Adding yet an other design example, in French since I'm feeling lazy
on this translation.
This commit is contained in:
Frederic Petrot
parent
4a27490d56
commit
5f6ae65aa1
|
|
@ -0,0 +1,12 @@
|
|||
This directory contains a small design example done using Alliance.
|
||||
It is in French, but that's life.
|
||||
The example starts from a behavior and ends up in a layout in a smooth
|
||||
(too smooth to be honest) manner.
|
||||
All files in this directory are GPLed, even if not marked as such, and
|
||||
all have been authored by me, which is not so bad (I've even seen worse)
|
||||
|
||||
A complete run is done using ./build_tuner, but I would advise to
|
||||
copy/paste from this file to understand what's going on.
|
||||
|
||||
Have fun,
|
||||
Frédéric Pétrot, Tue Jul 27 22:32:17 CEST 2004
|
||||
|
|
@ -0,0 +1,153 @@
|
|||
#######################################
|
||||
#Author: Frédéric Pétrot
|
||||
#Unlike most of the work I've done in Alliance, this very example
|
||||
#is bilingual
|
||||
#It was done for educational purpose at the well
|
||||
#known École Polytechnique, and therefore written in French
|
||||
#I rapidly translated the content to english in case it could
|
||||
#be useful to someone
|
||||
###########################################################
|
||||
|
||||
#Construit le projet complet
|
||||
#Building the entire project.
|
||||
|
||||
export MBK_IN_LO=vst
|
||||
export MBK_OUT_LO=vst
|
||||
export MBK_CATA_LIB=$ALLIANCE_TOP/cells/sxlib:$ALLIANCE_TOP/cells/padlib
|
||||
export RDS_TECHNO_NAME=$ALLIANCE_TOP/etc/cmos.rds
|
||||
|
||||
#Utilisez cet artefact pour commenter une partie du source
|
||||
#Use this artifact to comment out part of this code, since
|
||||
#I didn't want to use a Makefile for simplicity
|
||||
#You ought to in real projects, however :)
|
||||
if [ "x" = "y" ] ; then
|
||||
echo -n ""
|
||||
fi
|
||||
|
||||
#Simulation du comportement
|
||||
#Simulate the behavior with simple patterns
|
||||
genpat core
|
||||
asimut -b tuner core result > /dev/null
|
||||
|
||||
#Optimisation combinatoire
|
||||
#Multilevel boolean optimization
|
||||
boom -V -s tuner tuner_o
|
||||
|
||||
#Vérification que le comportement optimisé est
|
||||
#identique au comportement initial
|
||||
#Check by simulation that the initial behaviour is identical to the
|
||||
#optimized one
|
||||
asimut -b tuner_o core result > /dev/null
|
||||
|
||||
#Vérification formelle de l'équivalence de deux comportements
|
||||
#Formal verification of the équivalence of two sets of boolean
|
||||
#equations and registers
|
||||
proof tuner_o tuner
|
||||
|
||||
#Projection structurelle sur la bibliotheque standard
|
||||
#Mapping of the behavior on the standard cell library
|
||||
export MBK_TARGET_LIB=$ALLIANCE_TOP/cells/sxlib
|
||||
boog -m 0 tuner_o tuner_x
|
||||
|
||||
#Adaptation de la puissance des portes à leur charge
|
||||
#Gate sizing to adapt the fanout
|
||||
loon -x 0 -m 0 tuner_x tuner_o
|
||||
|
||||
#Vous pouvez lancer xsch pour voir l'allure de l'ensemble de portes
|
||||
#Ce n'est pas très utile, mais ca rassure !
|
||||
#You may lauch xsch to see the way your netlist looks
|
||||
#Not really usefully but sometime pretty.
|
||||
xsch -l tuner_o
|
||||
|
||||
#Vérification que l'interconnexion de portes logiques est
|
||||
#identique au comportement initial
|
||||
#Check by simulation that the gate netlist bahaves as the
|
||||
#initial behaviour
|
||||
asimut -zd tuner_o core result > /dev/null
|
||||
|
||||
#Reconstruit un comportement à partir des feuilles de la netlist
|
||||
#Build a behavior by inserting the gate behavior into the netlist
|
||||
flatbeh tuner_o tuner_f
|
||||
|
||||
#Vérification formelle de l'équivalence de deux comportements
|
||||
#Formal verification of the équivalence of two sets of boolean
|
||||
#equations
|
||||
proof tuner_f tuner
|
||||
|
||||
#Placement des cellules avec position des connecteurs imposée
|
||||
#Cell placement with forced I/O pin positions
|
||||
ocp -v -mdl 10 -ring -ioc tuner tuner_o tuner_p
|
||||
|
||||
#Routage des cellules avec 3 niveaux de metal
|
||||
#Route the block with 3 levels of metal
|
||||
nero -V -3 -p tuner_p tuner_o tuner_o
|
||||
|
||||
#Visualisation du circuit après placement/routage des cellules
|
||||
#Look at the circuit after place and route
|
||||
graal -l tuner_o
|
||||
|
||||
#Vérification que les règles de dessins symboliques n'ont pas
|
||||
#été violées par le routeur
|
||||
#Design rule checking to make sure the router did follow them
|
||||
druc tuner_o
|
||||
|
||||
#Extraction de l'interconnexion de portes à partir des fils
|
||||
#tirés par le routeur
|
||||
#Extract the gate netlist after routing
|
||||
cougar -f tuner_o tuner_x
|
||||
|
||||
#Vérification que les 2 interconnexions de portes sont isomorphes
|
||||
#Check that the extracted graph is isomorphic to the initial one
|
||||
lvx vst vst tuner_o tuner_x
|
||||
|
||||
#Ajout logique des plots d'entrées/sortie
|
||||
#Adding the I/O pads
|
||||
genlib tuner_io.c
|
||||
|
||||
#Génération des vecteurs de tests pour le circuit complet
|
||||
#Produces (very few) test vectors for the whole circuit
|
||||
genpat circuit
|
||||
|
||||
#Verification du circuit complet avec plots
|
||||
#Check that inserting the pads was done correctly
|
||||
asimut -zd tuner circuit result > /dev/null
|
||||
|
||||
#Routage du core et des plots
|
||||
#Core to pad routing
|
||||
ring tuner circuit
|
||||
|
||||
#Visualisation du circuit après routage du core et des plots
|
||||
#Look a the circuit
|
||||
graal -l circuit
|
||||
|
||||
#Vérification que les règles de dessins symboliques n'ont pas
|
||||
#été violées par le routeur
|
||||
#Design rule checking to make sure the router didn't fool up with
|
||||
#layers
|
||||
druc circuit
|
||||
|
||||
#Verification du travail de ring
|
||||
#Extraction de la netlist plots/core
|
||||
#Check was ring has done
|
||||
#Extract the core to pad routing
|
||||
cougar circuit
|
||||
|
||||
#Isomorphisme des graphes résultant
|
||||
#Check for netlist isomorphism
|
||||
lvx vst vst tuner circuit
|
||||
|
||||
#Transformation vers la pseudo-technologie
|
||||
#Nous utilisons une pseudo technologie 0.5 micron
|
||||
#Adapt the symbolic layout to the target technology
|
||||
#We use a fake 0.5 micron technology
|
||||
export RDS_IN=cif
|
||||
export RDS_OUT=cif
|
||||
export RDS_TECHNO_NAME=fake05.rds
|
||||
export DREAL_TECHNO_NAME=fake05.dreal
|
||||
s2r -v circuit
|
||||
|
||||
#Visualisation du resultat
|
||||
#And give it a look
|
||||
dreal -l circuit
|
||||
|
||||
#Now, check the layout with your foundry DRC, ...
