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Introduction to the CFA: Current-Feedback Amplifiers vs. Voltage-Feedback Amplifiers

Introduction to the CFA: Current-Feedback Amplifiers vs. Voltage-Feedback Amplifiers

This article discusses the differences between voltage-feedback amplifiers and current-feedback amplifiers.


Never Run Out of Tea Again! How to Build the Gentleman Maker’s Intelli-T Raspberry Pi Sensor Alarm

Never Run Out of Tea Again! How to Build the Gentleman Maker’s Intelli-T Raspberry Pi Sensor Alarm

Never run out of tea again! The Intelli-T uses a weight sensor and a Raspberry Pi to alert you when your tea supply is running low.


Projects Feb 12, 2019 by Robin Mitchell
Simple Priority Arbiters: Allocating Resources in Embedded Systems with VHDL and Logisim

Simple Priority Arbiters: Allocating Resources in Embedded Systems with VHDL and Logisim

This article looks at the use cases and benefits of the arbiter with an implementation of a simple priority arbiter in VHDL.


How to Write Assembly Language: Basic Assembly Instructions in the ARM Instruction Set

How to Write Assembly Language: Basic Assembly Instructions in the ARM Instruction Set

Learn some basic instructions used in the ARM instruction set used for programming ARM cores.


What Is a Microarchitecture? Understanding Processors and Register Files in an ARM Core

What Is a Microarchitecture? Understanding Processors and Register Files in an ARM Core

Learn about the microarchitecture of an ARM processor, including an explanation of the register file and how it functions within a processor.


How to Drive Large Capacitive Loads with an Op-Amp Circuit

How to Drive Large Capacitive Loads with an Op-Amp Circuit

Learn more about capacitive load compensation.


How to Troubleshoot a Diode Bridge Rectifier

How to Troubleshoot a Diode Bridge Rectifier

This article will examine different faults of a diode bridge rectifier to provide some insight into troubleshooting an AC/DC power supply.


Use Verilog to Describe a Combinational Circuit: The “If” and “Case” Statements

Use Verilog to Describe a Combinational Circuit: The “If” and “Case” Statements

This article explains the use of Verilog “If” and “Case” statements to describe a combinational circuit.


Five Tips for Using Functions in C-Language Firmware

Five Tips for Using Functions in C-Language Firmware

In this article we’ll conclude our exploration of C functions with some additional information and a few useful implementation techniques.


Introduction to Supercapacitors

Introduction to Supercapacitors

Get a primer on the basics of supercapacitors, their functionality, and which applications they're best for.


How to Use Pointers in C-Language Firmware

How to Use Pointers in C-Language Firmware

In this article we’ll discuss pointer operators, pointer arithmetic, and two situations in which pointers can improve your code.


How to Incorporate Functions into Embedded Firmware

How to Incorporate Functions into Embedded Firmware

This article explains why you should use functions in your C-language code and discusses situations in which functions are particularly helpful.


What Are Functions in C Programming?

What Are Functions in C Programming?

This article will help you to understand what functions are, why they are used, and how they are implemented in embedded hardware.


Pointers in C Programming: What Is a Pointer and What Does It Do?

Pointers in C Programming: What Is a Pointer and What Does It Do?

This article will help you to understand the pointer, which is an interesting and important aspect of the C language.


How to Analyze Data from a Custom PCB Sensor Subsystem

How to Analyze Data from a Custom PCB Sensor Subsystem

A quick walkthrough of how to analyze data from a custom precision sensor system.


How to Characterize Noise in a Custom PCB: Precision Inclinometer

How to Characterize Noise in a Custom PCB: Precision Inclinometer

Learn about the process of identifying and eliminating noise in data capture.


How to Design a Custom PCB Holder: Mechanical Considerations for a High-Precision Sensor System

How to Design a Custom PCB Holder: Mechanical Considerations for a High-Precision Sensor System

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.


How to Program an MSP430 Microcontroller to Gather Data from an Inclinometer

How to Program an MSP430 Microcontroller to Gather Data from an Inclinometer

This article goes over the design of firmware for a custom PCB project: a precision inclinometer subsystem.


How to Turn a Schematic into a PCB Layout: PCB Design for a Custom Inclinometer

How to Turn a Schematic into a PCB Layout: PCB Design for a Custom Inclinometer

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.


How to Design a Schematic: Creating a Roadmap for a Custom PCB Inclinometer

How to Design a Schematic: Creating a Roadmap for a Custom PCB Inclinometer

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.