Latest Digital ICs Technical Articles

This article describes the basics of finite state machines and shows a practical way of implementing them in the Verilog…

This article describes the basics of finite state machines and shows a practical way of implementing them in the Verilog Hardware Description Language.

This article will teach you about the intersection between JTAG and Arm core devices, with special attention paid to the…

This article will teach you about the intersection between JTAG and Arm core devices, with special attention paid to the Arm Debug Interface or ADI.

This series will give you foundational information about the concept of integrated circuit (IC) design flows across types of IC.

This series will give you foundational information about the concept of integrated circuit (IC) design flows across types of IC.

This brief gives an overview of the steps in a typical mixed-signal IC design flow.

This brief gives an overview of the steps in a typical mixed-signal IC design flow.

Learn the high-level overview of digital integrated circuit (IC) design.

Learn the high-level overview of digital integrated circuit (IC) design.

Learn about the interfaces and connectors used to implement JTAG.

Learn about the interfaces and connectors used to implement JTAG.

In this article, we’re going to look at the test access state machine in detail and even see some pseudocode for a…

In this article, we’re going to look at the test access state machine in detail and even see some pseudocode for a simple JTAG interface.

In this article, we’re going to be talking about JTAG, the ubiquitous hardware tool used for testing, programming, and…

In this article, we’re going to be talking about JTAG, the ubiquitous hardware tool used for testing, programming, and debugging.

In this article, we will learn how to find the optimal size of a transistor/logic gate present in a larger circuit to…

In this article, we will learn how to find the optimal size of a transistor/logic gate present in a larger circuit to provide the desired performance using the linear delay model.

Learn all about graphene field-effect transistors or GFETs. We'll cover their construction, as well as the benefits and…

Learn all about graphene field-effect transistors or GFETs. We'll cover their construction, as well as the benefits and challenges of designing with them.

In this article, we'll discuss the Elmore delay model, which provides a simplistic delay analysis that avoids…

In this article, we'll discuss the Elmore delay model, which provides a simplistic delay analysis that avoids time-consuming numerical integration/differential equations of an RC network.

In this article, you'll learn the basics of the CMOS image sensor, including its core components, its block diagram, its…

In this article, you'll learn the basics of the CMOS image sensor, including its core components, its block diagram, its strengths and weaknesses, and its applications.

In this article, we'll discuss how a single transistor can be sized to properly integrate with other transistors to…

In this article, we'll discuss how a single transistor can be sized to properly integrate with other transistors to provide optimal performance in terms of speed and power.

Learn about various non-idealities of MOS transistors and the effects they have on VLSI system reliability.

Learn about various non-idealities of MOS transistors and the effects they have on VLSI system reliability.

Statistical techniques can help us to analyze the distribution of light and dark tones in an image.

Statistical techniques can help us to analyze the distribution of light and dark tones in an image.

The Nyquist sampling theorem, or more accurately the Nyquist-Shannon theorem, is a fundamental theoretical principle that…

The Nyquist sampling theorem, or more accurately the Nyquist-Shannon theorem, is a fundamental theoretical principle that governs the design of mixed-signal electronic systems.

This article continues the Image Sensor Technology series by examining details involved in the movement of…

This article continues the Image Sensor Technology series by examining details involved in the movement of light-generated electric charge within a CCD.

In this article, we’ll examine two important specifications of a digital oscilloscope: analog bandwidth and sampling rate.

In this article, we’ll examine two important specifications of a digital oscilloscope: analog bandwidth and sampling rate.

This article will help you to understand what CCD sensors are and how they allow us to convert an optical scene into a…

This article will help you to understand what CCD sensors are and how they allow us to convert an optical scene into a digital image.