Fail:Planar core assembly exploded.png
Algfail (1280 × 960 pikslit, faili suurus: 154 KB, MIME tüüp: image/png)
See fail ja sellest kastist allapoole jääv kirjeldus pärinevad kesksest failivaramust Wikimedia Commons. | Faili lehekülg Commonsis |
See pilt tuleks konverteerida kasutades vektorgraafikat (SVG-vorming). Vektorkujutisel on mitmeid eeliseid. Konverteerimise kohta vaata täpsemalt siit. Kui sellest pildist on vektorkujutis juba saadaval, siis pane selle malli asemele {{vector version available|uue pildi nimi.svg}}.
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Lühikirjeldus
KirjeldusPlanar core assembly exploded.png | Exploded view of an planar inductor constituted by a spiral track on a printed circuit board and a planar magnetic core |
Kuupäev | |
Allikas | Üleslaadija oma töö |
Autor | Cyril BUTTAY |
Luba (Faili edasikasutus) |
as licensed |
Teised versioonid | Image:Planar core assembly.png |
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Litsents
Luba on antud selle dokumendi kopeerimiseks, avaldamiseks ja/või muutmiseks GNU Vaba Dokumentatsiooni Litsentsi versiooni 1.2 või hilisema Vaba Tarkvara Fondi avaldatud versiooni tingimuste alusel; muutumatute osadeta, esikaane tekstideta ja tagakaane tekstideta. Sellest loast on lisatud koopia leheküljel pealkirjaga "GNU Free Documentation License".http://www.gnu.org/copyleft/fdl.htmlGFDLGNU Free Documentation Licensetruetrue |
See fail kuulub jurisdiktsiooniga sidumata Creative Commonsi litsentsi "Autorile viitamine + jagamine samadel tingimustel 3.0" alla. | ||
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See litsentsimärgis lisati sellele failile GFDL-i litsentsimisuuenduse raames.http://creativecommons.org/licenses/by-sa/3.0/CC BY-SA 3.0Creative Commons Attribution-Share Alike 3.0truetrue |
- Tohid:
- jagada – teost kopeerida, levitada ja edastada
- kohandada – valmistada muudetud teoseid
- Järgmistel tingimustel:
- omistamine – Pead materjali sobival viisil autorile omistama, tooma ära litsentsi lingi ja märkima ära, kas on tehtud muudatusi. Sobib, kui teed seda mõistlikul viisil, kuid seejuures ei tohi jääda muljet, et litsentsiandja tõstab esile sind või seda, et sina materjali kasutad.
- sarnaselt jagamine – Kui töötled, kujundad ümber või arendad materjali edasi, siis pead oma töö levitamiseks kasutama sama litsentsi, mille all on algupärand, või ühilduvat litsentsi.
Made using povray 3.6 and the following code:
#declare RAD = on; // use radiosity? #declare Exploded=on; // exploded view or not? #declare CoilLength = 2.6; #include "functions.inc" #include "metals.inc" #include "colors.inc" global_settings { #if(RAD) radiosity { brightness 0.60 count 100 error_bound 0.2 gray_threshold 0.0 low_error_factor 0.2 minimum_reuse 0.015 nearest_count 10 recursion_limit 1 #if (version>3.1) adc_bailout 0.01 max_sample -1.0 media off normal off always_sample 1 pretrace_start 0.08 pretrace_end 0.01 #end } #end } background { color White } // declarations for the E magnetic core------------------------------------------------ #declare corner = intersection { // a quarter of cyclindic volume used to "round" the corners lathe { linear_spline 6 <0,0>,<0.05,0>, <0.1,0.05>, <0.1,2.95>,<0.05,3>, <0,3> rotate 