science Analog Design

Telescopic CMOS Amplifier High-Gain Operational Amplifier

Advanced analog design featuring cascode topology with full differential architecture, optimized frequency response, and stability compensation for precision signal processing applications.

Project Overview

This project presents a high-performance telescopic CMOS operational amplifier designed for precision analog applications. Features cascode amplification stage, differential pair input, current mirror load, and comprehensive frequency compensation network. Fully simulated and optimized using Cadence Virtuoso with detailed AC and transient analysis.

Performance Metrics

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DC Gain

98 dB

open-loop gain

speed

GBW Product

1.2 MHz

gain-bandwidth

bolt

Power Consumption

150 µW

low-power design

Design Specifications

architecture Circuit Topology

  • Cascode structure: High-impedance output, high gain
  • Differential pair: Rail-to-rail input common mode
  • Current mirrors: Optimized matching and gain
  • Compensation network: Frequency stabilization

engineering Simulation Results

  • AC analysis: Gain, bandwidth, phase margin
  • Transient response: Step response and settling
  • Noise analysis: Input-referred noise spectrum
  • Monte Carlo: Process variation simulation

Tools & Technologies

Cadence Virtuoso GPDK090 PDK Spectre Simulator AC Analysis Corner Analysis

Access Full Documentation

Download comprehensive design documentation including circuit schematic, simulation results, AC/transient plots, and detailed performance analysis with corner cases.

file_download Download Full Report (PDF)