Difference between revisions of "CoE 197U The CMOS Inverter"

From Microlab Classes
Jump to navigation Jump to search
Line 1: Line 1:
 +
To understand the analysis and design of digital circuits, we will look at its fundamental element -- the digital gate. We will start with the simplest digital gate, the inverter.
 +
 
== The Inverter Voltage Transfer Characteristics (VTC) ==
 
== The Inverter Voltage Transfer Characteristics (VTC) ==
 +
The functionality of the inverter can be captured by looking at the output voltage as we change the input voltage, or the voltage-transfer characteristic (VTC).
  
 
=== The Ideal Inverter VTC ===
 
=== The Ideal Inverter VTC ===

Revision as of 11:43, 10 March 2021

To understand the analysis and design of digital circuits, we will look at its fundamental element -- the digital gate. We will start with the simplest digital gate, the inverter.

The Inverter Voltage Transfer Characteristics (VTC)

The functionality of the inverter can be captured by looking at the output voltage as we change the input voltage, or the voltage-transfer characteristic (VTC).

The Ideal Inverter VTC

Figure : The ideal inverter voltage transfer characteristic (VTC)[1].

Static Design Metrics

Figure : The non-ideal inverter voltage transfer characteristic (VTC)[1].
Figure : The CMOS inverter voltage transfer characteristic (VTC)[2].

Noise in Digital Circuits

Noise Rejection

Noise Margins

The Regenerative Property of Inverters

Inverter Delay

Figure: Logic delay definitions [1].

Power Dissipation

Figure : The CMOS switching current[3].
Figure : The CMOS transient power dissipation[3].

Energy Consumption

References

  1. 1.0 1.1 1.2 Ming Wu's UCB EE105 (Fall 2014) Lecture 24 Slides (link)
  2. Tsu-Jae King's UCB EECS40 (Fall 2003) Lecture 26 Slides (link)
  3. 3.0 3.1 Tsu-Jae King's UCB EECS40 (Fall 2003) Lecture 27 Slides (link)