<Text-field style="Heading 1" layout="Heading 1"><Font encoding="UTF-8">Se\303\247\303\243o de depura\303\247\303\243o</Font></Text-field>

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#use DocumentTools in # -------------------------------------------------- # \345\210\235\346\234\237\345\214\226 # -------------------------------------------------- unassign( 'wl','wr','kv','kt','j0','d0','irated','tqrated','orated','nrated','vrated','vbrated' ); # -------------------------------------------------- # \345\217\226\345\276\227 # -------------------------------------------------- PowerV := DocumentTools[Do]( %TPV ); # -------------------------------------------------- # \345\211\262\343\202\212\345\275\223\343\201\246 # -------------------------------------------------- assign( ex0 ); # -------------------------------------------------- # \350\241\250\347\244\272 # -------------------------------------------------- DocumentTools[SetProperty]( WindingL ,value ,sprintf( "%6.3e", wl ) ): DocumentTools[SetProperty]( WindingR ,value ,sprintf( "%6.3e", wr ) ): DocumentTools[SetProperty]( TKV ,value ,sprintf( "%6.3e", kv ) ): DocumentTools[SetProperty]( TKT ,value ,sprintf( "%6.3e", kt ) ): DocumentTools[SetProperty]( TJ ,value ,sprintf( "%6.3e", j0 ) ): DocumentTools[SetProperty]( TD ,value ,sprintf( "%6.3e", d0 ) ): DocumentTools[SetProperty]( TVRated ,value ,sprintf( "%6.3e", d0 ) ): DocumentTools[SetProperty]( TIRated ,value ,sprintf( "%6.3e", irated ) ): DocumentTools[SetProperty]( TTQRated ,value ,sprintf( "%6.3e", tqrated ) ): DocumentTools[SetProperty]( TORated ,value ,sprintf( "%6.3e", orated ) ): DocumentTools[SetProperty]( TNRated ,value ,sprintf( "%6.3e", nrated ) ): DocumentTools[SetProperty]( TVBRated ,value ,sprintf( "%6.3e", vbrated ) ): # ================================================== # \345\210\235\346\234\237\345\214\226 # ================================================== # restart: # PowerV:=DocumentTools[Do]( %TPV ): # \345\256\232\346\240\274\345\256\271\351\207\217 #\343\203\242\343\203\274\343\202\277\345\256\232\346\225\260 #wl:=1e-3: #wr:=25.4/sqrt(PowerV); #kv:=1.7e-3*sqrt(PowerV)*60/(2*Pi): #j0:=0.7/9.8*1e-6*PowerV^1.6: #kt:=evalf(kv): #d0:=1.6e-7*PowerV*60/(2*Pi); #\345\256\232\346\240\274\345\200\244 #vrated:=11.9*PowerV^0.3: #nrated:=orated*60/(2*Pi): #vbrated:=0.95*vrated-4.7: #orated:=vbrated/kv: #tqrated:=PowerV/orated: #irated:=tqrated/kt: #\347\265\220\346\236\234\350\241\250\347\244\272 (* DocumentTools[Do]( %WindingL = sprintf("%6.3e",wl) ): DocumentTools[Do]( %WindingR = sprintf("%6.3e",wr) ): DocumentTools[Do]( %TKV = sprintf("%6.3e",kv) ): DocumentTools[Do]( %TKT = sprintf("%6.3e",kt) ): DocumentTools[Do]( %TJ = sprintf("%6.3e",j0) ): DocumentTools[Do]( %TD = sprintf("%6.3e",d0) ): DocumentTools[Do]( %TVRated = sprintf("%6.3e",d0) ): DocumentTools[Do]( %TIRated = sprintf("%6.3e",irated) ): DocumentTools[Do]( %TTQRated = sprintf("%6.3e",tqrated) ): DocumentTools[Do]( %TORated = sprintf("%6.3e",orated) ): DocumentTools[Do]( %TNRated = sprintf("%6.3e",nrated) ): DocumentTools[Do]( %TVBRated = sprintf("%6.3e",vbrated) ): *) #end use;