|
||||
|
|
@ -0,0 +1,46 @@
|
|||
#include <stdio.h>
|
||||
#include <genpat.h>
|
||||
|
||||
#define ARRAY_SIZE(x) (sizeof(x)/sizeof(*x))
|
||||
|
||||
int main(void)
|
||||
{
|
||||
int i, j, samples[] = {190, 191, 192, 193, 379, 380, 381, 382};
|
||||
char s[1024];
|
||||
|
||||
DEF_GENPAT("circuit");
|
||||
|
||||
/* interface */
|
||||
DECLAR("ck", ":1", "B", IN, "", "");
|
||||
DECLAR("d", ":1", "B", IN, "", "");
|
||||
DECLAR("o", ":1", "B", OUT, "0 to 22", "");
|
||||
DECLAR("vddi", ":2", "B", IN, "", "");
|
||||
DECLAR("vssi", ":2", "B", IN, "", "");
|
||||
DECLAR("vdde", ":2", "B", IN, "", "");
|
||||
DECLAR("vsse", ":2", "B", IN, "", "");
|
||||
|
||||
LABEL("tuner");
|
||||
SETTUNIT("ns");
|
||||
AFFECT("0", "ck", "0b0");
|
||||
AFFECT("0", "d", "0b0");
|
||||
AFFECT("0", "vddi", "0b1");
|
||||
AFFECT("0", "vssi", "0b0");
|
||||
AFFECT("0", "vdde", "0b1");
|
||||
AFFECT("0", "vsse", "0b0");
|
||||
|
||||
for (j = 0; j < ARRAY_SIZE(samples); j++) {
|
||||
int n = 0;
|
||||
AFFECT("+10", "ck", "0b1"); n++;
|
||||
AFFECT("+10", "d", "0b1");
|
||||
AFFECT("+0", "ck", "0b0");
|
||||
AFFECT("+10", "ck", "0b1"); n++;
|
||||
AFFECT("+10", "d", "0b0");
|
||||
AFFECT("+0", "ck", "0b0");
|
||||
|
||||
for (i = 0; i < samples[j] - n; i++) {
|
||||
AFFECT("+10", "ck", "0b1");
|
||||
AFFECT("+10", "ck", "0b0");
|
||||
}
|
||||
}
|
||||
SAV_GENPAT();
|
||||
}
|
||||
|
|
@ -0,0 +1,50 @@
|
|||
#include <stdio.h>
|
||||
#include <genpat.h>
|
||||
|
||||
#define ARRAY_SIZE(x) (sizeof(x)/sizeof(*x))
|
||||
|
||||
int main(void)
|
||||
{
|
||||
int i, j, samples[] = {190, 191, 192, 193, 379, 380, 381, 382};
|
||||
char s[1024];
|
||||
|
||||
DEF_GENPAT("core");
|
||||
|
||||
/* interface */
|
||||
DECLAR("ck", ":1", "B", IN, "", "");
|
||||
DECLAR("d", ":1", "B", IN, "", "");
|
||||
DECLAR("o", ":1", "B", OUT, "0 to 22", "");
|
||||
DECLAR("vdd", ":2", "B", IN, "", "");
|
||||
DECLAR("vss", ":2", "B", IN, "", "");
|
||||
#if 0
|
||||
DECLAR("tuner.start", ":2", "B", SIGNAL, "", "");
|
||||
DECLAR("tuner.incr_reg", ":2", "X", REGISTER, "14 downto 0", "");
|
||||
DECLAR("tuner.test_out", ":2", "B", SIGNAL, "14", "");
|
||||
DECLAR("tuner.norm_reg", ":2", "X", REGISTER, "14 downto 0", "");
|
||||
DECLAR("tuner.subs_out", ":2", "X", SIGNAL, "8 downto 0", "");
|
||||
DECLAR("tuner.deco_reg", ":2", "X", REGISTER, "7 downto 0", "");
|
||||
#endif
|
||||
|
||||
LABEL("tuner");
|
||||
SETTUNIT("ns");
|
||||
AFFECT("0", "ck", "0b0");
|
||||
AFFECT("0", "d", "0b0");
|
||||
AFFECT("0", "vdd", "0b1");
|
||||
AFFECT("0", "vss", "0b0");
|
||||
|
||||
for (j = 0; j < ARRAY_SIZE(samples); j++) {
|
||||
int n = 0;
|
||||
AFFECT("+10", "ck", "0b1"); n++;
|
||||
AFFECT("+10", "d", "0b1");
|
||||
AFFECT("+0", "ck", "0b0");
|
||||
AFFECT("+10", "ck", "0b1"); n++;
|
||||
AFFECT("+10", "d", "0b0");
|
||||
AFFECT("+0", "ck", "0b0");
|
||||
|
||||
for (i = 0; i < samples[j] - n; i++) {
|
||||
AFFECT("+10", "ck", "0b1");
|
||||
AFFECT("+10", "ck", "0b0");
|
||||
}
|
||||
}
|
||||
SAV_GENPAT();
|
||||
}
|
||||
|
|
@ -0,0 +1,23 @@
|
|||
DEFINE DREAL_LOWER_GRID_STEP 10
|
||||
DEFINE DREAL_LOWER_FIGURE_STEP 0.1
|
||||
DEFINE DREAL_LOWER_INSTANCE_STEP 0.1
|
||||
DEFINE DREAL_LOWER_CONNECTOR_STEP 0.5
|
||||
DEFINE DREAL_LOWER_SEGMENT_STEP 0.7
|
||||
DEFINE DREAL_LOWER_REFERENCE_STEP 1.0
|
||||
DEFINE DREAL_CURSOR_COLOR_NAME Gray
|
||||
DEFINE DREAL_CURSOR_SIZE 10
|
||||
TABLE DREAL_RDS_LAYER_NAME
|
||||
RDS_NWELL NTUB tan Black
|
||||
RDS_PWELL IMPF coral Black
|
||||
RDS_POLY POL1 red Black
|
||||
RDS_CONT CONT dark_violet Black
|
||||
RDS_ALU1 MET1 royal_blue Black
|
||||
RDS_VIA1 VIA1 deep_sky_blue Black
|
||||
RDS_ALU2 MET2 cyan Black
|
||||
RDS_VIA2 VIA2 deep_pink Black
|
||||
RDS_ALU3 MET3 light_pink Black
|
||||
RDS_ACTIV DIFF brown Black
|
||||
RDS_NIMP NPLS forest_green Black
|
||||
RDS_PIMP PPLS goldenrod Black
|
||||
RDS_CPAS PADL gray Black
|
||||
END
|
||||
|
|
@ -0,0 +1,261 @@
|
|||
#Fake 0.5 micron, twin tub technomogy
|
||||
|
||||
DEFINE PHYSICAL_GRID 0.050
|
||||
|
||||
DEFINE LAMBDA 0.500
|
||||
|
||||
TABLE MBK_TO_RDS_SEGMENT
|
||||
|
||||
NWELL RDS_NWELL VW 1.550 3.100 0.000 ALL\
|
||||
RDS_PWELL VW 1.550 3.100 0.000 ALL
|
||||
NDIF RDS_NDIF VW 0.250 0.000 0.000 EXT\
|
||||
RDS_ACTIV VW 0.250 0.000 0.000 DRC\
|
||||
RDS_NIMP VW 0.650 0.800 0.000 DRC
|
||||
PDIF RDS_PDIF VW 0.250 0.000 0.000 EXT\
|
||||
RDS_ACTIV VW 0.250 0.000 0.000 DRC\
|
||||
RDS_PIMP VW 0.650 0.800 0.000 DRC\
|
||||
RDS_PWELL VW 2.050 3.600 0.000 DRC\
|
||||
RDS_NWELL VW 2.050 3.600 0.000 DRC
|
||||
NTIE RDS_NTIE VW 0.250 0.000 0.000 EXT\
|
||||
RDS_ACTIV VW 0.250 0.000 0.000 DRC\
|
||||
RDS_NIMP VW 0.650 0.800 0.000 DRC\
|
||||
RDS_NWELL VW 2.050 3.600 0.000 DRC\
|
||||
RDS_PWELL VW 2.050 3.600 0.000 DRC
|
||||
PTIE RDS_PTIE VW 0.250 0.000 0.000 EXT\
|
||||
RDS_ACTIV VW 0.250 0.000 0.000 DRC\
|
||||
RDS_PIMP VW 0.650 0.800 0.000 DRC
|
||||
NTRANS RDS_NDIF LCW -0.750 0.950 0.050 EXT\
|
||||
RDS_NDIF RCW -0.750 0.950 0.050 EXT\
|
||||
RDS_POLY VW 0.000 0.100 0.000 ALL\
|
||||
RDS_ACTIV VW -0.600 2.000 0.000 DRC\
|
||||
RDS_NIMP VW -0.350 2.800 0.000 DRC
|
||||
PTRANS RDS_PDIF LCW -0.750 0.950 0.050 EXT\
|
||||
RDS_PDIF RCW -0.750 0.950 0.050 EXT\
|
||||
RDS_POLY VW 0.000 0.100 0.000 ALL\
|
||||
RDS_ACTIV VW -0.750 2.000 0.000 DRC\
|
||||
RDS_PIMP VW -0.350 2.800 0.000 DRC\
|
||||
RDS_NWELL VW 1.050 5.600 0.000 DRC\
|
||||
RDS_PWELL VW 1.050 5.600 0.000 DRC
|
||||
POLY RDS_POLY VW 0.300 0.100 0.000 ALL
|
||||
CALU1 RDS_ALU1 VW 0.450 0.400 0.000 ALL
|
||||
ALU1 RDS_ALU1 VW 0.450 0.400 0.000 ALL
|
||||
CALU2 RDS_ALU2 VW 0.500 0.000 0.000 ALL
|
||||
ALU2 RDS_ALU2 VW 0.500 0.000 0.000 ALL
|
||||
ALU3 RDS_ALU3 VW 0.600 0.200 0.000 ALL
|
||||
CALU3 RDS_ALU3 VW 0.600 0.200 0.000 ALL
|
||||
END
|
||||
TABLE MBK_TO_RDS_CONNECTOR
|
||||
POLY RDS_POLY 0.300 0.100
|
||||
ALU1 RDS_ALU1 0.450 0.400
|
||||
ALU2 RDS_ALU2 0.500 0.000
|
||||
ALU3 RDS_ALU3 0.600 0.200
|
||||
END
|
||||