90*x } box {<-10,-10,-10>,<10,0,10>} } #declare side = prism { // the extrusions of the volume linear_sweep linear_spline 0, 1, 9, <0.05,0>, <0,0.05>, <0,2.95>, <0.05,3>, <0.25,3>, <0.3,2.95>, <0.3,0.05>, <0.25,0>, <0.05,0> } #declare middle = prism { // the extrusion of the middle leg linear_sweep linear_spline 0, 1, 9, <0.05,0>, <0,0.05>, <0,2.95>, <0.05,3>, <0.95,3>, <1,2.95>, <1,0.05>, <0.95,0>, <0.05,0> } #declare Ecore = difference { union { object {side scale <1,3.4,1> rotate -90*z translate <-1.7,0.2,0> } object {side scale <1,0.5,1> translate -1.8*x } object {middle scale 0.5*y translate -.5*x } object {side scale <1,0.5,1> translate 1.5*x } object {corner translate -1.7*x} object {corner translate 1.7*x} } union { // the notches where the clips sit box {<-10,-10,1.2>,<-1.5,0,1.8>} box {<10,-10,1.2>,<1.5,0,1.8>} } pigment {Gray50} } // declarations for the I magnetic core------------------------------------------------ #declare Icore = difference { union { object {side scale <1,3.4,1> rotate -90*z translate <-1.7,0.2,0> } object {side scale <1,0.2,1> translate -1.8*x } object {middle scale 0.2*y translate -.5*x } object {side scale <1,0.2,1> translate 1.5*x } object {corner translate -1.7*x} object {corner translate 1.7*x} } union { // the notches where the clips sit box {<-10,-10,1.2>,<-1.5,0,1.8>} box {<10,-10,1.2>,<1.5,0,1.8>} } pigment {Gray50} } //declaration of the coil element----------------------- #declare coil = union { union { #declare NbTurns = 8; #declare Pitch =0.08; // the distance between two loops #declare Xstart =0.6; // the spiral rolls around the origin #declare Zstart =2; #declare InitCorner =0.4; // initial length of the 45degree filet #declare Index=0; #declare Width=0.05; #declare DeltaL=Pitch*tan(radians(22.5)); //variation in lenght of the track on each turn #while(Index <= NbTurns) #declare Lengthcorner=InitCorner+2*Index*DeltaL; #declare Xlength=2*(Xstart+Index*DeltaL-InitCorner*cos(radians(45))); #declare Zlength=2*(Zstart+Index*DeltaL-InitCorner*cos(radians(45))); box{<0,0,0>,<-Width,0.01,-Zlength> translate <Xstart+Index*Pitch,0,Zlength/2>} box{<0,0,0>,<-Width,0.01,-Lengthcorner> rotate 45*y translate <Xstart+Index*Pitch,0,-Zlength/2>} box{<0,0,0>,<-Xlength,0.01,Width> translate <Xlength/2,0,-Zstart-Index*Pitch>} box{<0,0,0>,<-Width,0.01,-Lengthcorner> rotate 135*y translate <-Xlength/2,0,-Zstart-Index*Pitch>} box{<0,0,0>,<Width,0.01,Zlength+DeltaL> translate <-Xstart-Index*Pitch,0,-Zlength/2>} box{<0,0,0>,<-Width,0.01,-Lengthcorner> rotate 225*y translate <-Xstart-Index*Pitch,0,Zlength/2+DeltaL>} box{<0,0,0>,<Xlength+Pitch,0.01,-Width> translate <-Xlength/2,0,+Zstart+Index*Pitch+DeltaL>} box{<0,0,0>,<-Width,0.01,-Lengthcorner> rotate 315*y translate <Xlength/2+Pitch,0,+Zstart+Index*Pitch+DeltaL>} #declare Index = Index + 1; #end box{<0,0,0>,<-Width,0.01,-Zlength-0.5> translate <Xstart+Index*Pitch,0,Zlength/2>}//connections to the pads box{<0,0,0>,<Xstart-InitCorner*cos(radians(45))/2,0.01,-Width> translate <0,0,Zstart-InitCorner*cos(radians(45))/2>} box{<0,0,0>,<-Width,0.01,-InitCorner/2> rotate 315*y translate <Xstart-InitCorner*cos(radians(45))/2,0,Zstart-InitCorner*cos(radians(45))/2>} pigment { P_Copper4 } } cylinder{<0,0,0><0,0.015,0>,Width