d24f509f-2d87-44c8-bdec-aa7aedfc7acc 56 4 5 decimal

&[DATE] &[TIME] - &[FILENAME]

element parameters R.1 1.013 106^* : R.2 980 : V.i 100103 -^* : V.inverting 0 : V.out 1 : f 4103^* : gain2 105 : 71 line

An alternative method is to us the gains of each stage to calculation the system gain

voltage division ratio ratio R.2 R.1 R.2 + / : 0.001

voltage divider V.nonInverting V.i R.2 R.1 R.2 + / * : 9.6649 105 -^*

voltage division ratio in decibels stage.1 20 ratio abs 10 log * : 60.2961 -

V.gain V.out V.nonInverting / : 10346.7347

voltage gain in decibels stage.2 20 V.gain abs 10 log * (: 80.2961

gain bandwidth product GB f V.gain * : 4.1387 107^*

stage.1 stage.2 + 20

point on the orange line used to estable blue line bend

I dont know how to do inverse log

y x log ≡ x solve maple y exp

gain in voltage from second gain2 given

open loop gain break frequency is the first point on the gain bandwidth product line

Spent an hour trying to execture simple command easily done on casio finally remembered the maple version

A V.inverting V.nonInverting V.o 1 ≡ A solve : #

that function is undefined  YET V.inverting V.nonInverting V.o

V.inverting V.nonInverting V.o 1 ≡ A solve #

1 b + 4 ≡ b solve A solve #

V.nonInverting V.inverting - A 1 ≡ A solve Maxima #

9.6649 105 -^* A 1 ≡ A solve Maxima #

9.6649 105 -^* 0 - A 1 ≡ A solve Maxima #

A 9.6649 105 -^* 0 - (* 1 ≡ A solve Maxima #

1 b + 4 ≡ b solve maxima #

1 b + 4 ≡ b solve Maxima #

9.6649 105 -^* 0 - A 1 ≡ A solve Maxima #

V.inverting V.nonInverting V.o 1 ≡ A solve maple Pile vide.

A.v V.dB 20 A.v 10 log * :

A V.inverting V.nonInverting - A 1 ≡ A solve maple : Pile vide.

works for 15 but not 100

A.v A.v V.dB 15.15 ≡ A.v solve : 5.7214

A.v A.v V.dB 100 ≡ A.v solve : #

A 20 V 10 log * 100 ≡ V solve : #

20 V 10 log * 100 ≡ V solve maple Error, (in log) expecting 1 argument, got 2 ans

20 V 10 log * 100 ≡ V solve Maxima #

A.v V.dB 100 ≡ A.v solve Maxima #

A 20 x log * 100 ≡ x solve maple : 5 exp

A 148.4132

A A V.nonInverting V.inverting - (* V.out ≡ A solve maple : 10346.7347

V.inverting V.nonInverting V.o V.inverting V.nonInverting - A :

V.nonInverting 9.6649 105 -^*

V.inverting 0

V.out 1