=> RF = √3/9.4×10-3 = 212.26Ω and R1 = 212.26Ω/10 = 21.2Ω. 4. Why a resistor is shunted across the feedback capacitor in the practical integrator?
A. To reduce operating frequency
B. To enhance low frequency gain
C. To enhance error voltage
D. To reduce error voltage
Answer:A
=> RF = √3/9.4×10-3 = 212.26Ω and R1 = 212.26Ω/10 = 21.2Ω. 4. Why a resistor is shunted across the feedback capacitor in the practical integrator?
A. To reduce operating frequency B. To enhance low frequency gain C. To enhance error voltage D. To reduce error voltage