Latest PCBs Technical Articles

This article discusses a 3.3 V power-supply circuit that is built around an inductorless DC/DC converter and a solar cell.

This article discusses a 3.3 V power-supply circuit that is built around an inductorless DC/DC converter and a solar cell.

This article explores the schematic design and basic features of a smart programmable wireless controller module I…

This article explores the schematic design and basic features of a smart programmable wireless controller module I designed: the WiCard.

In this article we’ll look at the PCB design for a low-noise ±5 V inductorless power supply.

In this article we’ll look at the PCB design for a low-noise ±5 V inductorless power supply.

This article presents and discusses a schematic design for a ±5 V inductorless power supply.

This article presents and discusses a schematic design for a ±5 V inductorless power supply.

This article provides an overview of the various fuse options that are available to designers of low-voltage circuits.

This article provides an overview of the various fuse options that are available to designers of low-voltage circuits.

This technical brief explains two distinct types of electromagnetic interference.

This technical brief explains two distinct types of electromagnetic interference.

In this article, we will take a look at the XDK110 rapid prototyping kit, characterize its hardware, explore its software…

In this article, we will take a look at the XDK110 rapid prototyping kit, characterize its hardware, explore its software environment, and demonstrate connecting the device to the MQTT messaging service.

This article demonstrates a solderless-breadboard compatible carrier-board for a pre-certified BLE4 or BLE5 module made…

This article demonstrates a solderless-breadboard compatible carrier-board for a pre-certified BLE4 or BLE5 module made by GT-Tronics. Use it to experiment with your own BLE5 compatible designs.

No longer will you have to get off the couch or out of your warm bed to get the pot brewed!

No longer will you have to get off the couch or out of your warm bed to get the pot brewed!

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, discusses a filter circuit that allows you to choose between a…

This article, part of AAC’s Analog Circuit Collection, discusses a filter circuit that allows you to choose between a low-pass, a high-pass, and a band-pass response.

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 covers the various roadblocks encountered in a new design and how they were troubleshot and overcome.

This article covers the various roadblocks encountered in a new design and how they were troubleshot and overcome.

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 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.

Manufacturers can use fixtures or panels to secure or frame fragile, thin, or oddly shaped PCBs. This allows them to…

Manufacturers can use fixtures or panels to secure or frame fragile, thin, or oddly shaped PCBs. This allows them to easily fit the boards in the standard assembly or inspection machines.

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.

In this article we’ll discuss the PCB layout for a custom-designed arbitrary waveform generator board.

In this article we’ll discuss the PCB layout for a custom-designed arbitrary waveform generator board.