Calculos Operacional

1. Cálculos Teóricos

Medir los voltajes pico a la entrada y a la salida del circuito
Vpf=2V
f=1KHz
Valores medidos
Vin=2.04V
Vout1=4.1V
Vout2=11.8V

Vrmsin=1.442V
Vrmsout1=2.89VVrmsout2=8.34V

Iin=1.442V500Ω=2.88mA
Iout1=2.89V666.6Ω=4.33mA
Iout2=8.34V10KΩ=834μA

Valores calculados

Pin=(1.442V)^210kΩ=207.93μw
Primera etapa
vo1=2.884V+0.006V
Vo1=vso+vno
vso=2.884Vvno=0.006V
Pso=2.884v210KΩ=831.74μwatt
Pno=0.006V210KΩ=3.6ηwatt
RSRI=831.74μwatt3.6ηwatt=231.03X10^3

VNout=3.6ηw*20 Ω*20 Ω+10kΩ20 Ω=0.13V
PNin=1.28*10-23296.151KHz=3.79*10-18w
Segunda etapaPin=(2.89V)^210kΩ=835.2μw
vo2=8.34V+0.312V
vso=8.34V
vno=0.312V
Pso=8.34v210KΩ=6.95mwatt

Pno=0.312V210KΩ=9.73μwatt
RSRO=6.95mwatt9.73μwatt=714.28

VNout=9.73μw*20 Ω*20 Ω+10kΩ20 Ω=6.98VNR=RSRIRSRO=231.03X103714.28=323.44

Medir los voltajes pico a la entrada y a la salida del circuito
Vpf=2V
f=10KHz

Valores medidos
Vin=2.06V
Vout1=4.12V
Vout2=12V

Vrmsin=1.45V
Vrmsout1=2.91VVrmsout2=8.48V

Iin=1.45V500Ω=2.9mA
Iout1=2.91V666.6Ω=4.36mA
Iout2=8.48V10KΩ=848μA
Valores calculados
Pin=(1.45V)^210kΩ=210.25μw
Primera etapa
vo1=2.9V+0.01V
Vo1=vso+vno
vso=2.9V
vno=0.01VPso=2.9v210KΩ=841μwatt
Pno=0.01V210KΩ=10ηwatt
RSRI=841μwatt10ηwatt=84.1X10^3

VNout=10ηw*20 Ω*20 Ω+10kΩ20 Ω=0.22V
PNin=1.28*10-23296.1510KHz=3.79*10-17w
Segunda etapa
Pin=(2.91V)^210kΩ=846.8μwvo2=8.48V+0.25V
vso=8.48V
vno=0.25V
Pso=8.48v210KΩ=7.19mwatt

Pno=0.25V210KΩ=6.25μwatt
RSRO=7.19mwatt6.25μwatt=1150.4

VNout=6.25μw*20 Ω*20 Ω+10kΩ20 Ω=5.6V

NR=RSRIRSRO=84.1X1031150.4=73.10Medir los voltajes pico a la entrada y a la salida del circuito
Vpf=10mV
f=10KHz
Valores medidos
Vin=12.2mV
Vout1=25mV
Vout2=70mV

Vrmsin=8.62mV
Vrmsout1=17.67mV
Vrmsout2=49.49mVIin=8.62mV500Ω=17.24μA
Iout1=17.67mV666.6Ω=26.5μA
Iout2=49.49mV10KΩ=4.94μA
Valores calculados
Pin=(8.62mV)^210kΩ=7.43ηw
Primera etapa
vo1=17.24mV+0.43mV
Vo1=vso+vno
vso=17.24mV
vno=0.43mV...