-09   0.000000e+00
END
#IDBM:LVC240_OUT_tp_out.mac
################################################################################
#
#         Header: 1.0;
#       Filename: LVC240_OUT_tp_out.mac;
#        FileRev: 1.00;
#           Date: Wed Nov 11 15:53:44 1998;
#     Permission: ;
#      Simulator: 2;
#      Modeltype: 6;
#     Technology: HC;
#        Changes: ;
#          Notes: Derived from IBIS Version 1.1, File lvc240db.ibs, Revision 10,
#		Date 08/20/98, Component lvc240, Vendor Philips_Semicond, Buffer
#		3;
#
# RefSource
#      Component: lvc240;
#   Manufacturer: Philips_Semicond;
#     Buffername: LVC240_OUT;
#     Buffertype: TRI->OUT;
#           Pins: 3, 4, 7, 9, 12, 14, 16, 18;
#         Method: IBIS;
#      Copyright: File originated at INCASES Eng. GmbH The following is a sample
#		IBIS file for the LVC240.;
#     Disclaimer:  Please be aware that in the absence of a written agreement to
#		the contrary, INCASES Engineering GmbH assumes no liability for:
#		(1) the accuracy of the IBIS Models provided to your company
#		(2) the proper functioning of these Models in your design system
#		or for any resulting applications (3) infringement of patents,
#		copyrights, or intellectual property rights resulting from your
#		use of these models.;
#          Notes: File originated at INCASES Eng. GmbH The following is a sample
#		IBIS file for the LVC240.;
#
# RefCondition
#        Process: Typical;
#    Temperature: UnKnown;
#     SupplyVolt: 3.300000e+000;
#        RefVolt: ;
#     GndPackage: Explicit;
#     VccPackage: Explicit;
#     SigPackage: Explicit;
#    TermLineImp: ;
#  TermLineDelay: ;
#       TermVolt: ;
#      PullUpRes: ;
#          Notes: Model characteristic based on... POWER Clamp Typical, GND Clamp
#		Typical, Pullup Typical, Pulldown Typical, C_comp Typical, D_r
#		Typical, D_f Typical, Rload  UnKnown;
#
# LinearModel
#        VoltLow: 8.333333e-004;
#       VoltHigh: 3.300000e+000;
#       RiseTime: 1.333333e-009;
#       FallTime: 1.166667e-009;
#         ResLow: 8.601917e+000;
#        ResHigh: 1.254866e+001;
#    Capacitance: 4.000000e-012;
#     Inductance: ;
#       GndClamp: UnKnown;
#       PowClamp: UnKnown;
#          Notes: ;
#
################################################################################
MOD_STRUC 6
GND_CLAMP
20
-9.800000e-001  -1.450000e-001
-9.200000e-001  -9.830000e-002
-8.700000e-001  -6.540000e-002
-8.400000e-001  -4.910000e-002
-8.100000e-001  -3.620000e-002
-7.900000e-001  -2.930000e-002
-7.700000e-001  -2.390000e-002
-7.500000e-001  -1.970000e-002
-7.300000e-001  -1.640000e-002
-7.000000e-001  -1.280000e-002
-6.700000e-001  -1.040000e-002
-6.400000e-001  -8.500000e-003
-6.100000e-001  -7.000000e-003
-5.600000e-001  -5.000000e-003
-5.500000e-001  -4.700000e-003
-5.400000e-001  -4.300000e-003
-5.300000e-001  -4.100000e-003
-5.000000e-001  -3.825000e-003
-3.000000e-001  0.000000e+000
3.300000e+000  0.000000e+000
POWER_CLAMP
32
-1.440000e+000  1.570000e-001
-1.240000e+000  1.217000e-001
-1.040000e+000  8.060000e-002
-9.200000e-001  5.160000e-002
-8.100000e-001  2.320000e-002
-7.800000e-001  1.650000e-002
-7.600000e-001  1.280000e-002
-7.400000e-001  9.900000e-003
-7.300000e-001  8.700000e-003
-7.100000e-001  6.900000e-003
-6.900000e-001  5.600000e-003
-6.700000e-001  4.700000e-003
-6.600000e-001  4.300000e-003
-6.500000e-001  4.100000e-003
-6.300000e-001  3.500000e-003
