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Catalog listing and enhanced versions of various BOOM items from ben-wpan/bom.
- boom/dist/dk/dk-catq.pl: new - query the Digi-Key catalog for a list of items - boom/dist/dk/dk-db.pl: enhanced - never generate more than 1000 queries per wget run (to keep argv from getting too long) - boom/dist/dk/panasonic-erj.catq, boom/dist/dk/stackpole-rmcf.catq: query scripts for dk-catq.pl - boom/lib/e12.inc: enhanced - added Rxx and Rxxx codes - boom/manu/panasonic/panasonic.gen: enhanced - added decoding for all ERJ series resistors listed at Digi-Key - boom/manu/stackpole/: (new) part number decoder for RMCF series resistors
This commit is contained in:
Werner Almesberger
4
boom/manu/panasonic/Makefile
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boom/manu/panasonic/Makefile
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BOOM=PATH=/home/moko/svn.openmoko.org/trunk/eda/boom:../boom:$$PATH boom
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panasonic.chr: ../../dist/dk/db/digi-key.equ panasonic.gen
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$(BOOM) gen2chr PANASONIC $^ >$@ || { rm -rf $@; exit 1; }
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153
boom/manu/panasonic/panasonic.gen
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boom/manu/panasonic/panasonic.gen
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#GEN
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# http://industrial.panasonic.com/www-data/pdf/AOA0000/AOA0000CE1.pdf
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# http://industrial.panasonic.com/www-data/pdf/AOA0000/AOA0000CE2.pdf
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# http://industrial.panasonic.com/www-data/pdf/AOA0000/AOA0000CE3.pdf
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# http://industrial.panasonic.com/www-data/pdf/AOA0000/AOA0000CE4.pdf
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# http://industrial.panasonic.com/www-data/pdf/AOA0000/AOA0000CE7.pdf
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# http://media.digikey.com/pdf/Data Sheets/Panasonic Resistors Thermistors PDFs/ERJ1TYFyyyU, ERJ1TY0R00U.pdf
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ERJ* -> T=R {
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# http://industrial.panasonic.com/www-data/pdf/AOA0000/AOA0000CE1.pdf
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# XGE is special, see below
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# K tolerance is undocumented
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ERJ-([X1]GN|[X12368]GE|14|12|12Z|1T)(Y|)(J|K|0)([0-9R][0-9R][0-9])* ->
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_FP=$REF:1 _TOL=$REF:3 _E12_1=$REF:4
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# http://industrial.panasonic.com/www-data/pdf/AOA0000/AOA0000CE2.pdf
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ERJ-([1236]R)([HBKE])(D)([0-9R][0-9R][0-9R][0-9])* ->
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_FP=$REF:1 _TOL=$REF:3 _E12_1=$REF:4
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# 1GE is special, see below
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ERJ-([X1]GN|1GE|2RK|3EK|[68]EN|1[42T]N|12S)(F)([0-9R][0-9R][0-9R][0-9])* ->
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_FP=$REF:1 _TOL=$REF:2 _E12_1=$REF:3
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# http://industrial.panasonic.com/www-data/pdf/AOA0000/AOA0000CE3.pdf
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ERJ-([2368]B|[368]R|1[4T]R|12[RZ])(S|Q)([FGJ])([0-9R][0-9R][0-9])* ->
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_FP=$REF:1 _FP2=$REF:1 _TOL=$REF:3 _E12_1=$REF:4
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ERJ-([2368]BW)([FGJ])([0-9R][0-9R][0-9R][0-9])* ->
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_FP=$REF:1 _FP2=$REF:1 _TOL=$REF:2 _E12_1=$REF:3
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ERJ-(L0[368]|L1[42DW])(K|U)(F|J)([0-9][0-9][MC])* ->
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_FP=$REF:1 _TOL=$REF:3 _LOW_R=$REF:4
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# http://industrial.panasonic.com/www-data/pdf/AOA0000/AOA0000CE4.pdf
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ERJ-(P0[368]|P14)(D|F)([R0-9][R0-9][R0-9][0-9])* ->
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_FP=$REF:1 _TOL=$REF:3 _E12_1=$REF:3
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ERJ-(P0[368]|P14)(J)([R0-9][R0-9][0-9])* ->
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_FP=$REF:1 _TOL=$REF:3 _E12_1=$REF:3
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# http://industrial.panasonic.com/www-data/pdf/AOA0000/AOA0000CE7.pdf
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ERJ-(M03)N(F|J)([0-9][0-9M][0-9M])* ->
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_FP=$REF:1 _TOL=$REF:2 _LOW_R=$REF:3
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ERJ-(M1W)(S|T)(F|J)([0-9][0-9M][0-9M])* ->
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_FP=$REF:1 _TOL=$REF:3 _LOW_R=$REF:4
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# ERJ1TY0R00U.pdf
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ERJ-(1T)(Y)(F)([0-9][0-9][0-9])* ->
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_FP=$REF:1 _TOL=$REF:3 _E12_1=$REF:4
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# XGE and 1GE are not listed in the part number decoding scheme.
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# Assume they're equal to XGN and 1GN, respectively.