\343\200\200W: #use DocumentTools in # -------------------------------------------------- # \345\210\235\346\234\237\345\214\226 # -------------------------------------------------- unassign( 'wl','wr','kv','kt','j0','d0','irated','tqrated','orated','nrated','vrated','vbrated' ); # -------------------------------------------------- # \345\217\226\345\276\227 # -------------------------------------------------- PowerV := DocumentTools[Do]( %TPV ); # -------------------------------------------------- # \345\211\262\343\202\212\345\275\223\343\201\246 # -------------------------------------------------- assign( ex0 ); # -------------------------------------------------- # \350\241\250\347\244\272 # -------------------------------------------------- DocumentTools[SetProperty]( WindingL ,value ,sprintf( "%6.3e", wl ) ): DocumentTools[SetProperty]( WindingR ,value ,sprintf( "%6.3e", wr ) ): DocumentTools[SetProperty]( TKV ,value ,sprintf( "%6.3e", kv ) ): DocumentTools[SetProperty]( TKT ,value ,sprintf( "%6.3e", kt ) ): DocumentTools[SetProperty]( TJ ,value ,sprintf( "%6.3e", j0 ) ): DocumentTools[SetProperty]( TD ,value ,sprintf( "%6.3e", d0 ) ): DocumentTools[SetProperty]( TVRated ,value ,sprintf( "%6.3e", d0 ) ): DocumentTools[SetProperty]( TIRated ,value ,sprintf( "%6.3e", irated ) ): DocumentTools[SetProperty]( TTQRated ,value ,sprintf( "%6.3e", tqrated ) ): DocumentTools[SetProperty]( TORated ,value ,sprintf( "%6.3e", orated ) ): DocumentTools[SetProperty]( TNRated ,value ,sprintf( "%6.3e", nrated ) ): DocumentTools[SetProperty]( TVBRated ,value ,sprintf( "%6.3e", vbrated ) ): # ================================================== # \345\210\235\346\234\237\345\214\226 # ================================================== # restart: # PowerV:=DocumentTools[Do]( %TPV ): # \345\256\232\346\240\274\345\256\271\351\207\217 #\343\203\242\343\203\274\343\202\277\345\256\232\346\225\260 #wl:=1e-3: #wr:=25.4/sqrt(PowerV); #kv:=1.7e-3*sqrt(PowerV)*60/(2*Pi): #j0:=0.7/9.8*1e-6*PowerV^1.6: #kt:=evalf(kv): #d0:=1.6e-7*PowerV*60/(2*Pi); #\345\256\232\346\240\274\345\200\244 #vrated:=11.9*PowerV^0.3: #nrated:=orated*60/(2*Pi): #vbrated:=0.95*vrated-4.7: #orated:=vbrated/kv: #tqrated:=PowerV/orated: #irated:=tqrated/kt: #\347\265\220\346\236\234\350\241\250\347\244\272 (* DocumentTools[Do]( %WindingL = sprintf("%6.3e",wl) ): DocumentTools[Do]( %WindingR = sprintf("%6.3e",wr) ): DocumentTools[Do]( %TKV = sprintf("%6.3e",kv) ): DocumentTools[Do]( %TKT = sprintf("%6.3e",kt) ): DocumentTools[Do]( %TJ = sprintf("%6.3e",j0) ): DocumentTools[Do]( %TD = sprintf("%6.3e",d0) ): DocumentTools[Do]( %TVRated = sprintf("%6.3e",d0) ): DocumentTools[Do]( %TIRated = sprintf("%6.3e",irated) ): DocumentTools[Do]( %TTQRated = sprintf("%6.3e",tqrated) ): DocumentTools[Do]( %TORated = sprintf("%6.3e",orated) ): DocumentTools[Do]( %TNRated = sprintf("%6.3e",nrated) ): DocumentTools[Do]( %TVBRated = sprintf("%6.3e",vbrated) ): *) #end use;

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Indut\303\242ncia de enrolamento[H]

Resist\303\252ncia de enrolamento\357\274\273\316\251\357\274\275

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Constante de for\303\247a eletromotriz: kv

V/(rad/sec)

Constante de torque: kT

Nm/A

In\303\251rcia: J

kgm^2

Coeficiente de amortecimento viscoso\357\274\232D

Nm/(rad/sec)

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Tens\303\243o\357\274\232Vrated

Corrente el\303\251trica\357\274\232Irated

torque\357\274\232Tqrated

Rapidez\357\274\232\317\211rated

rad/sec

N\303\272mero de rota\303\247\303\265es\357\274\232Nrated

rpm

For\303\247a eletromotriz de velocidade\357\274\232Vbrated

<Text-field style="Heading 1" layout="Heading 1"><Font encoding="UTF-8">Se\303\247\303\243o de depura\303\247\303\243o</Font></Text-field>

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use DocumentTools in # Enter Maple commands to be executed when the specified # action is carried out on the component. # Use: # Do( %component_name ); # and # Do( %component_name = value ); # to set and get properties of the component. # You can also use arbitrary expressions # involving components, e.g.: # Do( %target = %input1 + 2*%input2 ); # Note the %-prefix to each component name. # See ?CustomizingComponents for more information. # vis:=not (vis); DocumentTools[SetProperty]( MathC, visible, vis ); #DocumentTools[SetProperty]( mathc, visible, true ); ex0 := DocumentTools[GetProperty](MathC, expression); end use;