Learn why you should design for rework—and 6 easy ways to do it.
Learn why you should design for rework—and 6 easy ways to do it.
Learn about how to stabilize transimpedance amplifiers or TIAs with useful examples.
Learn about how to stabilize transimpedance amplifiers or TIAs with useful examples.
Learn how to simulate noise using LTspice and use this great tool to learn more about low-noise design.
Learn how to simulate noise using LTspice and use this great tool to learn more about low-noise design.
How can reactive elements affect phase shift in an LC circuit? Learn more about phase shift in analog design.
How can reactive elements affect phase shift in an LC circuit? Learn more about phase shift in analog design.
Learn what solder bridges are and how to avoid them.
Learn what solder bridges are and how to avoid them.
Learn about simulating an interesting current source built around an op-amp and an instrumentation amplifier.
Learn about simulating an interesting current source built around an op-amp and an instrumentation amplifier.
This article presents a high-performance current source that requires only a few readily available components.
This article presents a high-performance current source that requires only a few readily available components.
Learn more about the Arm computer architecture, including ISA, execution states, and processor families.
Learn more about the Arm computer architecture, including ISA, execution states, and processor families.
The current mirror is an important analog building block that finds application in such diverse areas as DC biasing and…
The current mirror is an important analog building block that finds application in such diverse areas as DC biasing and current-mode signal processing.
In this article we’ll look at the defining characteristics of these extremely popular ICs, and then we’ll explore the…
In this article we’ll look at the defining characteristics of these extremely popular ICs, and then we’ll explore the internal architecture.
This article focuses on using Verilog to describe synchronous sequential circuits.
This article focuses on using Verilog to describe synchronous sequential circuits.
In this article, we continue our study of the current-feedback amplifier. We’ll also look at a composite amplifier that…
In this article, we continue our study of the current-feedback amplifier. We’ll also look at a composite amplifier that combines the benefits of the voltage-feedback topology and the current-feedback topology.
In this article, we’ll take a more detailed look at the functionality and characteristics of current-feedback amplifiers.
In this article, we’ll take a more detailed look at the functionality and characteristics of current-feedback amplifiers.
Learn more about capacitive load compensation.
Learn more about capacitive load compensation.
This article explains the use of Verilog “If” and “Case” statements to describe a combinational circuit.
This article explains the use of Verilog “If” and “Case” statements to describe a combinational circuit.
When working with high-precision sensors, it's crucial to consider housing. In this article, we discuss an approach to…
When working with high-precision sensors, it's crucial to consider housing. In this article, we discuss an approach to designing a custom board holder for an inclinometer subsystem.
So you have a schematic. How do you lay out your custom board? In this article, we'll go over the challenges and…
So you have a schematic. How do you lay out your custom board? In this article, we'll go over the challenges and solutions I came across in designing a custom PCB for an inclinometer subsystem.
This project series details the design and construction of a precision inclinometer based on the Murata SCA103T-D04. This…
This project series details the design and construction of a precision inclinometer based on the Murata SCA103T-D04. This article looks at schematic design considerations.
Learn the design steps for creating your own custom inclinometer PCB.
Learn the design steps for creating your own custom inclinometer PCB.
The Howland current pump, invented by MIT’s Professor Bradford Howland in the early 1960s, consists of an op-amp and a…
The Howland current pump, invented by MIT’s Professor Bradford Howland in the early 1960s, consists of an op-amp and a balanced resistor bridge and puts out current in either direction.
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