TABLE MBK_TO_RDS_REFERENCE
|
||||
REF_REF RDS_REF 0.900
|
||||
REF_CON RDS_REF 0.900
|
||||
END
|
||||
TABLE MBK_TO_RDS_VIA
|
||||
CONT_BODY_N \
|
||||
RDS_ALU1 1.400 ALL\
|
||||
RDS_CONT 0.600 ALL\
|
||||
RDS_ACTIV 1.500 DRC\
|
||||
RDS_NIMP 2.300 DRC\
|
||||
RDS_NWELL 5.100 DRC\
|
||||
RDS_PWELL 5.100 DRC\
|
||||
RDS_NDIF 1.500 EXT
|
||||
CONT_BODY_P \
|
||||
RDS_ALU1 1.400 ALL\
|
||||
RDS_CONT 0.600 ALL\
|
||||
RDS_ACTIV 1.500 DRC\
|
||||
RDS_PIMP 2.300 DRC\
|
||||
RDS_PDIF 1.500 EXT
|
||||
CONT_DIF_N \
|
||||
RDS_ALU1 1.400 ALL\
|
||||
RDS_CONT 0.600 ALL\
|
||||
RDS_ACTIV 1.500 DRC\
|
||||
RDS_NIMP 2.300 DRC\
|
||||
RDS_NDIF 1.500 EXT
|
||||
CONT_DIF_P \
|
||||
RDS_ALU1 1.400 ALL\
|
||||
RDS_CONT 0.600 ALL\
|
||||
RDS_ACTIV 1.500 DRC\
|
||||
RDS_PIMP 2.300 DRC\
|
||||
RDS_PWELL 5.100 DRC\
|
||||
RDS_NWELL 5.100 DRC\
|
||||
RDS_PDIF 1.500 EXT
|
||||
CONT_POLY \
|
||||
RDS_ALU1 1.400 ALL\
|
||||
RDS_CONT 0.600 ALL\
|
||||
RDS_POLY 1.600 ALL
|
||||
CONT_VIA \
|
||||
RDS_ALU1 1.500 ALL\
|
||||
RDS_VIA1 0.700 ALL\
|
||||
RDS_ALU2 1.500 ALL
|
||||
CONT_VIA2 \
|
||||
RDS_ALU2 1.500 ALL\
|
||||
RDS_VIA2 0.700 ALL\
|
||||
RDS_ALU3 1.500 ALL
|
||||
C_X_N \
|
||||
RDS_POLY 0.600 ALL\
|
||||
RDS_ACTIV 2.500 DRC\
|
||||
RDS_NIMP 3.300 DRC\
|
||||
RDS_NDIF 2.500 EXT
|
||||
C_X_P \
|
||||
RDS_POLY 0.600 ALL\
|
||||
RDS_ACTIV 2.500 DRC\
|
||||
RDS_PIMP 3.300 DRC\
|
||||
RDS_PWELL 6.100 DRC\
|
||||
RDS_NWELL 6.100 DRC\
|
||||
RDS_PDIF 2.500 EXT
|
||||
END
|
||||
|
||||
TABLE MBK_TO_RDS_BIGVIA_HOLE
|
||||
CONT_VIA RDS_VIA1 1 4 ALL
|
||||
CONT_VIA2 RDS_VIA2 1 4 ALL
|
||||
CONT_VIA3 RDS_VIA3 1 4 ALL
|
||||
CONT_VIA5 RDS_VIA3 1 9 ALL
|
||||
CONT_VIA6 RDS_VIA3 1 9 ALL
|
||||
END
|
||||
|
||||
TABLE MBK_TO_RDS_BIGVIA_METAL
|
||||
CONT_VIA RDS_ALU1 0.0 0.5 ALL RDS_ALU2 0.0 0.5 ALL
|
||||
CONT_VIA2 RDS_ALU2 0.0 0.5 ALL RDS_ALU3 0.0 0.5 ALL
|
||||
CONT_VIA3 RDS_ALU3 0.0 0.5 ALL RDS_ALU4 0.0 0.5 ALL
|
||||
CONT_VIA4 RDS_ALU4 0.0 0.5 ALL RDS_ALU5 0.0 0.5 ALL
|
||||
CONT_VIA5 RDS_ALU5 0.0 0.5 ALL RDS_ALU6 0.0 0.5 ALL
|
||||
END
|
||||
|
||||
TABLE MBK_TO_RDS_TURNVIA
|
||||
CONT_TURN1 RDS_ALU1 0 ALL
|
||||
CONT_TURN2 RDS_ALU2 0 ALL
|
||||
CONT_TURN3 RDS_ALU3 0 ALL
|
||||
CONT_TURN4 RDS_ALU4 0 ALL
|
||||
CONT_TURN5 RDS_ALU5 0 ALL
|
||||
CONT_TURN6 RDS_ALU6 0 ALL
|
||||
END
|
||||
|
||||
TABLE CIF_LAYER
|
||||
RDS_NWELL NTUB
|
||||
RDS_PWELL FIMP
|
||||
RDS_POLY POLY1
|
||||
RDS_CONT CONT
|
||||
RDS_ALU1 MET1
|
||||
RDS_VIA1 VIA
|
||||
RDS_ALU2 MET2
|
||||
RDS_ACTIV DIFF
|
||||
RDS_NIMP NPLUS
|
||||
RDS_PIMP PPLUS
|
||||
RDS_CPAS PAD
|
||||
RDS_ALU3 MET3
|
||||
RDS_VIA2 VIA2
|
||||
END
|
||||
TABLE GDS_LAYER
|
||||
RDS_NWELL 5
|
||||
RDS_PWELL 8
|
||||
RDS_POLY 20
|
||||
RDS_CONT 34
|
||||
RDS_ALU1 35
|
||||
RDS_VIA1 36
|
||||
RDS_ALU2 37
|
||||
RDS_ACTIV 10
|
||||
RDS_NIMP 23
|
||||
RDS_PIMP 24
|
||||
RDS_CPAS 40
|
||||
RDS_ALU3 39
|
||||
RDS_VIA2 38
|
||||
END
|
||||
TABLE S2R_OVERSIZE_DENOTCH
|
||||
RDS_NWELL 2.400
|
||||
RDS_PWELL 2.400
|
||||
RDS_POLY 0.350
|
||||
RDS_ALU1 0.350
|
||||
RDS_ALU2 0.350
|
||||
RDS_ACTIV 0.550
|
||||
RDS_NIMP 0.450
|
||||
RDS_PIMP 0.450
|
||||
RDS_ALU3 0.450
|
||||
END
|
||||
TABLE S2R_BLOC_RING_WIDTH
|
||||
RDS_NWELL 4.800
|
||||
RDS_PWELL 4.800
|
||||
RDS_POLY 0.800
|
||||
RDS_ALU1 0.800
|
||||
RDS_ALU2 0.800
|
||||
RDS_ACTIV 1.200
|
||||
RDS_NIMP 0.900
|
||||
RDS_PIMP 0.900
|
||||
RDS_ALU3 1.000
|
||||
END
|
||||
TABLE S2R_MINIMUM_LAYER_WIDTH
|
||||
RDS_NWELL 3.000
|
||||
RDS_PWELL 3.000
|
||||
RDS_POLY 0.600
|
||||
RDS_ALU1 0.900
|
||||
RDS_ALU2 1.000
|
||||
RDS_ACTIV 1.000
|
||||
RDS_NIMP 0.900
|
||||
RDS_PIMP 0.900
|
||||
RDS_ALU3 1.200
|
||||
END
|
||||
TABLE S2R_POST_TREAT
|
||||
RDS_NWELL TREAT NULL
|
||||
RDS_PWELL TREAT NULL
|
||||
RDS_POLY TREAT NULL
|
||||
RDS_CONT NOTREAT NULL
|
||||
RDS_ALU1 TREAT NULL
|
||||
RDS_VIA1 NOTREAT NULL
|
||||
RDS_ALU2 TREAT NULL
|
||||
RDS_ACTIV TREAT NULL
|
||||
RDS_NIMP TREAT RDS_PIMP
|
||||
RDS_PIMP TREAT RDS_NIMP
|
||||
RDS_ABOX NOTREAT NULL
|
||||
RDS_VIA2 NOTREAT NULL
|
||||
RDS_ALU3 TREAT NULL
|
||||
END
|
||||
TABLE LYNX_TRANSISTOR
|
||||
NTRANS NTRANS C_X_N RDS_POLY RDS_NDIF RDS_ACTIV RDS_PWELL
|
||||
PTRANS PTRANS C_X_P RDS_POLY RDS_PDIF RDS_ACTIV RDS_NWELL
|
||||
END
|
||||
TABLE LYNX_DIFFUSION
|
||||
RDS_NDIF RDS_ACTIV 1 RDS_NIMP 1 RDS_NWELL 0
|
||||
RDS_PDIF RDS_ACTIV 1 RDS_PIMP 1 RDS_NWELL 1
|
||||
RDS_NTIE RDS_ACTIV 1 RDS_NIMP 1 RDS_NWELL 1
|
||||
RDS_PTIE RDS_ACTIV 1 RDS_PIMP 1 RDS_NWELL 0
|
||||
END
|
||||
TABLE LYNX_RESISTOR
|
||||
RDS_POLY 0
|
||||
RDS_ALU1 0
|
||||
RDS_ALU2 0
|
||||
RDS_ALU3 0
|
||||
RDS_ALU3 0
|
||||
RDS_ALU4 0
|
||||
RDS_CONT 0
|
||||
RDS_VIA1 0
|
||||
RDS_VIA2 0
|
||||
RDS_VIA3 0
|
||||
END
|
||||
TABLE LYNX_GRAPH
|
||||
RDS_NDIF RDS_CONT RDS_NDIF
|
||||
RDS_PDIF RDS_CONT RDS_PDIF
|
||||
RDS_NTIE RDS_CONT RDS_NTIE
|
||||
RDS_PTIE RDS_CONT RDS_PTIE
|
||||
RDS_POLY RDS_CONT RDS_POLY
|
||||
RDS_CONT RDS_PDIF RDS_NDIF RDS_POLY RDS_ALU1 RDS_CONT
|
||||
RDS_ALU1 RDS_CONT RDS_VIA1 RDS_ALU1 RDS_REF
|
||||
RDS_REF RDS_CONT RDS_VIA1 RDS_ALU1 RDS_REF
|
||||
RDS_VIA1 RDS_ALU1 RDS_ALU2 RDS_VIA1
|
||||
RDS_ALU2 RDS_VIA1 RDS_VIA2 RDS_ALU2
|
||||
RDS_VIA2 RDS_ALU2 RDS_ALU3 RDS_VIA2
|
||||
RDS_ALU3 RDS_VIA2 RDS_ALU3
|
||||
END
|
||||
TABLE LYNX_CAPA
|
||||
RDS_POLY 9.9e-05 4.8e-05
|
||||
RDS_ALU1 4.1e-05 5.1e-05
|
||||
RDS_ALU2 2.4e-05 4.6e-05
|
||||
RDS_ALU3 2.4e-05 4.6e-05
|
||||
END
|
||||
|
||||
TABLE LYNX_BULK_IMPLICIT
|
||||
# NWELL EXPLICIT
|
||||
# PWELL IMPLICIT
|
||||
END
|
||||
|
|
@ -0,0 +1,501 @@
|
|||
(rds to CIF driver cvs version $Revision: 1.1 $
|
||||
technology fake05.rds
|
||||
Tue Jul 27 18:03:47 2004
|
||||
padreal
|
||||
fred);
|
||||
|
||||
DS1 5 2;
|
||||
9 padreal;
|
||||
LMET1;
|
||||
B2994 3120 1693 2700;
|
||||
B2994 4704 1693 1908;
|
||||
LVIA;
|
||||
B40 40 488 1200;
|
||||
B40 40 288 1200;
|
||||
B40 40 888 1200;
|
||||
B40 40 688 1200;
|
||||
B40 40 1288 1200;
|
||||
B40 40 1088 1200;
|
||||
B40 40 1688 1200;
|
||||
B40 40 1488 1200;
