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Note: in most of the specifications, the TC depends on the resistor's value. Since we don't have a useful way to express this sort of dependency, the TC values are always the worst lower and upper bound for a given package. - boom/test.sub (R): recognize #ppm/K as temperature coefficient - boom/manu/yageo/yageo.gen: convert FP=0100 to canonical FP=01005 and then work with that value - boom/manu/panasonic/panasonic.gen, boom/manu/stackpole/stackpole.gen, boom/manu/yageo/yageo.gen: added temperature coefficients
58 lines
1.4 KiB
Plaintext
58 lines
1.4 KiB
Plaintext
#GEN
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# http://www.yageo.com/documents/recent/Product Selection Guide 2009.pdf
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# http://www.yageo.com/documents/recent/PYu-RC0402_51_RoHS_L_5.pdf
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RC* -> T=R {
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RC(????)([FJ])[RK]-(07|10|13)(*)L* ->
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FP=$REF:1 _TOL=$REF:2 _R=$REF:4
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include ../../lib/tol.inc
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FP=0100 -> FP=01005
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FP=01005 -> P=1/32W V=15 TC=250ppm/K
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FP=0201 -> P=1/20W V=25V TC=-200/+350ppm/K # TC is worst case
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FP=0402 -> P=1/16W V=50V TC=200ppm/K # TC is worst case
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FP=0603 -> P=1/10W V=50V TC=200ppm/K # TC is worst case
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FP=0805 -> P=1/8W V=150V TC=300ppm/K # TC is worst case
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FP=1206 -> P=1/4W V=200V TC=300ppm/K # TC is worst case
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# Adjust multipliers
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_R=(*)R(*) -> _R=0$_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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_R=(*).([kM]|) -> _R=$_R:1$_R:2
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}
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# http://www.yageo.com/documents/recent/UPY-GPHC_Y5V_6.3V-to-50V_5.pdf
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CC* -> T=C {
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CC(????)(?)?(???)(?)??([0-9R][0-9R][0-9]) ->
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FP=$REF:1 _TOL=$REF:2 M=$REF:3 _V=$REF:4 _E12_P=$REF:5
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include ../../lib/captol.inc
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_V=5 -> V=6.3V
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_V=6 -> V=10V
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_V=7 -> V=16V
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_V=8 -> V=25V
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_V=9 -> V=50V
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_V=B -> V=500V
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_V=C -> V=1kV
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_V=E -> V=3kV
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}
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include ../../lib/e12.inc
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T=R -> R=${_R}R !
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T=C -> C=${_E12}F !
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