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PRATICA N º
MATERIALES
CABLE
CAPACITOMETRO
CAPACITORES DIFERENTES
C= .1F
C= .22F
C= 4.7F
C= 3.3F
PROTOVOLT
OBJETIVO
DEMOSTRAR QUE LAS CAPACITANCIAS TEORICAS Y PRACTICAS SON IGUALES, ADEMÁS DE APRENDER A CONECTAR LOS CAPACITORES EN SERIE Y PARALELO IGUAL QUE MIXTO.
SERIE
LOS CAPACITORES EN SERIE DEBEN IR CONECTADOS POR POLARIDADES DIFERENTES EJEMPLO POSITIVO NEGATIVO, Y SU CAPACITANCIA FINAL DEBE ER MENOR A EL DEL MENOR CAPACITANCIA.
NOTA: CUANDO LOS CAPACITORES CONECTADOS EN SERIE SON DE IGUAL CAPACITANCIA, LOS CAPACITORES SE TOMA EL VALOR DE LA CAPACITANCIA Y SE DIVIDE ENTRE EL NUMERO DE CAPACITORES
1 LA CAPACITANCIA TOTAL TEORICA CT = 34.3nF
LA CAPACITANCIA TOTAL PRACTICA CT = 33.8nF
C1= .1F
C2= .1F
C3= .22F
C4= .22F
C5= 10F
2 LA CAPACITANCIA TOTAL TEORICA CT = 162.3nF
LA CAPACITANCIA TOTAL PRACTICA CT = 160.1nF
C1= .22F
C2= 4.7F
C3= 3.3F
C4= 10F
C5= 1F
3 LA CAPACITANCIA TOTAL TEORICA CT = 582.8nF
LA CAPACITANCIA TOTAL PRACTICA CT = 583 nF
C1= 10F
C2= 4.7F
C3= .22F
C4= 10F
C5= 1F
4 LA CAPACITANCIA TOTAL TEORICA CT = 521.2nF
LA CAPACITANCIA TOTAL PRACTICA CT = 520.8nF
C1= 3.3F
C2= 4.7F
C3= 10F
C4= 10F
C5= 1F
5 LA CAPACITANCIA TOTAL TEORICA CT = 2F
LA CAPACITANCIA TOTAL PRACTICA CT = 1.8F
C1= 10F
C2= 10F
C3= 10F
C4= 10F
C5= 10F
PARALELO
LOS CAPACITORES EN PARALELO DEBEN IR CONECTADOS POR POLARIDADES IGUALES EJEMPLO POSITIVO CON POSITIVO, Y SU CAPACITANCIA FINAL DEBE SER MAYOR TODAS LAS CAPACITANCIAS
1 LA CAPACITANCIA TOTAL TEORICA CT = 28.22F
LA CAPACITANCIA TOTAL PRACTICA CT = 28F
C1= 4.7F
C2= 10F
C3= 3.3F
C4= .22F
C5= 10F
2 LA CAPACITANCIA TOTAL TEORICA CT = 18.44F
LA CAPACITANCIA TOTAL PRACTICA CT = 17.98F
C1= .22F
C2= 4.7F
C3= 3.3F
C4= .22F
C5= 10F
3 LA CAPACITANCIA TOTAL TEORICA CT = 19.22F
LA CAPACITANCIA TOTAL PRACTICA CT = 18.9F
C1= 10F
C2= 1F
C3= 3.3F
C4= 4.7F
C5= .22F
4 LA CAPACITANCIA TOTAL TEORICA CT =
LA CAPACITANCIA TOTAL PRACTICA CT =
C1= 10F
C2= 10F
C3= 10F
C4= 10F
C5= 10F
5 LA CAPACITANCIA TOTAL TEORICA CT = 24.52F
LA CAPACITANCIA TOTAL PRACTICA CT = 24.22F
C1= 3.3F
C2= 1F
C3= .22F
C4= 10F
C5= 10F
SERIE PARALELO
Aquí se combinan circuitos en series y circuitos en paralelo. Estos se conocen como circuitos combinados.
Se puede imaginar una rama en un circuitos en paralelo, pero la cual contiene dos resistencias en serie.
Estos circuitos se van resolviendo de derecha ha izquierda(donde termina el circuito hasta donde acaba), la resistencia final debe ser equivalente a todas las del circuito.
1 LA CAPACITANCIA TOTAL TEORICA CT = 68.29nF
LA CAPACITANCIA TOTAL PRACTICA CT = 67.98nF
C1= 0.1F
C2= 0.1F
C3= .22F
C4= 10F
C5= 10F
2 LA CAPACITANCIA TOTAL TEORICA CT = 24.52F
LA CAPACITANCIA TOTAL PRACTICA CT = 24.22F
C1= 3.3F
C2= 1F
C3= .22F
C4= 10F
C5= 10F
3 LA CAPACITANCIA TOTAL TEORICA CT = 24.52F
LA CAPACITANCIA TOTAL PRACTICA CT = 24.22F
C1= 3.3F
C2= 1F
C3= .22F
C4= 10F
C5= 10F
4 LA CAPACITANCIA TOTAL TEORICA CT = 24.52F
LA CAPACITANCIA TOTAL PRACTICA CT = 24.22F
C1= 3.3F
C2= 1F
C3= .22F
C4= 10F
C5= 10F
6 LA CAPACITANCIA TOTAL TEORICA CT = 24.52F
LA CAPACITANCIA TOTAL PRACTICA CT = 24.22F
C1= 3.3F
C2= 1F
C3= .22F
C4= 10F
C5= 10F
7 LA CAPACITANCIA TOTAL TEORICA CT = 24.52F
LA CAPACITANCIA TOTAL PRACTICA CT = 24.22F
C1= 3.3F
C2= 1F
C3= .22F
C4= 10F
C5= 10F
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Enviado por: Zigma Idioma: castellanoPaís: México