|
||||
B40 40 2088 1200;
|
||||
B40 40 1888 1200;
|
||||
B40 40 2488 1200;
|
||||
B40 40 2288 1200;
|
||||
B40 40 2888 1200;
|
||||
B40 40 2688 1200;
|
||||
B40 40 3088 1200;
|
||||
B40 40 488 1600;
|
||||
B40 40 488 1400;
|
||||
B40 40 288 1600;
|
||||
B40 40 288 1400;
|
||||
B40 40 888 1600;
|
||||
B40 40 888 1400;
|
||||
B40 40 688 1600;
|
||||
B40 40 688 1400;
|
||||
B40 40 1288 1600;
|
||||
B40 40 1288 1400;
|
||||
B40 40 1088 1600;
|
||||
B40 40 1088 1400;
|
||||
B40 40 1688 1600;
|
||||
B40 40 1688 1400;
|
||||
B40 40 1488 1600;
|
||||
B40 40 1488 1400;
|
||||
B40 40 2088 1600;
|
||||
B40 40 2088 1400;
|
||||
B40 40 1888 1600;
|
||||
B40 40 1888 1400;
|
||||
B40 40 2488 1600;
|
||||
B40 40 2488 1400;
|
||||
B40 40 2288 1600;
|
||||
B40 40 2288 1400;
|
||||
B40 40 2888 1600;
|
||||
B40 40 2888 1400;
|
||||
B40 40 2688 1600;
|
||||
B40 40 2688 1400;
|
||||
B40 40 3088 1600;
|
||||
B40 40 3088 1400;
|
||||
B40 40 488 2000;
|
||||
B40 40 488 1800;
|
||||
B40 40 288 2000;
|
||||
B40 40 288 1800;
|
||||
B40 40 888 2000;
|
||||
B40 40 888 1800;
|
||||
B40 40 688 2000;
|
||||
B40 40 688 1800;
|
||||
B40 40 1288 2000;
|
||||
B40 40 1288 1800;
|
||||
B40 40 1088 2000;
|
||||
B40 40 1088 1800;
|
||||
B40 40 1688 2000;
|
||||
B40 40 1688 1800;
|
||||
B40 40 1488 2000;
|
||||
B40 40 1488 1800;
|
||||
B40 40 2088 2000;
|
||||
B40 40 2088 1800;
|
||||
B40 40 1888 2000;
|
||||
B40 40 1888 1800;
|
||||
B40 40 2488 2000;
|
||||
B40 40 2488 1800;
|
||||
B40 40 2288 2000;
|
||||
B40 40 2288 1800;
|
||||
B40 40 2888 2000;
|
||||
B40 40 2888 1800;
|
||||
B40 40 2688 2000;
|
||||
B40 40 2688 1800;
|
||||
B40 40 3088 2000;
|
||||
B40 40 3088 1800;
|
||||
B40 40 488 2400;
|
||||
B40 40 488 2200;
|
||||
B40 40 288 2400;
|
||||
B40 40 288 2200;
|
||||
B40 40 888 2400;
|
||||
B40 40 888 2200;
|
||||
B40 40 688 2400;
|
||||
B40 40 688 2200;
|
||||
B40 40 1288 2400;
|
||||
B40 40 1288 2200;
|
||||
B40 40 1088 2400;
|
||||
B40 40 1088 2200;
|
||||
B40 40 1688 2400;
|
||||
B40 40 1688 2200;
|
||||
B40 40 1488 2400;
|
||||
B40 40 1488 2200;
|
||||
B40 40 2088 2400;
|
||||
B40 40 2088 2200;
|
||||
B40 40 1888 2400;
|
||||
B40 40 1888 2200;
|
||||
B40 40 2488 2400;
|
||||
B40 40 2488 2200;
|
||||
B40 40 2288 2400;
|
||||
B40 40 2288 2200;
|
||||
B40 40 2888 2400;
|
||||
B40 40 2888 2200;
|
||||
B40 40 2688 2400;
|
||||
B40 40 2688 2200;
|
||||
B40 40 3088 2400;
|
||||
B40 40 3088 2200;
|
||||
B40 40 488 2800;
|
||||
B40 40 488 2600;
|
||||
B40 40 288 2800;
|
||||
B40 40 288 2600;
|
||||
B40 40 888 2800;
|
||||
B40 40 888 2600;
|
||||
B40 40 688 2800;
|
||||
B40 40 688 2600;
|
||||
B40 40 1288 2800;
|
||||
B40 40 1288 2600;
|
||||
B40 40 1088 2800;
|
||||
B40 40 1088 2600;
|
||||
B40 40 1688 2800;
|
||||
B40 40 1688 2600;
|
||||
B40 40 1488 2800;
|
||||
B40 40 1488 2600;
|
||||
B40 40 2088 2800;
|
||||
B40 40 2088 2600;
|
||||
B40 40 1888 2800;
|
||||
B40 40 1888 2600;
|
||||
B40 40 2488 2800;
|
||||
B40 40 2488 2600;
|
||||
B40 40 2288 2800;
|
||||
B40 40 2288 2600;
|
||||
B40 40 2888 2800;
|
||||
B40 40 2888 2600;
|
||||
B40 40 2688 2800;
|
||||
B40 40 2688 2600;
|
||||
B40 40 3088 2800;
|
||||
B40 40 3088 2600;
|
||||
B40 40 488 3200;
|
||||
B40 40 488 3000;
|
||||
B40 40 288 3200;
|
||||
B40 40 288 3000;
|
||||
B40 40 888 3200;
|
||||
B40 40 888 3000;
|
||||
B40 40 688 3200;
|
||||
B40 40 688 3000;
|
||||
B40 40 1288 3200;
|
||||
B40 40 1288 3000;
|
||||
B40 40 1088 3200;
|
||||
B40 40 1088 3000;
|
||||
B40 40 1688 3200;
|
||||
B40 40 1688 3000;
|
||||
B40 40 1488 3200;
|
||||
B40 40 1488 3000;
|
||||
B40 40 2088 3200;
|
||||
B40 40 2088 3000;
|
||||
B40 40 1888 3200;
|
||||
B40 40 1888 3000;
|
||||
B40 40 2488 3200;
|
||||
B40 40 2488 3000;
|
||||
B40 40 2288 3200;
|
||||
B40 40 2288 3000;
|
||||
B40 40 2888 3200;
|
||||
B40 40 2888 3000;
|
||||
B40 40 2688 3200;
|
||||
B40 40 2688 3000;
|
||||
B40 40 3088 3200;
|
||||
B40 40 3088 3000;
|
||||
B40 40 488 3600;
|
||||
B40 40 488 3400;
|
||||
B40 40 288 3600;
|
||||
B40 40 288 3400;
|
||||
B40 40 888 3600;
|
||||
B40 40 888 3400;
|
||||
B40 40 688 3600;
|
||||
B40 40 688 3400;
|
||||
B40 40 1288 3600;
|
||||
B40 40 1288 3400;
|
||||
B40 40 1088 3600;
|
||||
B40 40 1088 3400;
|
||||
B40 40 1688 3600;
|
||||
B40 40 1688 3400;
|
||||
B40 40 1488 3600;
|
||||
B40 40 1488 3400;
|
||||
B40 40 2088 3600;
|
||||
B40 40 2088 3400;
|
||||
B40 40 1888 3600;
|
||||
B40 40 1888 3400;
|
||||
B40 40 2488 3600;
|
||||
B40 40 2488 3400;
|
||||
B40 40 2288 3600;
|
||||
B40 40 2288 3400;
|
||||
B40 40 2888 3600;
|
||||
B40 40 2888 3400;
|
||||
B40 40 2688 3600;
|
||||
B40 40 2688 3400;
|
||||
B40 40 3088 3600;
|
||||
B40 40 3088 3400;
|
||||
B40 40 488 4000;
|
||||
B40 40 488 3800;
|
||||
B40 40 288 4000;
|
||||
B40 40 288 3800;
|
||||
B40 40 888 4000;
|
||||
B40 40 888 3800;
|
||||
B40 40 688 4000;
|
||||
B40 40 688 3800;
|
||||
B40 40 1288 4000;
|
||||
B40 40 1288 3800;
|
||||
B40 40 1088 4000;
|
||||
B40 40 1088 3800;
|
||||
B40 40 1688 4000;
|
||||
B40 40 1688 3800;
|
||||
B40 40 1488 4000;
|
||||
B40 40 1488 3800;
|
||||
B40 40 2088 4000;
|
||||
B40 40 2088 3800;
|
||||
B40 40 1888 4000;
|
||||
B40 40 1888 3800;
|
||||
B40 40 2488 4000;
|
||||
B40 40 2488 3800;
|
||||
B40 40 2288 4000;
|
||||
B40 40 2288 3800;
|
||||
B40 40 2888 4000;
|
||||
B40 40 2888 3800;
|
||||
B40 40 2688 4000;
|
||||
B40 40 2688 3800;
|
||||
B40 40 3088 4000;
|
||||
B40 40 3088 3800;
|
||||
B40 40 488 4200;
|
||||
B40 40 288 4200;
|
||||
B40 40 888 4200;
|
||||
B40 40 688 4200;
|
||||
B40 40 1288 4200;
|
||||
B40 40 1088 4200;
|
||||
B40 40 1688 4200;
|
||||
B40 40 1488 4200;
|
||||
B40 40 2088 4200;
|
||||
B40 40 1888 4200;
|
||||
B40 40 2488 4200;
|
||||
B40 40 2288 4200;
|
||||
B40 40 2888 4200;
|
||||
B40 40 2688 4200;
|
||||
B40 40 3088 4200;
|
||||
LMET2;
|
||||
B2994 3120 1693 2700;
|
||||
LVIA2;
|
||||
B40 40 488 1200;
|
||||
B40 40 288 1200;
|
||||
B40 40 888 1200;
|
||||
B40 40 688 1200;
|
||||
B40 40 1288 1200;
|
||||
