Question

alright i need help finding the actual gain. the Vout RMS is off due to the DC offset. the peak to peak can be seen in the pictures noted with the arrows of the high and low.

V(vout) V (n002) Interval Start: 28ms V(vout) 4.4V Interval End: 50ms 4.0V Average: 3.3641V RMS: 3.3764V 3.6V Cancel 3.2V 2.8V 3.86 2.4V 2.87V 2.0V 1.6V 1.2V- 0.8V 0.4V LUL ЛЛ UП 0.0V --0.4V 28ms 30ms 32ms 34ms 36ms 38ms 40ms 42ms 44ms 46ms 48ms 50ms V(n002) Interval Start: V(n®02) 28ms V(vout ) 4.4V Interval End: 50ms 4.0V Average: 4uV RMS: 200mV 3.6V Cancel 3.2V 2.8V 3.86 2.4V 2.87V 2. ØV 1. 6V 1.2V 0.8V 0.4V LЛLNLNЛЛЛЛЛЛЛЛЛЛЛ ЛЛЛ 0.0V -0.4V 50ms 28ms 30ms 32ms 34ms 36ms 38ms 40ms 42ms 44ms 46ms 48ms Ao DC, constant y = Ao A1 Sine wave y = A1 sin(2#ft) V2 S A1 A frac(ft) 0.5 A1 Square wave 3y S A1 -A1 frac(ft) frac(ft) > 0.5 0.5 y= Ao + DC-shifted square wave frac(ft)

Answer 1

.9d.copfect btrianglar mixer ouis wanip Sinat Feaek to Feak Volye otriargulor Signal =3.86-287=0.99. mid point of triarguar 9s 0495 5cotd seteVanaxo.495nい6610 495 3.365 Vond ニ 3.365+0.405 Ct) Arerage Value - R.M.S Value Co.495 3.377 Vartpms RM.S Value otriangular Sigral one Sbboこ Vouk Trianudems a858 Adual gain 43