Chapter 10 : Operational Transconductance Amplifier(OTA)

example 10.1, Page No.298

In [2]:
# -3dB frequency

import math
# Variable declaration
gm = 55*10**-6             # Transconductance
C = 8.75*10**-12           # Capacitance

#calcualtions
f = gm/(2*math.pi*C)

#Result
print("-3dB frequency = %d MHz"%(f/10**6))

-3dB frequency = 1 MHz

example 10.2, Page No. 401

In [ ]:
print("Theoretical example")

example 10.3, Page No. 402

In [6]:
print("Theoretical example")

Theoretical example

example 10.4, Page No. 402

In [5]:
print("Theoretical example")

Theoretical example

example 10.5, Page No. 403

In [4]:
print("Theoretical example")

Theoretical example

example 10.6, Page No. 403

In [3]:
print("Theoretical example")

Theoretical example