B40 40 1088 1200;
|
||||
B40 40 1688 1200;
|
||||
B40 40 1488 1200;
|
||||
B40 40 2088 1200;
|
||||
B40 40 1888 1200;
|
||||
B40 40 2488 1200;
|
||||
B40 40 2288 1200;
|
||||
B40 40 2888 1200;
|
||||
B40 40 2688 1200;
|
||||
B40 40 3088 1200;
|
||||
B40 40 488 1600;
|
||||
B40 40 488 1400;
|
||||
B40 40 288 1600;
|
||||
B40 40 288 1400;
|
||||
B40 40 888 1600;
|
||||
B40 40 888 1400;
|
||||
B40 40 688 1600;
|
||||
B40 40 688 1400;
|
||||
B40 40 1288 1600;
|
||||
B40 40 1288 1400;
|
||||
B40 40 1088 1600;
|
||||
B40 40 1088 1400;
|
||||
B40 40 1688 1600;
|
||||
B40 40 1688 1400;
|
||||
B40 40 1488 1600;
|
||||
B40 40 1488 1400;
|
||||
B40 40 2088 1600;
|
||||
B40 40 2088 1400;
|
||||
B40 40 1888 1600;
|
||||
B40 40 1888 1400;
|
||||
B40 40 2488 1600;
|
||||
B40 40 2488 1400;
|
||||
B40 40 2288 1600;
|
||||
B40 40 2288 1400;
|
||||
B40 40 2888 1600;
|
||||
B40 40 2888 1400;
|
||||
B40 40 2688 1600;
|
||||
B40 40 2688 1400;
|
||||
B40 40 3088 1600;
|
||||
B40 40 3088 1400;
|
||||
B40 40 488 2000;
|
||||
B40 40 488 1800;
|
||||
B40 40 288 2000;
|
||||
B40 40 288 1800;
|
||||
B40 40 888 2000;
|
||||
B40 40 888 1800;
|
||||
B40 40 688 2000;
|
||||
B40 40 688 1800;
|
||||
B40 40 1288 2000;
|
||||
B40 40 1288 1800;
|
||||
B40 40 1088 2000;
|
||||
B40 40 1088 1800;
|
||||
B40 40 1688 2000;
|
||||
B40 40 1688 1800;
|
||||
B40 40 1488 2000;
|
||||
B40 40 1488 1800;
|
||||
B40 40 2088 2000;
|
||||
B40 40 2088 1800;
|
||||
B40 40 1888 2000;
|
||||
B40 40 1888 1800;
|
||||
B40 40 2488 2000;
|
||||
B40 40 2488 1800;
|
||||
B40 40 2288 2000;
|
||||
B40 40 2288 1800;
|
||||
B40 40 2888 2000;
|
||||
B40 40 2888 1800;
|
||||
B40 40 2688 2000;
|
||||
B40 40 2688 1800;
|
||||
B40 40 3088 2000;
|
||||
B40 40 3088 1800;
|
||||
B40 40 488 2400;
|
||||
B40 40 488 2200;
|
||||
B40 40 288 2400;
|
||||
B40 40 288 2200;
|
||||
B40 40 888 2400;
|
||||
B40 40 888 2200;
|
||||
B40 40 688 2400;
|
||||
B40 40 688 2200;
|
||||
B40 40 1288 2400;
|
||||
B40 40 1288 2200;
|
||||
B40 40 1088 2400;
|
||||
B40 40 1088 2200;
|
||||
B40 40 1688 2400;
|
||||
B40 40 1688 2200;
|
||||
B40 40 1488 2400;
|
||||
B40 40 1488 2200;
|
||||
B40 40 2088 2400;
|
||||
B40 40 2088 2200;
|
||||
B40 40 1888 2400;
|
||||
B40 40 1888 2200;
|
||||
B40 40 2488 2400;
|
||||
B40 40 2488 2200;
|
||||
B40 40 2288 2400;
|
||||
B40 40 2288 2200;
|
||||
B40 40 2888 2400;
|
||||
B40 40 2888 2200;
|
||||
B40 40 2688 2400;
|
||||
B40 40 2688 2200;
|
||||
B40 40 3088 2400;
|
||||
B40 40 3088 2200;
|
||||
B40 40 488 2800;
|
||||
B40 40 488 2600;
|
||||
B40 40 288 2800;
|
||||
B40 40 288 2600;
|
||||
B40 40 888 2800;
|
||||
B40 40 888 2600;
|
||||
B40 40 688 2800;
|
||||
B40 40 688 2600;
|
||||
B40 40 1288 2800;
|
||||
B40 40 1288 2600;
|
||||
B40 40 1088 2800;
|
||||
B40 40 1088 2600;
|
||||
B40 40 1688 2800;
|
||||
B40 40 1688 2600;
|
||||
B40 40 1488 2800;
|
||||
B40 40 1488 2600;
|
||||
B40 40 2088 2800;
|
||||
B40 40 2088 2600;
|
||||
B40 40 1888 2800;
|
||||
B40 40 1888 2600;
|
||||
B40 40 2488 2800;
|
||||
B40 40 2488 2600;
|
||||
B40 40 2288 2800;
|
||||
B40 40 2288 2600;
|
||||
B40 40 2888 2800;
|
||||
B40 40 2888 2600;
|
||||
B40 40 2688 2800;
|
||||
B40 40 2688 2600;
|
||||
B40 40 3088 2800;
|
||||
B40 40 3088 2600;
|
||||
B40 40 488 3200;
|
||||
B40 40 488 3000;
|
||||
B40 40 288 3200;
|
||||
B40 40 288 3000;
|
||||
B40 40 888 3200;
|
||||
B40 40 888 3000;
|
||||
B40 40 688 3200;
|
||||
B40 40 688 3000;
|
||||
B40 40 1288 3200;
|
||||
B40 40 1288 3000;
|
||||
B40 40 1088 3200;
|
||||
B40 40 1088 3000;
|
||||
B40 40 1688 3200;
|
||||
B40 40 1688 3000;
|
||||
B40 40 1488 3200;
|
||||
B40 40 1488 3000;
|
||||
B40 40 2088 3200;
|
||||
B40 40 2088 3000;
|
||||
B40 40 1888 3200;
|
||||
B40 40 1888 3000;
|
||||
B40 40 2488 3200;
|
||||
B40 40 2488 3000;
|
||||
B40 40 2288 3200;
|
||||
B40 40 2288 3000;
|
||||
B40 40 2888 3200;
|
||||
B40 40 2888 3000;
|
||||
B40 40 2688 3200;
|
||||
B40 40 2688 3000;
|
||||
B40 40 3088 3200;
|
||||
B40 40 3088 3000;
|
||||
B40 40 488 3600;
|
||||
B40 40 488 3400;
|
||||
B40 40 288 3600;
|
||||
B40 40 288 3400;
|
||||
B40 40 888 3600;
|
||||
B40 40 888 3400;
|
||||
B40 40 688 3600;
|
||||
B40 40 688 3400;
|
||||
B40 40 1288 3600;
|
||||
B40 40 1288 3400;
|
||||
B40 40 1088 3600;
|
||||
B40 40 1088 3400;
|
||||
B40 40 1688 3600;
|
||||
B40 40 1688 3400;
|
||||
B40 40 1488 3600;
|
||||
B40 40 1488 3400;
|
||||
B40 40 2088 3600;
|
||||
B40 40 2088 3400;
|
||||
B40 40 1888 3600;
|
||||
B40 40 1888 3400;
|
||||
B40 40 2488 3600;
|
||||
B40 40 2488 3400;
|
||||
B40 40 2288 3600;
|
||||
B40 40 2288 3400;
|
||||
B40 40 2888 3600;
|
||||
B40 40 2888 3400;
|
||||
B40 40 2688 3600;
|
||||
B40 40 2688 3400;
|
||||
B40 40 3088 3600;
|
||||
B40 40 3088 3400;
|
||||
B40 40 488 4000;
|
||||
B40 40 488 3800;
|
||||
B40 40 288 4000;
|
||||
B40 40 288 3800;
|
||||
B40 40 888 4000;
|
||||
B40 40 888 3800;
|
||||
B40 40 688 4000;
|
||||
B40 40 688 3800;
|
||||
B40 40 1288 4000;
|
||||
B40 40 1288 3800;
|
||||
B40 40 1088 4000;
|
||||
B40 40 1088 3800;
|
||||
B40 40 1688 4000;
|
||||
B40 40 1688 3800;
|
||||
B40 40 1488 4000;
|
||||
B40 40 1488 3800;
|
||||
B40 40 2088 4000;
|
||||
B40 40 2088 3800;
|
||||
B40 40 1888 4000;
|
||||
B40 40 1888 3800;
|
||||
B40 40 2488 4000;
|
||||
B40 40 2488 3800;
|
||||
B40 40 2288 4000;
|
||||
B40 40 2288 3800;
|
||||
B40 40 2888 4000;
|
||||
B40 40 2888 3800;
|
||||
B40 40 2688 4000;
|
||||
B40 40 2688 3800;
|
||||
B40 40 3088 4000;
|
||||
B40 40 3088 3800;
|
||||
B40 40 488 4200;
|
||||
B40 40 288 4200;
|
||||
B40 40 888 4200;
|
||||
B40 40 688 4200;
|
||||
B40 40 1288 4200;
|
||||
B40 40 1088 4200;
|
||||
B40 40 1688 4200;
|
||||
B40 40 1488 4200;
|
||||
B40 40 2088 4200;
|
||||
B40 40 1888 4200;
|
||||
B40 40 2488 4200;
|
||||
B40 40 2288 4200;
|
||||
B40 40 2888 4200;
|
||||
B40 40 2688 4200;
|
||||
B40 40 3088 4200;
|
||||
LMET3;
|
||||
B2994 3120 1693 2700;
|
||||
DF;
|
||||
|
||||
C1;
|
||||
E
|
||||
Binary file not shown.
Binary file not shown.