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_FP=XGE -> _FP=XGN
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_FP=1GE -> _FP=1GN
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# http://industrial.panasonic.com/www-data/pdf/AOA0000/AOA0000CE1.pdf
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_FP=XGN -> FP=01005 P=1/32W V=15V
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_FP=1GN -> FP=0201 P=1/20W V=25V
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_FP=2GE -> FP=0402 P=1/10W V=50V
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_FP=3GE -> FP=0603 P=1/10W V=75V
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_FP=6GE -> FP=0805 P=1/8W V=150V
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_FP=8GE -> FP=1206 P=1/4W V=200V
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_FP=12Z -> FP=2010 P=3/4W V=200V
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_FP=14 -> FP=1210 P=1/2W V=200V
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_FP=12 -> FP=1812 P=3/4W V=200V
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_FP=1T -> FP=2512 P=1W V=200V
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# http://industrial.panasonic.com/www-data/pdf/AOA0000/AOA0000CE2.pdf
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_FP=1R -> FP=0201 P=1/20W V=15V
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_FP=2R -> FP=0402 P=1/16W V=50V
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_FP=3R -> FP=0603 P=1/16W V=50V
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_FP=6R -> FP=0805 P=1/10W V=150V
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_FP=2RK -> FP=0402 P=1/10W V=50V
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_FP=3EK -> FP=0603 P=1/10W V=75V
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_FP=6EN -> FP=0805 P=1/8W V=150V
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_FP=8EN -> FP=1206 P=1/4W V=200V
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_FP=14N -> FP=1210 P=1/2W V=200V
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_FP=12N -> FP=1812 P=3/4W V=200V
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_FP=12S -> FP=2010 P=3/4W V=200V
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_FP=1TN -> FP=2512 P=1W V=200V
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# http://industrial.panasonic.com/www-data/pdf/AOA0000/AOA0000CE3.pdf
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_FP=2B -> FP=0402 P=1/8W
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_FP2=3R -> FP=0603 P=1/10W # override regular 3R
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_FP=3B -> FP=0603 P=1/5W
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_FP2=6R -> FP=0805 P=1/8W # override regular 6R
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_FP=6B -> FP=0805 P=1/4W
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_FP=8R -> FP=1206 P=1/4W
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_FP=8B -> FP=1206 P=1/3W
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_FP=14R -> FP=1210 P=1/4W
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_FP=14B -> FP=1210 P=1/2W
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_FP=12R -> FP=1812 P=1/2W
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_FP=12Z -> FP=2010 P=1/2W
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_FP=1TR -> FP=2512 P=1W
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_FP=2BW -> FP=0402 P=1/8W
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_FP=3BW -> FP=0603 P=1/4W
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_FP=6BW -> FP=0805 P=1/3W
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_FP=8BW -> FP=1206 P=1/2W
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_FP=L03 -> FP=0603 P=1/10W
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_FP=L06 -> FP=0805 P=1/8W
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_FP=L08 -> FP=1206 P=1/4W
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_FP=L14 -> FP=1210 P=1/3W
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_FP=L12 -> FP=1812 P=1/2W
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_FP=L1D -> FP=2010 P=1/2W
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_FP=L1W -> FP=2512 P=1W
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# http://industrial.panasonic.com/www-data/pdf/AOA0000/AOA0000CE4.pdf
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_FP=P03 -> FP=0603 P=1/5W V=150V
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_FP=P06 -> FP=0805 P=1/4W V=150V
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_FP=P08 -> FP=1206 P=1/3W V=200V
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_FP=P12 -> FP=1210 P=1/2W V=200V
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# http://industrial.panasonic.com/www-data/pdf/AOA0000/AOA0000CE7.pdf
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_FP=M03 -> FP=0603 P=1/4W
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_FP=M1W -> FP=2512 P=1W
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# L and M series don't use E12
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_LOW_R=(?)M(?) -> _E12=$_LOW_R:1.${_LOW_R:2}m
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_LOW_R=(??)M -> _E12_1=R0${_LOW_R:1}
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_LOW_R=(??)C -> _E12_1=R${_LOW_R:1}
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_TOL=D -> TOL=0.5%
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_TOL=F -> TOL=1%
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_TOL=G -> TOL=2%
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_TOL=J -> TOL=5%
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_TOL=K -> TOL=10%
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}
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include ../../lib/e12.inc
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T=R -> R=${_E12}R !
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4
boom/manu/stackpole/Makefile
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boom/manu/stackpole/Makefile
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BOOM=PATH=/home/moko/svn.openmoko.org/trunk/eda/boom:../boom:$$PATH boom
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stackpole.chr: ../../dist/dk/db/digi-key.equ stackpole.gen
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$(BOOM) gen2chr STACKPOLE $^ >$@ || { rm -rf $@; exit 1; }
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37
boom/manu/stackpole/stackpole.gen
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37
boom/manu/stackpole/stackpole.gen
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#GEN
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# http://www.seielect.com/Catalog/SEI-RMC.pdf
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RMCF* -> T=R {
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RMCF(????)(?)(?)([0-9R][0-9RKM][0-9RKM])* ->
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FP=$REF:1 _TOL=$REF:2 _R=$REF:3
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_TOL=F -> TOL=1%
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_TOL=J -> TOL=5%
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FP=0201 -> P=1/20W V=25V
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FP=0402 -> P=1/16W V=50V
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FP=0603 -> P=1/10W V=50V
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FP=0805 -> P=1/8W V=150V
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FP=1206 -> P=1/4W V=200V
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FP=1210 -> P=1/3W V=200V
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FP=2010 -> P=3/4W V=200V
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FP=2512 -> P=1W V=200V
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}
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# Adjust multipliers
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_R=(*)R(*) -> _R=0$_R:1.$_R:2
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_R=(*)K(*) -> _R=$_R:1.${_R:2}k
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_R=(*)M(*) -> _R=$_R:1.${_R:2}M
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# Remove leading and trailing zeroes
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_R=0([0-9]*) -> _R=$_R:1
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_R=(*.[0-9]*)0([kM]) -> _R=$_R:1$_R:2
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_R=(*).0([kM]) -> _R=$_R:1$_R:2
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_R=(*.[0-9]*)0 -> _R=$_R:1
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_R=(*).0 -> _R=$_R:1
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T=R -> R=${_R}R !
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