+ Vcc RBI RCI 32.7622 190 kn RBI RC2 312K. AVO Cai H +3 TA C2 Ta Rg 123 Cust TOPF RL 322k2 Vg BREI CER twa 20PF TCB2 Ncc

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Vcc Rbi Rci 32 7622 190 Kn Rbi Rc2 312k Avo Cai H 3 Ta C2 Ta Rg 123 Cust Topf Rl 322k2 Vg Brei Cer Twa 20pf Tcb2 Ncc 1 (127.37 KiB) Viewed 47 times

+ Vcc RBI RCI 32.7622 190 kn RBI RC2 312K. AVO Cai H +3 TA C2 Ta Rg 123 Cust TOPF RL 322k2 Vg BREI CER twa 20PF TCB2 Ncc = 90 B = 60 for both BJTs (Ve= 25.9 mV) and preame fair for high fequency behavior are fri = 210 kHz, fra = 75 MHz, Cobi = Ccba=3pf find Rei and RB2 Such that Ici = 2 mA and 162 = 0.5 mA ① DC (Take VBE 20.20 in Oc) ② Calculate the medium (requency Voltage gain. Aum - Volug & © Setermine cea and Co. Such that fpcoa fpica= fpc3 = f2es = fzBLE 2Kltz Also, calculate the remaining low-frequency poles of AvG) - valug in Hz @ Determine high-frequency poles of Av (3) = ve/vg in Hz @ Using the gain and pole/zero Values obtained express the s-domin transfer function for Avg) = vo/vg. If the function can be simplified show the simplified version too. ra Symmetrical square-wave input signal, find the frequency in Hz, at which the output signal exhibits ci) a tilt of d = 2% si a rise time og tr=T/4 Draw the Bode plots (magnitude and phase responses) for Aub you fora. Scanned with CamScanner
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