|
|
@ -0,0 +1,33 @@
|
|||
TOP (
|
||||
(IOPIN ck.0 );
|
||||
(IOPIN d.0 );
|
||||
(IOPIN o(0).0 );
|
||||
(IOPIN o(1).0 );
|
||||
(IOPIN o(2).0 );
|
||||
)
|
||||
RIGHT (
|
||||
(IOPIN o(9).0 );
|
||||
(IOPIN o(8).0 );
|
||||
(IOPIN o(7).0 );
|
||||
(IOPIN o(6).0 );
|
||||
(IOPIN o(5).0 );
|
||||
(IOPIN o(4).0 );
|
||||
(IOPIN o(3).0 );
|
||||
)
|
||||
BOTTOM(
|
||||
(IOPIN o(14).0 );
|
||||
(IOPIN o(13).0 );
|
||||
(IOPIN o(12).0 );
|
||||
(IOPIN o(11).0 );
|
||||
(IOPIN o(10).0 );
|
||||
)
|
||||
LEFT (
|
||||
(IOPIN o(15).0 );
|
||||
(IOPIN o(16).0 );
|
||||
(IOPIN o(17).0 );
|
||||
(IOPIN o(18).0 );
|
||||
(IOPIN o(19).0 );
|
||||
(IOPIN o(20).0 );
|
||||
(IOPIN o(21).0 );
|
||||
(IOPIN o(22).0 );
|
||||
)
|
||||
|
|
@ -0,0 +1,4 @@
|
|||
north(pck pd po0 po1 pvdde pvsse po2)
|
||||
east (po9 po8 po7 po6 po5 po4 po3)
|
||||
south(po14 po13 po12 pvssi pvddi po11 po10)
|
||||
west (po15 po16 po17 po18 po19 po20 po21 po22)
|
||||
|
|
@ -0,0 +1,286 @@
|
|||
-- Instrument tuner
|
||||
-- Frequency of operation is 819200 Hz, obtained by dividing a
|
||||
-- 3276000 Hz quartz by four
|
||||
-- Author: Frédéric Pétrot
|
||||
entity tuner is
|
||||
port (
|
||||
ck : in bit;
|
||||
d : in bit;
|
||||
o : out bit_vector(0 to 22);
|
||||
vdd : in bit;
|
||||
vss : in bit
|
||||
);
|
||||
end tuner;
|
||||
|
||||
architecture dataflow of tuner is
|
||||
signal start : bit;
|
||||
-- input handling
|
||||
signal d_reg : reg_bit register; -- previous value of input
|
||||
|
||||
-- incrementer related things
|
||||
signal incr_out : bit_vector (14 downto 0); -- incrementer's result
|
||||
signal incr_cry : bit_vector (15 downto 0); -- incrementer's carry
|
||||
signal incr_reg : reg_vector (14 downto 0) register; -- incrementer register
|
||||
|
||||
-- normalizer related things
|
||||
-- reg must be at most 381 and cannot be less than 190 (hopefully)
|
||||
constant c382 : bit_vector(14 downto 0) := "000_0001_0111_1110";
|
||||
-- we must substract 190 from the shifted result
|
||||
constant c191 : bit_vector (8 downto 0) := "0_1011_1111";
|
||||
signal test_out : bit_vector (14 downto 0);
|
||||
signal test_cry : bit_vector (15 downto 0);
|
||||
signal norm_out : bit_vector (14 downto 0);
|
||||
signal norm_reg : reg_vector (14 downto 0) register;
|
||||
signal subs_out : bit_vector (8 downto 0);
|
||||
signal subs_cry : bit_vector (9 downto 0);
|
||||
signal deco_reg : reg_vector (7 downto 0) register;
|
||||
|
||||
begin
|
||||
|
||||
input : block (ck = '1' and not ck'STABLE)
|
||||
begin
|
||||
d_reg <= guarded d;
|
||||
end block;
|
||||
|
||||
start <= (not d_reg) and d;
|
||||
|
||||
-- compute the result out of the incrementer
|
||||
-- maximum value is 30582 for an very flat A (26.8 Hz)
|
||||
-- incr_out <= incr_reg + 1
|
||||
incr_out <= incr_reg xor incr_cry(14 downto 0);
|
||||
incr_cry (0) <= '1';
|
||||
incr_cry (15 downto 1) <= (incr_reg and incr_cry (14 downto 0));
|
||||
|
||||
incr : block (ck = '1' and not ck'stable)
|
||||
begin
|
||||
incr_reg <= guarded incr_out when start = '0' else B"000000000000000";
|
||||
end block;
|
||||
|
||||
-- normalize the incrementer output: shift until it reaches the
|
||||
-- [17D, BE] range values, and then subtract BE to fit between 0 and
|
||||
-- whatever
|
||||
-- test_out <= norm_reg - c382 = norm_reg + not c382 + 1
|
||||
test_out <= norm_reg xor not(c382) xor test_cry(14 downto 0);
|
||||
test_cry (0) <= '1';
|
||||
test_cry (15 downto 1) <= (norm_reg and test_cry (14 downto 0)) or
|
||||
(not(c382) and test_cry (14 downto 0)) or
|
||||
(norm_reg and not(c382) ) ;
|
||||
|
||||
-- loop until norm reg is less than 17E, keep its value otherwise
|
||||
-- norm_out <= norm_reg >> 2 if (norm_reg - c382) > 0
|
||||
-- norm_reg otherwise
|
||||
norm_out <= '0' & norm_reg(14 downto 1) when test_out(14) = '0'
|
||||
else norm_reg;
|
||||
|
||||
-- load norm_reg with incr_out when start is true
|
||||
norm : block (ck = '1' and not ck'stable)
|
||||
begin
|
||||
norm_reg <= guarded norm_out when start = '0' else incr_out;
|
||||
end block;
|
||||
|
||||
subs_out <= norm_reg(8 downto 0) xor not(c191) xor subs_cry(8 downto 0);
|
||||
subs_cry (0) <= '1';
|
||||
subs_cry (9 downto 1) <= (norm_reg(8 downto 0) and subs_cry (8 downto 0)) or
|
||||
(not(c191) and subs_cry (8 downto 0)) or
|
||||
(norm_reg(8 downto 0) and not(c191));
|
||||
|
||||
|
||||
deco : block (ck = '1' and not ck'stable)
|
||||
begin
|
||||
deco_reg <= guarded subs_out(7 downto 0) when test_out(14) = '1' else deco_reg;
|
||||
end block;
|
||||
|
||||
with deco_reg select
|
||||
o <= B"1000_0_0000_0111101_0011111" when B"10111110", -- 381 réb 380 (freq: 2161.258631)
|
||||
B"1000_0_0000_0111101_0011111" when B"10111101", -- 380 réb 380 (freq: 2161.258631)
|
||||
B"0100_0_0000_0111101_0011111" when B"10111100", -- 379 réb 377 (freq: 2175.174260)
|
||||
B"0100_0_0000_0111101_0011111" when B"10111011", -- 378 réb 377 (freq: 2175.174260)
|
||||
B"0100_0_0000_0111101_0011111" when B"10111010", -- 377 réb 377 (freq: 2175.174260)
|
||||
B"0010_0_0000_0111101_0011111" when B"10111001", -- 376 réb 375 (freq: 2189.179488)
|
||||
B"0010_0_0000_0111101_0011111" when B"10111000", -- 375 réb 375 (freq: 2189.179488)
|
||||
B"0001_0_0000_0111101_0011111" when B"10110111", -- 374 réb 373 (freq: 2203.274890)
|
||||
B"0001_0_0000_0111101_0011111" when B"10110110", -- 373 réb 373 (freq: 2203.274890)
|
||||
B"0001_0_0000_0111101_0011111" when B"10110101", -- 372 réb 370 (freq: 2217.461048)
|
||||
B"0001_0_0000_0111101_0011111" when B"10110100", -- 371 réb 370 (freq: 2217.461048)
|
||||
B"0000_1_0000_0111101_0011111" when B"10110011", -- 370 réb 370 (freq: 2217.461048)
|
||||
B"0000_0_1000_0111101_0011111" when B"10110010", -- 369 réb 368 (freq: 2231.738546)
|
||||
B"0000_0_1000_0111101_0011111" when B"10110001", -- 368 réb 368 (freq: 2231.738546)
|
||||
B"0000_0_0100_0111101_0011111" when B"10110000", -- 367 réb 365 (freq: 2246.107972)
|
||||
B"0000_0_0100_0111101_0011111" when B"10101111", -- 366 réb 365 (freq: 2246.107972)
|
||||
B"0000_0_0100_0111101_0011111" when B"10101110", -- 365 réb 365 (freq: 2246.107972)
|
||||
B"0000_0_0010_0111101_0011111" when B"10101101", -- 364 réb 363 (freq: 2260.569918)
|
||||
B"0000_0_0010_0111101_0011111" when B"10101100", -- 363 réb 363 (freq: 2260.569918)
|
||||
B"0000_0_0001_0111101_0011111" when B"10101011", -- 362 réb 361 (freq: 2275.124980)
|
||||
B"0000_0_0001_0111101_0011111" when B"10101010", -- 361 réb 361 (freq: 2275.124980)
|
||||
B"1000_0_0000_0111101_0000000" when B"10101001", -- 360 ré 358 (freq: 2289.773757)
|
||||
B"1000_0_0000_0111101_0000000" when B"10101000", -- 359 ré 358 (freq: 2289.773757)
|
||||
B"1000_0_0000_0111101_0000000" when B"10100111", -- 358 ré 358 (freq: 2289.773757)
|
||||
B"0100_0_0000_0111101_0000000" when B"10100110", -- 357 ré 356 (freq: 2304.516853)
|
||||
B"0100_0_0000_0111101_0000000" when B"10100101", -- 356 ré 356 (freq: 2304.516853)
|
||||
B"0010_0_0000_0111101_0000000" when B"10100100", -- 355 ré 354 (freq: 2319.354874)
|
||||
B"0010_0_0000_0111101_0000000" when B"10100011", -- 354 ré 354 (freq: 2319.354874)
|
||||
B"0001_0_0000_0111101_0000000" when B"10100010", -- 353 ré 352 (freq: 2334.288433)
|
||||
B"0001_0_0000_0111101_0000000" when B"10100001", -- 352 ré 352 (freq: 2334.288433)
|
||||
B"0001_0_0000_0111101_0000000" when B"10100000", -- 351 ré 349 (freq: 2349.318144)
|
||||
B"0001_0_0000_0111101_0000000" when B"10011111", -- 350 ré 349 (freq: 2349.318144)
|
||||
B"0000_1_0000_0111101_0000000" when B"10011110", -- 349 ré 349 (freq: 2349.318144)
|
||||
B"0000_0_1000_0111101_0000000" when B"10011101", -- 348 ré 347 (freq: 2364.444626)
|
||||
B"0000_0_1000_0111101_0000000" when B"10011100", -- 347 ré 347 (freq: 2364.444626)
|
||||
B"0000_0_0100_0111101_0000000" when B"10011011", -- 346 ré 345 (freq: 2379.668502)
