The development of manufacturers and designers is looking the methods for conventional
smaller-sized and high-performance devices with the circuit reduced the power
consumption and enhanced the gain margin, phase margin is the most important parameter
of an operational transconductance amplifier (OTAs). Which have become essential
building blocks of many modern analogy and mixed–the signal circuit is used as a key
element in a wide variety of circuits that benefit from voltage control. In essence, an OTA
is a direct-coupled differential voltage-controlled current source (DVCCS) with high output
impedance. Which is a low voltage (LV) and low power (LP) in this project the structures
for different methodologies and compares in terms of gain and bandwidth, phase, unity gain
bandwidth (UGB) and speed, size most of the analog system needs an LV and LP power
supply.
Content Owner / Guide
Title
DESIGN AND SIMULATION OF LOW VOLTAGE AND LOW POWER OPERATIONAL
TRANSCONDUCTANCE AMPLIFIER (OTA)
TRANSCONDUCTANCE AMPLIFIER (OTA)
Year Awarded (Blank if Not Awarded)
2022
Type
Master of Technology
Place of Work
E-Mail
Roll No
2000521195008
Registration Date