translate <Xstart+Index*Pitch-Width/2,0,-Zlength/2-0.5>} cylinder{<0,0,0><0,0.015,0>,Width translate <0,0,Zstart-InitCorner*cos(radians(45))/2-Width/2>} pigment { P_Copper4 } } //declaration of the pcb------------------------------ #declare PCB = difference { box { <-3,0,-3>,<3,0.2,3> } union { box {<-0.5,-10,-1.6>,<0.5,10,1.6>} box {<-1.9,-10,-1.6>,<-1.4,10,1.6>} box {<1.4,-10,-1.6>,<1.9,10,1.6>} box {<-2.0,-10,-0.3>,<-1.6,10,0.3>} box {<1.6,-10,-0.3>,<2.0,10,0.3>} } pigment{LimeGreen} finish{F_MetalB} } //declarations for the clip --------------------------- #declare halfclip = prism { linear_sweep bezier_spline 0, 1, 32, // the following points value come from another model, hence the fancy values <0,0>,<1.2,0>,<0,0>,<1.2,0>, <1.2,0>,<1.3,0>,<1.6,-0.2>,<1.7,-0.2>, <1.7,-0.2>,<1.8,-0.2>,<1.8,-0.2>,<1.8,1>, <1.8,1>,<1.9,1>,<1.8,1>,<1.9,1>, <1.9,1>,<1.9,-0.3>,<1.9,-0.3>,<1.7,-0.3>, <1.7,-0.3>,<1.6,-0.3>,<1.3,-0.1>,<1.2,-0.1>, <1.2,-0.1>,<0,-0.1>,<1.2,-0.1>,<0,-0.1>, <0,-0.1>,<0,0>,<0,-0.1>,<0,0> pigment {P_Chrome1} finish {F_MetalD} } #declare completeclip = union { object{halfclip scale 0.5*y} object{halfclip scale 0.5*y rotate 180*z translate 0.5*y} } // the final union------------------------------------------------- union { #if(Exploded) object {coil translate <0,1.9,1.5>} object {PCB translate <0,1.7,1.5>} object {completeclip scale <0.7/3.6,1,0.7/3.6> rotate <-90,0,-90> translate <-2.8,3.35,1.75>} object {completeclip scale <0.7/3.6,1,0.7/3.6> rotate <90,0,-90> translate <2.8,3.35,1.25>} object {Ecore rotate 180*x translate <0,3.7,3>} #else object {coil translate <0,0.4,1.5>} object {PCB translate <0,0.2,1.5>} object {completeclip scale <0.7/3.6,1,0.7/3.6> rotate <-90,0,-90> translate <-1.8,0.35,1.75>} object {completeclip scale <0.7/3.6,1,0.7/3.6> rotate <90,0,-90> translate <1.8,0.35,1.25>} object {Ecore rotate 180*x translate <0,0.7,3>} #end object {Icore translate <0,0,0>} #if(Exploded) rotate <0, -30, 0> #else rotate <0, -40, 0> #end finish { #if(RAD) ambient 0 diffuse 0.7 #else ambient 0.8 diffuse 0.5 #end phong 1 phong_size 60 } } light_source { <0, 14, -10> color White} light_source { <2, 4, -10> color White} #if(Exploded) camera {location <1,8,-15> look_at <-0.3,2.2,0> angle 26} #else camera {location <1,10,-15> look_at <-0.6,1,0> angle 17} #end
then compiled using the following command:
povray -IPlanar_core_assembly_exploded.png -W1280 -H960 -Q11 +A
Selles failis kujutatud üksused
kujutab
25. juuni 2006
source of file inglise
original creation by uploader inglise
Faili ajalugu
Klõpsa kuupäeva ja kellaaega, et näha sel ajahetkel kasutusel olnud failiversiooni.
Kuupäev/kellaaeg | Pisipilt | Mõõtmed | Kasutaja | Kommentaar | |
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viimane | 24. jaanuar 2007, kell 12:23 | 1280 × 960 (154 KB) | Pngbot | optimized with optipng | |
25. juuni 2006, kell 16:11 | 1280 × 960 (209 KB) | CyrilB~commonswiki | {{Information |Description=Exploded view of an planar inductor constituted by a spiral track on a printed circuit board and a planar magnetic core |Source=Own work |Date=25/06/2006 |Author=Cyril BUTTAY |Permission=as licensed |other_versions= }} |
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