附件是我使用ASAP模擬LED並顯示其光形，可是模擬結果跟實際量測結果有差距，不知哪邊設定有問題，煩請各位大大指教，任何問題都可提出來討論，感恩!! #- ioLt%
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請大家參考 e5bRi0
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SYSTEM NEW T [
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RESET 5 G@z l
UNITS MM 'Lumen' ]>NP?S
)R
WAVELENGTH 460 NM fA!uSqR$V
COATING PROPERTIES IS` 1}i$1%
1 0 'RE' }b-"[TDEF
MEDIA HL;y5o?
1.53 '3AB4SC26' 6% @@~"
IMMERSE 3AB4SC26 ; ?>xuC$
$case upper t{ \FV@R
TITLE =Import of IGES file D:\Program Files\ASAPsimulation\3AB4SC26\led.igs p$XL|1G*?H
$ECHO NONE j$ h.V#1z
!! PTC IGES file: led.igs aVI/x5p~
CURVES YN1P9j#0d
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MATRIX; $FAST 4 3 MS,J+'2
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0.000000 0.000000 0.000000 1.000000 uXiAN#1
0.000000 0.000000 1.000000 0.000000 F V8 K_xj
ARC Z 0.000000 1.925000 0.000000 0.000000 0.000000 180.0000 A " t ~
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MATRIX; $FAST 4 3 {AbQaw
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0.000000 0.000000 -1.000000 0.000000 0oI3Fb;E
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INTERFACE COATING "BARE" "3AB4SC26" "AIR" 0z@ KkU{Z
FRESNEL AVE tG(# &54
SPLIT 1 ALL 3okh'P%+
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lwEJ)Bv
CURVE eMk?#&a)
LINE 1.925000 0.000000 0. 1.925000 1.000000 0. 0xbx2jlkY
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OBJECT =TRM_SRF 2 `y5?lS*
INTERFACE COATING "BARE" "3AB4SC26" "AIR" z1t
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FRESNEL AVE tMxa:h; /x
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REDEFINE COLOR 10 V!#+Ti/w4
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CURVE J0 BA@jH5
LINE 1.925000 0.000000 0. 1.925000 1.000000 0. m6J7)Wp
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OBJECT =TRM_SRF 3 ?-CZJr
INTERFACE COATING "BARE" "3AB4SC26" "AIR" b/ IT8Cm3
FRESNEL AVE ^&oa \7<'
SPLIT 1 ALL S(kj"t*3
REDEFINE COLOR 10 uK6`3lCD
5)fEs.r0U
CURVES Z -3i -(
ARC Z 0.000000 1.925000 0.000000 0.000000 0.000000 180.0000 L&$ X\\Lv^
MATRIX; $FAST 4 3 s& MfC\
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0.000000 0.000000 1.000000 0.000000 vL"U=Q+/eY
ARC Z 0.000000 1.925000 0.000000 0.000000 0.000000 180.0000 mM .-MIp
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OBJECT =TRM_SRF 4 ea-NqdGs;m
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MATRIX; $FAST 4 3 Afm GA9
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1.000000 0.000000 0.000000 -1.000000 pp{Za@j
0.000000 0.000000 1.000000 0.000000 k,o|"9H
COMPOSITE GAP -1 -1 l]Ozy@
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OBJECT .1; BOUND , K)5' Jp@
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INTERFACE COATING "BARE" "3AB4SC26" "AIR" iHy=92/Ww
FRESNEL AVE X2b<_j3
SPLIT 1 ALL L~N<<8?\
REDEFINE COLOR 10 =C{)i@ +
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1; QF_C
CURVE g3 ~e#vdz
LINE 1.470000 1.000000 0. 1.470000 3.830000 0. 9Z}Y2:l'
SWEEP AXIS 180.0000 0.0000000 1.0000000 0.0000000 0.000000 2.415000 0.000000 90OSe{
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INTERFACE COATING "BARE" "3AB4SC26" "AIR" K5-wuD1
FRESNEL AVE $_s"16s
SPLIT 1 ALL fD1J@57
REDEFINE COLOR 10 @QiuCB
P_11N9C
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REDEFINE COLOR 10 J7:VRf|,?(
?f!w:z p
CURVE hKP7p
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INTERFACE COATING "BARE" "3AB4SC26" "AIR" 0#}Ed Q
FRESNEL AVE !#0Lo->OO
SPLIT 1 ALL 5S4kn.3
REDEFINE COLOR 10 PCzC8~t
9\9:)q
CURVE N"d
M+
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SWEEP AXIS 180.0000 0.0000000 1.0000000 0.0000000 0.000000 4.541913 0.000000 xa+=9=<AQ
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INTERFACE COATING "BARE" "3AB4SC26" "AIR" (V2~txMh
FRESNEL AVE dg[ &5D1Q
SPLIT 1 ALL c#'t][Ii
REDEFINE COLOR 10
ismx evD
6Y4sv5G
$ECHO D:`b61sWi_
GROUP -8 ~ ,[<R
ROTATE X 90 0 0 f9FJ:?
SCALE FROM MM ];& @T\Rj
RETURN @=CN#D12
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!! TO MODEL THE REFLECTOR CUP y;zp*(}f$h
zu8
EDGE cMxu G'{=.
LINE 0.3 0 2.25 0.575 0 2.5 ;Fw{p{7<
SWEEP AXIS 360 0 0 1 c*o05pMS
OBJECT ;a@%FWc
.1 'CUP.1' _P6e%O8C#
INTERFACE COATING RE 3AB4SC26 3AB4SC26 t[HfaW1W
FACETS 1 21 !S6zC >
9 <qAf`
ENT OBJ J~.8.]gXW
PLANE Z 2.25 ELLIPSE 0.3 'CUP.2' 3 !W
M 'i
INTERFACE COATING RE 3AB4SC26 3AB4SC26 ;2Aqztp
GROUP -2 VK>ZH^-
!! DeFINE THE DIE H@ab]&
ENT OBJ AQAZ+g(IK
PLANE Z 2.295 RECT 0.1524 0.1524 'DIE.TOP' XMt)\ r.
TUBE Z 2.295 0.1524 0.1524 2.25 0.1524 0.1524 1 1 'DIE.SIDES' nPlg 5&E
Y3%_IwSJ|
EMITTING OBJECT .2 -50000 Jz"Yb
FLUX TOTAL 8 1 Hw %DJ
EMITTING OBJECT .1 -12500 0?@;zTE0
FLUX TOTAL 2 B?b dHO:E~
!! TRACE PLOT 2G=prS`s
l X g. `
WINDOW Y Z -8Z; s8ACo
PLOT FACETS 5 5 OVERLAY >;wh0dBe
TRACE PLOT e`]x?t<U4/
pZeJ$3@vk
!!ANALYZE [S Jx\O s
CONSIDER EXCEPT 9 10 11 12 Y52f8qQq
WINDOW Y X 94uAt&&b(
PIXELS 39 1 OFF }
O:Y?Wq^
SPOTS DIRECTION EV=/'f[++
DISPLAY JU>F&g/|
AVERAGE zDakl*
DIRECTIONAL tk]>\}%
DIRECTIONAL UNWRAP qYba%g9RN(
NORMALIZE MAX 'Normalized' 0Y|"Bo9k
<V}
ec1
DIRECTIONAL l$1
]
DIRECTIONAL UNWRAP WdtZ{H
ANGLES }\#u~ k!l
GRAPH MAX 'Norm intensity' Sbzx7 * X
TRANSPOSE h*X5O h6
GRAPH MAX 'Norm intensity' K9\r2w'T'
;T-`~
RETURN $[S)A0O