|
||||
B"0000_0_0100_0111101_0000000" when B"10011010", -- 345 ré 345 (freq: 2379.668502)
|
||||
B"0000_0_0010_0111101_0000000" when B"10011001", -- 344 ré 343 (freq: 2394.990401)
|
||||
B"0000_0_0010_0111101_0000000" when B"10011000", -- 343 ré 343 (freq: 2394.990401)
|
||||
B"0000_0_0001_0111101_0000000" when B"10010111", -- 342 ré 341 (freq: 2410.410951)
|
||||
B"0000_0_0001_0111101_0000000" when B"10010110", -- 341 ré 341 (freq: 2410.410951)
|
||||
B"1000_0_0000_1001111_0011111" when B"10010101", -- 340 mib 338 (freq: 2425.930790)
|
||||
B"1000_0_0000_1001111_0011111" when B"10010100", -- 339 mib 338 (freq: 2425.930790)
|
||||
B"1000_0_0000_1001111_0011111" when B"10010011", -- 338 mib 338 (freq: 2425.930790)
|
||||
B"0100_0_0000_1001111_0011111" when B"10010010", -- 337 mib 336 (freq: 2441.550556)
|
||||
B"0100_0_0000_1001111_0011111" when B"10010001", -- 336 mib 336 (freq: 2441.550556)
|
||||
B"0010_0_0000_1001111_0011111" when B"10010000", -- 335 mib 334 (freq: 2457.270892)
|
||||
B"0010_0_0000_1001111_0011111" when B"10001111", -- 334 mib 334 (freq: 2457.270892)
|
||||
B"0001_0_0000_1001111_0011111" when B"10001110", -- 333 mib 332 (freq: 2473.092446)
|
||||
B"0001_0_0000_1001111_0011111" when B"10001101", -- 332 mib 332 (freq: 2473.092446)
|
||||
B"0001_0_0000_1001111_0011111" when B"10001100", -- 331 mib 330 (freq: 2489.015870)
|
||||
B"0000_1_0000_1001111_0011111" when B"10001011", -- 330 mib 330 (freq: 2489.015870)
|
||||
B"0000_0_1000_1001111_0011111" when B"10001010", -- 329 mib 328 (freq: 2505.041820)
|
||||
B"0000_0_1000_1001111_0011111" when B"10001001", -- 328 mib 328 (freq: 2505.041820)
|
||||
B"0000_0_0100_1001111_0011111" when B"10001000", -- 327 mib 326 (freq: 2521.170955)
|
||||
B"0000_0_0100_1001111_0011111" when B"10000111", -- 326 mib 326 (freq: 2521.170955)
|
||||
B"0000_0_0010_1001111_0011111" when B"10000110", -- 325 mib 324 (freq: 2537.403941)
|
||||
B"0000_0_0010_1001111_0011111" when B"10000101", -- 324 mib 324 (freq: 2537.403941)
|
||||
B"0000_0_0001_1001111_0011111" when B"10000100", -- 323 mib 321 (freq: 2553.741445)
|
||||
B"0000_0_0001_1001111_0011111" when B"10000011", -- 322 mib 321 (freq: 2553.741445)
|
||||
B"0000_0_0001_1001111_0011111" when B"10000010", -- 321 mib 321 (freq: 2553.741445)
|
||||
B"1000_0_0000_1001111_0000000" when B"10000001", -- 320 mi 319 (freq: 2570.184141)
|
||||
B"1000_0_0000_1001111_0000000" when B"10000000", -- 319 mi 319 (freq: 2570.184141)
|
||||
B"0100_0_0000_1001111_0000000" when B"01111111", -- 318 mi 317 (freq: 2586.732707)
|
||||
B"0100_0_0000_1001111_0000000" when B"01111110", -- 317 mi 317 (freq: 2586.732707)
|
||||
B"0010_0_0000_1001111_0000000" when B"01111101", -- 316 mi 315 (freq: 2603.387823)
|
||||
B"0010_0_0000_1001111_0000000" when B"01111100", -- 315 mi 315 (freq: 2603.387823)
|
||||
B"0001_0_0000_1001111_0000000" when B"01111011", -- 314 mi 313 (freq: 2620.150175)
|
||||
B"0001_0_0000_1001111_0000000" when B"01111010", -- 313 mi 313 (freq: 2620.150175)
|
||||
B"0001_0_0000_1001111_0000000" when B"01111001", -- 312 mi 311 (freq: 2637.020456)
|
||||
B"0000_1_0000_1001111_0000000" when B"01111000", -- 311 mi 311 (freq: 2637.020456)
|
||||
B"0000_0_1000_1001111_0000000" when B"01110111", -- 310 mi 309 (freq: 2653.999358)
|
||||
B"0000_0_1000_1001111_0000000" when B"01110110", -- 309 mi 309 (freq: 2653.999358)
|
||||
B"0000_0_0100_1001111_0000000" when B"01110101", -- 308 mi 307 (freq: 2671.087581)
|
||||
B"0000_0_0100_1001111_0000000" when B"01110100", -- 307 mi 307 (freq: 2671.087581)
|
||||
B"0000_0_0010_1001111_0000000" when B"01110011", -- 306 mi 305 (freq: 2688.285831)
|
||||
B"0000_0_0010_1001111_0000000" when B"01110010", -- 305 mi 305 (freq: 2688.285831)
|
||||
B"0000_0_0001_1001111_0000000" when B"01110001", -- 304 mi 303 (freq: 2705.594814)
|
||||
B"0000_0_0001_1001111_0000000" when B"01110000", -- 303 mi 303 (freq: 2705.594814)
|
||||
B"1000_0_0000_1000111_0000000" when B"01101111", -- 302 fa 302 (freq: 2723.015243)
|
||||
B"0100_0_0000_1000111_0000000" when B"01101110", -- 301 fa 300 (freq: 2740.547838)
|
||||
B"0100_0_0000_1000111_0000000" when B"01101101", -- 300 fa 300 (freq: 2740.547838)
|
||||
B"0010_0_0000_1000111_0000000" when B"01101100", -- 299 fa 298 (freq: 2758.193318)
|
||||
B"0010_0_0000_1000111_0000000" when B"01101011", -- 298 fa 298 (freq: 2758.193318)
|
||||
B"0001_0_0000_1000111_0000000" when B"01101010", -- 297 fa 296 (freq: 2775.952413)
|
||||
B"0001_0_0000_1000111_0000000" when B"01101001", -- 296 fa 296 (freq: 2775.952413)
|
||||
B"0001_0_0000_1000111_0000000" when B"01101000", -- 295 fa 294 (freq: 2793.825852)
|
||||
B"0000_1_0000_1000111_0000000" when B"01100111", -- 294 fa 294 (freq: 2793.825852)
|
||||
B"0000_0_1000_1000111_0000000" when B"01100110", -- 293 fa 292 (freq: 2811.814372)
|
||||
B"0000_0_1000_1000111_0000000" when B"01100101", -- 292 fa 292 (freq: 2811.814372)
|
||||
B"0000_0_0100_1000111_0000000" when B"01100100", -- 291 fa 290 (freq: 2829.918714)
|
||||
B"0000_0_0100_1000111_0000000" when B"01100011", -- 290 fa 290 (freq: 2829.918714)
|
||||
B"0000_0_0010_1000111_0000000" when B"01100010", -- 289 fa 288 (freq: 2848.139625)
|
||||
B"0000_0_0010_1000111_0000000" when B"01100001", -- 288 fa 288 (freq: 2848.139625)
|
||||
B"0000_0_0001_1000111_0000000" when B"01100000", -- 287 fa 286 (freq: 2866.477853)
|
||||
B"0000_0_0001_1000111_0000000" when B"01011111", -- 286 fa 286 (freq: 2866.477853)
|
||||
B"1000_0_0000_1111011_0011111" when B"01011110", -- 285 solb 285 (freq: 2884.934156)
|
||||
B"0100_0_0000_1111011_0011111" when B"01011101", -- 284 solb 283 (freq: 2903.509292)
|
||||
B"0100_0_0000_1111011_0011111" when B"01011100", -- 283 solb 283 (freq: 2903.509292)
|
||||
B"0010_0_0000_1111011_0011111" when B"01011011", -- 282 solb 281 (freq: 2922.204028)
|
||||
B"0010_0_0000_1111011_0011111" when B"01011010", -- 281 solb 281 (freq: 2922.204028)
|
||||
B"0001_0_0000_1111011_0011111" when B"01011001", -- 280 solb 279 (freq: 2941.019133)
|
||||
B"0001_0_0000_1111011_0011111" when B"01011000", -- 279 solb 279 (freq: 2941.019133)
|
||||
B"0001_0_0000_1111011_0011111" when B"01010111", -- 278 solb 277 (freq: 2959.955382)
|
||||
B"0000_0_0000_1111011_0011111" when B"01010110", -- 277 solb 277 (freq: 2959.955382)
|
||||
B"0000_0_1000_1111011_0011111" when B"01010101", -- 276 solb 276 (freq: 2979.013555)
|
||||
B"0000_0_0100_1111011_0011111" when B"01010100", -- 275 solb 274 (freq: 2998.194438)
|
||||
B"0000_0_0100_1111011_0011111" when B"01010011", -- 274 solb 274 (freq: 2998.194438)
|
||||
B"0000_0_0010_1111011_0011111" when B"01010010", -- 273 solb 272 (freq: 3017.498820)
|
||||
B"0000_0_0010_1111011_0011111" when B"01010001", -- 272 solb 272 (freq: 3017.498820)
|
||||
B"0000_0_0001_1111011_0011111" when B"01010000", -- 271 solb 270 (freq: 3036.927496)
|
||||
B"0000_0_0001_1111011_0011111" when B"01001111", -- 270 solb 270 (freq: 3036.927496)
|
||||
B"1000_0_0000_1111011_0000000" when B"01001110", -- 269 sol 269 (freq: 3056.481268)
|
||||
B"0100_0_0000_1111011_0000000" when B"01001101", -- 268 sol 267 (freq: 3076.160939)
|
||||
B"0100_0_0000_1111011_0000000" when B"01001100", -- 267 sol 267 (freq: 3076.160939)
|
||||
B"0010_0_0000_1111011_0000000" when B"01001011", -- 266 sol 265 (freq: 3095.967322)
|
||||
B"0010_0_0000_1111011_0000000" when B"01001010", -- 265 sol 265 (freq: 3095.967322)
|
||||
B"0001_0_0000_1111011_0000000" when B"01001001", -- 264 sol 264 (freq: 3115.901231)
|
||||
B"0001_0_0000_1111011_0000000" when B"01001000", -- 263 sol 262 (freq: 3135.963488)
|
||||
B"0000_1_0000_1111011_0000000" when B"01000111", -- 262 sol 262 (freq: 3135.963488)
|
||||
B"0000_0_1000_1111011_0000000" when B"01000110", -- 261 sol 260 (freq: 3156.154919)
|
||||
B"0000_0_1000_1111011_0000000" when B"01000101", -- 260 sol 260 (freq: 3156.154919)