-6.200000e-001  3.300000e-003
-6.100000e-001  3.000000e-003
-6.000000e-001  2.900000e-003
-5.900000e-001  2.700000e-003
-5.800000e-001  2.600000e-003
-5.700000e-001  2.400000e-003
-5.500000e-001  2.200000e-003
-5.400000e-001  2.000000e-003
-5.100000e-001  1.700000e-003
-5.000000e-001  1.700000e-003
-4.800000e-001  1.500000e-003
-4.600000e-001  1.500000e-003
-4.500000e-001  1.400000e-003
-4.400000e-001  1.400000e-003
-4.300000e-001  1.240000e-003
-4.200000e-001  0.000000e+000
0.000000e+000  0.000000e+000
PULLDOWN
48
-8.700000e-001  -2.249000e-001
-8.400000e-001  -1.918750e-001
-8.300000e-001  -1.820000e-001
-8.100000e-001  -1.650500e-001
-7.900000e-001  -1.498000e-001
-7.700000e-001  -1.388330e-001
-7.500000e-001  -1.290670e-001
-7.300000e-001  -1.202000e-001
-7.000000e-001  -1.112300e-001
-6.700000e-001  -1.034600e-001
-6.400000e-001  -9.619000e-002
-6.300000e-001  -9.390000e-002
-6.200000e-001  -9.030000e-002
-6.100000e-001  -8.860000e-002
-5.700000e-001  -8.220000e-002
-5.600000e-001  -7.900000e-002
-5.500000e-001  -7.733500e-002
-5.400000e-001  -7.557000e-002
-5.300000e-001  -7.400400e-002
-5.000000e-001  -6.963400e-002
-3.300000e-001  -4.317400e-002
-3.000000e-001  -3.868700e-002
-1.000000e-001  -1.260000e-002
-9.000000e-002  -1.150000e-002
-7.000000e-002  -8.800000e-003
-5.000000e-002  -6.300000e-003
-4.000000e-002  -4.900000e-003
-2.000000e-002  -2.500000e-003
-1.000000e-002  -1.100000e-003
0.000000e+000  -1.000000e-004
3.000000e-002  3.500000e-003
4.000000e-002  4.800000e-003
7.000000e-002  8.500000e-003
9.000000e-002  1.100000e-002
2.500000e-001  3.000000e-002
2.600000e-001  3.230000e-002
2.800000e-001  3.340000e-002
2.900000e-001  3.560000e-002
5.200000e-001  6.000000e-002
8.100000e-001  8.610000e-002
1.050000e+000  1.036000e-001
1.360000e+000  1.205000e-001
1.800000e+000  1.336000e-001
2.520000e+000  1.397000e-001
3.300000e+000  1.420870e-001
3.730000e+000  1.446420e-001
3.740000e+000  1.448330e-001
3.750000e+000  1.448630e-001
PULLUP
59
-1.150000e+000  2.604050e-001
-1.040000e+000  2.128300e-001
-9.200000e-001  1.565900e-001
-8.500000e-001  1.226270e-001
-8.100000e-001  1.059000e-001
-7.800000e-001  9.440000e-002
-7.700000e-001  9.095000e-002
-7.600000e-001  8.807900e-002
-7.400000e-001  8.313700e-002
-7.300000e-001  8.091700e-002
-7.100000e-001  7.707500e-002
-6.900000e-001  7.373300e-002
-6.700000e-001  7.079200e-002
-6.600000e-001  6.937100e-002
-6.500000e-001  6.815000e-002
-6.300000e-001  6.550800e-002
-6.200000e-001  6.428700e-002
-6.100000e-001  6.296700e-002
-6.000000e-001  6.184600e-002
-5.900000e-001  6.062500e-002
-5.800000e-001  5.950400e-002
-5.700000e-001  5.828300e-002
-5.500000e-001  5.604200e-002
-5.400000e-001  5.482100e-002
-5.300000e-001  5.370000e-002
-5.100000e-001  5.106000e-002
-5.000000e-001  4.984000e-002
-4.800000e-001  4.720000e-002
-4.600000e-001  4.575000e-002
-4.500000e-001  4.492500e-002
-4.400000e-001  4.420000e-002
-4.300000e-001  4.306800e-002
-3.700000e-001  3.706700e-002
-3.500000e-001  3.500900e-002
-3.300000e-001  3.295200e-002
-2.000000e-001  1.927700e-002
-1.600000e-001  1.526100e-002
-1.000000e-001  9.588000e-003
-5.000000e-002  4.844000e-003
-4.000000e-002  3.815000e-003
-3.000000e-002  2.986000e-003
-2.000000e-002  1.858000e-003
0.000000e+000  0.000000e+000
1.000000e-002  -8.000000e-004
2.000000e-002  -1.800000e-003
4.000000e-002  -3.600000e-003
7.000000e-002  -6.100000e-003
9.000000e-002  -8.000000e-003