juan pinilla

7/24/2019 Juan Pinilla

1/18

SIMUDATOS DE ENTRADA

VARIABLES SENO COSENO

AMPLITUD (A) 4 2

FRECUENCIA (F) 5 4FASE (P) 7 3

X (Rad) Y=A SEN(F*X P) Y=A COS(F*X P)

0 2.6279463949 -1.9799849932

0.25 3.690416841 -1.3072872417

0.5 -0.3006044818 0.5673243709

0.75 -3.8799914717 1.9203405733

1 -2.146291672 1.5078045087

1.25 2.5264439509 -0.2910000676

1.5 3.7395802221 -1.8222605238

1.75 -0.1680974109 -1.6781430582

2 -3.8455899675 0.008851396

2.25 -2.2571036158 1.6877079175

2.5 2.4221594789 1.8148935629

2.75 3.7846257138 0.2734744364

3 -0.0354052372 -1.5193758257

3.25 -3.8069538398 -1.9153189606

3.5 -2.3654301195 -0.5503266761

3.75 2.3152078132 1.32063341654 3.8255037136 1.9774092364

4.25 0.0973259235 0.8161641236

4.5 -3.7641256334 -1.0954585204

4.75 -2.4711518976 -1.9999216528

5 2.205706725 -1.0656660407

5.25 3.8621692082 0.8483580147

5.5 0.2299499124 1.9824056237

5.75 -3.7171525089 1.2938386447

6 -2.5741525334 -0.5842776175

6.25 2.0937767929 -1.9252117326

0

-5

-4

-3

-2

-1

0

1

2

3

4

5

1.5

2

2.5

COSENO

SENO


2/18

0

-2.5

-2

-1.5

-1

-0.5

0

0.5

1


3/18

ADOR ONDAS SINUSOIDALES Y COSINUSOIDALEC!" #$ %&'"# %&$ad!+ %# ,#d# '

E0#+.&.&!%

S&$a+ "a !"da SENO .!" "a F+#.#".&a d# 21 "a a,$&d

S&$a+ "a !"da COSENO .!" "a F+#.#".&a d# 31 "a a,$&

1 2 3 4

Column B

-1.9799849932 Column C


4/18

1 2 3 4


5/18

a-&.a+ !"da% SENO / COSENO

2 / "a -a%# d# Y=2SEN (2X )

d / "a -a%# d# 2 Y=COS (3X 2)

5 6 7


6/18

5 6 7


7/18

DATOS DE ENTRADA

VARIABLES DATO UNIDAD

AMPLITUD A V6

V#$!.&dad a"'$a+ 58 Rad6%

FASE (893:8;) P 345


8/18

29

30

31

32

33

34

35

36

37

38

39

40


9/18

SIMULADOR ONDAS ELECTROMANETICASC!" #$ %&'"# %&$ad!+ %# ,#d# '+a-&.a+ "a !"da #$#.+!a'"#&.a

E0#+.&.&!%

S&$a+ "a !"da #$#.+!a'"#&.a

NOTA PARA INRESAR LA FASE SE DEBE INRESAR EL ANULO EN RADOS Y ESTE

T E 8 a $ada

0 -1 0 0.0031416

0.0031416 -0.9876882831 942480

0.0062832 -0.9510562893 1884960

0.0094248 -0.8910060239 2827440

0.0125664 -0.8090161308 3769920

0.015708 -0.7071054825 4712400

0.0188496 -0.5877834693 5654880

0.0219912 -0.4539882087 6597360

0.0251328 -0.3090141996 7539840

0.0282744 -0.1564311999 8482320

0.031416 3.673205103446E-006 9424800

0.0345576 0.1564384558 10367280

0.0376992 0.3090211865 11309760

0.0408408 0.4539947544 12252240

0.0439824 0.5877894126 13194720 R

0.047124 0.7071106772 14137200

0.0502656 0.8090204489 15079680

0.0534072 0.8910093591 16022160

0.0565488 0.9510585594 16964640

0.0596904 0.9876894323 17907120

0.062832 1 18849600

0.0659736 0.9876871339 197920800.0691152 0.9510540191 20734560

0.0722568 0.8910026887 21677040

0.0753984 0.8090118126 22619520

0.07854 0.7071002878 23562000

0.0816816 0.5877775259 24504480

0.0848232 0.453981663 25446960

0.0879648 0.3090072128 26389440

EL DATO SE DEBE INGRESAR EN LA TABLA CONVERSOR GRADOS A

0 0.02 0.04

-1.5

-1

-0.5

0

0.5

1

1.5

0 0.02 0.

0

5000000

10000000

15000000

20000000

25000000

30000000

35000000

40000000


10/18

0.0911064 0.1564239439 27331920

0.094248 -1.101961530950E-005 28274400

0.0973896 -0.1564457118 29216880

0.1005312 -0.3090281733 30159360

0.1036728 -0.4540013001 31101840

0.1068144 -0.587795356 32044320

0.109956 -0.7071158718 32986800

0.1130976 -0.8090247669 33929280

0.1162392 -0.8910126942 34871760

0.1193808 -0.9510608295 35814240

0.1225224 -0.9876905815 36756720

0.125664 -0.9999999999 37699200


11/18

E=ACOS (T BX)

O CONVIERTE A RADIANES

RAFICA T VS E

FICA DISTANCIA VS TIEMPO

ADIANES

0.06 0.08 0.1 0.12 0.14

Column H

04 0.06 0.08 0.1 0.12 0.14

Column I


12/18


13/18

SIMULADO

E0#+.&.&!%

?a$$a+ #$ .a,! d# "a #%,&+a1 .!" " A+#a d# #%,&+a 8125 21 " Ba 814 T1 "

RAFICA LEY FARADAY

AREA

DESPEE FORMULA Bmax (Cam

T

TIE

E ($

E


14/18

R LEY DE FARADAY

AO 3 % / " ,! 5 %

RAFIC

T E(-#)FORMULAS 0 88285

1 88:7>3

2 883745:

3 88258:3

ATOS DE ENTRADA 8 88843>>7>:27

! "ax#m! 0.41 T 10 8882774373

O 5 ' 11 8882274:5

PO 10 ' 12 888>5

13 888522:8>

DATO DE SALIDA 14 88824::8:

m& 8882774373 15 888828:35

ax 88285 16 8888>35:25

0 2 4 6 8

0

0.005

0.01

0.015

0.02

0.025


15/18

A TIEMPO VS E(-#)

10 12 14 16 18

Column M


16/18

CALC

DIPOLO ?ERTIANO

FORMULAS

DATOS DE ENTRADA

R+ad 75 O)m R+ad

I! 0.003 A I!

8 1.25E-05 CONSTANTE 8

d 0.3 m d

C!% 0.64 C!%

L 0.5 m L

DATOS DE SALIDA

P+ad 0.1125 P+ad

? 3.1830914183855E-009 ?

I 0.00192 A I


17/18

ULADOR ANTENAS

IPOLO DE MEDIA ONDA MONOPOLO 64 DE

FORMULAS FORMULAS

DATOS DE ENTRADA DATOS DE ENTR

36.56 O)m R+ad 18.28

0.015 A I! 0.125

1.25E-05 CONSTANTE 8 1.25E-05

0.5 m d 0.8

0.64 C!% 0.64

0.7 m L 0.9

DATOS DE SALIDA DATOS DE SALI

0.5484 P+ad 2.285

1.33689840E-008 ? 8.952444614E-008

0.0096 A I 0.08


18/18

ONDA

DA

O)m

A

CONSTANTE

m

m

A

A

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