|
||||
B"0000_0_0100_1111011_0000000" when B"01000100", -- 259 sol 259 (freq: 3176.476357)
|
||||
B"0000_0_0010_1111011_0000000" when B"01000011", -- 258 sol 257 (freq: 3196.928637)
|
||||
B"0000_0_0010_1111011_0000000" when B"01000010", -- 257 sol 257 (freq: 3196.928637)
|
||||
B"0000_0_0001_1111011_0000000" when B"01000001", -- 256 sol 255 (freq: 3217.512603)
|
||||
B"0000_0_0001_1111011_0000000" when B"01000000", -- 255 sol 255 (freq: 3217.512603)
|
||||
B"1000_0_0000_1110111_0011111" when B"00111111", -- 254 lab 254 (freq: 3238.229102)
|
||||
B"0100_0_0000_1110111_0011111" when B"00111110", -- 253 lab 252 (freq: 3259.078988)
|
||||
B"0100_0_0000_1110111_0011111" when B"00111101", -- 252 lab 252 (freq: 3259.078988)
|
||||
B"0010_0_0000_1110111_0011111" when B"00111100", -- 251 lab 250 (freq: 3280.063119)
|
||||
B"0010_0_0000_1110111_0011111" when B"00111011", -- 250 lab 250 (freq: 3280.063119)
|
||||
B"0001_0_0000_1110111_0011111" when B"00111010", -- 249 lab 249 (freq: 3301.182360)
|
||||
B"0001_0_0000_1110111_0011111" when B"00111001", -- 248 lab 247 (freq: 3322.437581)
|
||||
B"0000_1_0000_1110111_0011111" when B"00111000", -- 247 lab 247 (freq: 3322.437581)
|
||||
B"0000_0_1000_1110111_0011111" when B"00110111", -- 246 lab 246 (freq: 3343.829657)
|
||||
B"0000_0_0100_1110111_0011111" when B"00110110", -- 245 lab 244 (freq: 3365.359470)
|
||||
B"0000_0_0100_1110111_0011111" when B"00110101", -- 244 lab 244 (freq: 3365.359470)
|
||||
B"0000_0_0010_1110111_0011111" when B"00110100", -- 243 lab 243 (freq: 3387.027906)
|
||||
B"0000_0_0001_1110111_0011111" when B"00110011", -- 242 lab 241 (freq: 3408.835858)
|
||||
B"0000_0_0001_1110111_0011111" when B"00110010", -- 241 lab 241 (freq: 3408.835858)
|
||||
B"1000_0_0000_1110111_0000000" when B"00110001", -- 240 la 239 (freq: 3430.784224)
|
||||
B"1000_0_0000_1110111_0000000" when B"00110000", -- 239 la 239 (freq: 3430.784224)
|
||||
B"0100_0_0000_1110111_0000000" when B"00101111", -- 238 la 238 (freq: 3452.873909)
|
||||
B"0010_0_0000_1110111_0000000" when B"00101110", -- 237 la 236 (freq: 3475.105822)
|
||||
B"0010_0_0000_1110111_0000000" when B"00101101", -- 236 la 236 (freq: 3475.105822)
|
||||
B"0001_0_0000_1110111_0000000" when B"00101100", -- 235 la 235 (freq: 3497.480878)
|
||||
B"0001_0_0000_1110111_0000000" when B"00101011", -- 234 la 233 (freq: 3520.000000)
|
||||
B"0000_1_0000_1110111_0000000" when B"00101010", -- 233 la 233 (freq: 3520.000000)
|
||||
B"0000_0_1000_1110111_0000000" when B"00101001", -- 232 la 232 (freq: 3542.664116)
|
||||
B"0000_0_0100_1110111_0000000" when B"00101000", -- 231 la 230 (freq: 3565.474158)
|
||||
B"0000_0_0100_1110111_0000000" when B"00100111", -- 230 la 230 (freq: 3565.474158)
|
||||
B"0000_0_0010_1110111_0000000" when B"00100110", -- 229 la 229 (freq: 3588.431066)
|
||||
B"0000_0_0001_1110111_0000000" when B"00100101", -- 228 la 227 (freq: 3611.535786)
|
||||
B"0000_0_0001_1110111_0000000" when B"00100100", -- 227 la 227 (freq: 3611.535786)
|
||||
B"1000_0_0000_0011111_0011111" when B"00100011", -- 226 sib 226 (freq: 3634.789270)
|
||||
B"0100_0_0000_0011111_0011111" when B"00100010", -- 225 sib 225 (freq: 3658.192476)
|
||||
B"0010_0_0000_0011111_0011111" when B"00100001", -- 224 sib 223 (freq: 3681.746367)
|
||||
B"0010_0_0000_0011111_0011111" when B"00100000", -- 223 sib 223 (freq: 3681.746367)
|
||||
B"0001_0_0000_0011111_0011111" when B"00011111", -- 222 sib 222 (freq: 3705.451914)
|
||||
B"0001_0_0000_0011111_0011111" when B"00011110", -- 221 sib 220 (freq: 3729.310092)
|
||||
B"0000_1_0000_0011111_0011111" when B"00011101", -- 220 sib 220 (freq: 3729.310092)
|
||||
B"0000_0_1000_0011111_0011111" when B"00011100", -- 219 sib 219 (freq: 3753.321886)
|
||||
B"0000_0_0100_0011111_0011111" when B"00011011", -- 218 sib 217 (freq: 3777.488284)
|
||||
B"0000_0_0100_0011111_0011111" when B"00011010", -- 217 sib 217 (freq: 3777.488284)
|
||||
B"0000_0_0010_0011111_0011111" when B"00011001", -- 216 sib 216 (freq: 3801.810281)
|
||||
B"0000_0_0001_0011111_0011111" when B"00011000", -- 215 sib 215 (freq: 3826.288880)
|
||||
B"1000_0_0000_0011111_0000000" when B"00010111", -- 214 si 213 (freq: 3850.925088)
|
||||
B"1000_0_0000_0011111_0000000" when B"00010110", -- 213 si 213 (freq: 3850.925088)
|
||||
B"0100_0_0000_0011111_0000000" when B"00010101", -- 212 si 212 (freq: 3875.719920)
|
||||
B"0010_0_0000_0011111_0000000" when B"00010100", -- 211 si 211 (freq: 3900.674399)
|
||||
B"0001_0_0000_0011111_0000000" when B"00010011", -- 210 si 209 (freq: 3925.789550)
|
||||
B"0001_0_0000_0011111_0000000" when B"00010010", -- 209 si 209 (freq: 3925.789550)
|
||||
B"0000_1_0000_0011111_0000000" when B"00010001", -- 208 si 208 (freq: 3951.066410)
|
||||
B"0000_0_1000_0011111_0000000" when B"00010000", -- 207 si 207 (freq: 3976.506020)
|
||||
B"0000_0_0100_0011111_0000000" when B"00001111", -- 206 si 205 (freq: 4002.109426)
|
||||
B"0000_0_0100_0011111_0000000" when B"00001110", -- 205 si 205 (freq: 4002.109426)
|
||||
B"0000_0_0010_0011111_0000000" when B"00001101", -- 204 si 204 (freq: 4027.877685)
|
||||
B"0000_0_0001_0011111_0000000" when B"00001100", -- 203 si 203 (freq: 4053.811856)
|
||||
B"1000_0_0000_1001110_0000000" when B"00001011", -- 202 do 201 (freq: 4079.913010)
|
||||
B"1000_0_0000_1001110_0000000" when B"00001010", -- 201 do 201 (freq: 4079.913010)
|
||||
B"0100_0_0000_1001110_0000000" when B"00001001", -- 200 do 200 (freq: 4106.182220)
|
||||
B"0010_0_0000_1001110_0000000" when B"00001000", -- 199 do 199 (freq: 4132.620568)
|
||||
B"0001_0_0000_1001110_0000000" when B"00000111", -- 198 do 198 (freq: 4159.229145)
|
||||
B"0001_0_0000_1001110_0000000" when B"00000110", -- 197 do 196 (freq: 4186.009045)
|
||||
B"0000_1_0000_1001110_0000000" when B"00000101", -- 196 do 196 (freq: 4186.009045)
|
||||
B"0000_0_1000_1001110_0000000" when B"00000100", -- 195 do 195 (freq: 4212.961372)
|
||||
B"0000_0_0100_1001110_0000000" when B"00000011", -- 194 do 194 (freq: 4240.087237)
|
||||
B"0000_0_0010_1001110_0000000" when B"00000010", -- 193 do 193 (freq: 4267.387756)
|
||||
B"0000_0_0001_1001110_0000000" when B"00000001", -- 192 do 191 (freq: 4294.864053)
|
||||
B"0000_0_0001_1001110_0000000" when B"00000000", -- 191 do 191 (freq: 4294.864053)
|
||||
B"0000_0_0000_1111111_1111111" when others;
|
||||
end;
|
||||
|
|
@ -0,0 +1,33 @@
|
|||
#include <genlib.h>
|
||||
|
||||
int main(void)
|
||||
{
|
||||
int i;
|
||||
|
||||
GENLIB_DEF_LOFIG("tuner");
|
||||
GENLIB_LOCON("ck", IN, "ck");
|
||||
GENLIB_LOCON("d", IN, "d");
|
||||
GENLIB_LOCON("o[0:22]", OUT, "o[0:22]");
|
||||
GENLIB_LOCON("vdde", IN, "vdde");
|
||||
GENLIB_LOCON("vddi", IN, "vddi");
|
||||
GENLIB_LOCON("vsse", IN, "vsse");
|
||||
GENLIB_LOCON("vssi", IN, "vssi");
|
||||
GENLIB_LOINS("tuner_o", "core", "ckc", "di", "oi[0:22]", "vddi", "vssi", 0);
|
||||
GENLIB_LOINS("pck_sp", "pck", "ck", "cki", "vdde", "vddi", "vsse", "vssi", 0);
|
||||
GENLIB_LOINS("pi_sp", "pd", "d", "di", "cki", "vdde", "vddi", "vsse", "vssi", 0);
|
||||
/* outputs */
|
||||
for (i = 0; i < 23; i++)
|
||||
GENLIB_LOINS("po_sp", GENLIB_NAME("po%d", i),
|
||||
GENLIB_ELM("oi", i),
|
||||
GENLIB_ELM("o", i),
|
||||
"cki", "vdde", "vddi", "vsse", "vssi", 0);
|
||||
/* Power supplies for the buffers */
|
||||
GENLIB_LOINS("pvddeck_sp", "pvdde", "ckc", "cki", "vdde", "vddi", "vsse", "vssi", 0);
|
||||
GENLIB_LOINS("pvsseck_sp", "pvsse", "ckc", "cki", "vdde", "vddi", "vsse", "vssi", 0);
|
||||
/* Power supplies for the core */
|
||||
GENLIB_LOINS("pvddick_sp", "pvddi", "ckc", "cki", "vdde", "vddi", "vsse", "vssi", 0);
|
||||
GENLIB_LOINS("pvssick_sp", "pvssi", "ckc", "cki", "vdde", "vddi", "vsse", "vssi", 0);
|
||||
|
||||
GENLIB_SAVE_LOFIG();
|
||||
exit(0);
|
||||
}
|
||||
Loading…
Reference in New Issue