Latest Consumer Electronics Technical Articles

In this article we’ll use SPICE simulations to take a close look at how a phase-locked loop enters the locked state.

In this article we’ll use SPICE simulations to take a close look at how a phase-locked loop enters the locked state.

This article presents an LTspice circuit that can be used to explore the behavior of a phase-locked loop.

This article presents an LTspice circuit that can be used to explore the behavior of a phase-locked loop.

This article introduces a phase-based feedback system that plays an important role in many applications.

This article introduces a phase-based feedback system that plays an important role in many applications.

This article explains some theory behind an extremely common electronic component.

This article explains some theory behind an extremely common electronic component.

In this article we’ll discuss the design for a custom microcontroller programming/debug/extension PCB and we’ll look…

In this article we’ll discuss the design for a custom microcontroller programming/debug/extension PCB and we’ll look at an example project.

This article, part of AAC’s Analog Circuit Collection, explains the functionality of a clever circuit that accurately…

This article, part of AAC’s Analog Circuit Collection, explains the functionality of a clever circuit that accurately measures supply current.

This article explains pipelining and its implications with respect to FPGAs, i.e., latency, throughput, change in…

This article explains pipelining and its implications with respect to FPGAs, i.e., latency, throughput, change in operating frequency, and resource utilization.

This article, part of AAC’s Analog Circuit Collection, discusses an interesting circuit in which an op-amp and an…

This article, part of AAC’s Analog Circuit Collection, discusses an interesting circuit in which an op-amp and an ordinary diode work together to create a superdiode.

This article provides a closer look at the PCB design considerations and programming of a custom capacitive touch…

This article provides a closer look at the PCB design considerations and programming of a custom capacitive touch interface device.

This article, part of AAC’s Analog Circuit Collection, explores a handy circuit that can generate sustained sinusoidal…

This article, part of AAC’s Analog Circuit Collection, explores a handy circuit that can generate sustained sinusoidal oscillations.

Embrace the power of Power over Ethernet with Microchip's Ethernet of Everything!

Embrace the power of Power over Ethernet with Microchip's Ethernet of Everything!

This article, part of AAC’s Analog Circuit Collection, explains a fairly straightforward circuit that can be used as…

This article, part of AAC’s Analog Circuit Collection, explains a fairly straightforward circuit that can be used as part of an analog oscillator.

This article, part of AAC’s Analog Circuit Collection, explores a self-biased class C stage that could be used in an RF…

This article, part of AAC’s Analog Circuit Collection, explores a self-biased class C stage that could be used in an RF power amplifier.

The MSP430FR2633 is a low-power microcontroller with multiple GPIOs and capacitive touch pins. This project creates a…

The MSP430FR2633 is a low-power microcontroller with multiple GPIOs and capacitive touch pins. This project creates a circuit that supports a custom capacitive touch panel with LED and haptic feedback.

This article, part of AAC’s Analog Circuit Collection, explores the design and functionality of an op-amp-based limiter.

This article, part of AAC’s Analog Circuit Collection, explores the design and functionality of an op-amp-based limiter.

This article introduces an important technique used to perform frequency mixing in modern RF circuits.

This article introduces an important technique used to perform frequency mixing in modern RF circuits.

This is a protoype of a fitness wearable device designed to vibrate when it detects stagnation.

This is a protoype of a fitness wearable device designed to vibrate when it detects stagnation.

In this article, we’ll evaluate different firmware strategies in our pursuit of maximum-frequency analog signal generation.

In this article, we’ll evaluate different firmware strategies in our pursuit of maximum-frequency analog signal generation.

In this article, we’ll develop firmware that will serve as the basis for high-precision, high-speed signal generation.

In this article, we’ll develop firmware that will serve as the basis for high-precision, high-speed signal generation.