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Maxim MAX30001 Biopotential Analog Front-End Solution | New Product Brief

Maxim MAX30001 Biopotential Analog Front-End Solution | New Product Brief

Maxim’s MAX30001 is a complete biopotential and bioimpedance analog front end for wearables, offering high performance and low power consumption.


The Ghost of Smart Glasses Past: Resurrecting Augmented Reality Wearables

The Ghost of Smart Glasses Past: Resurrecting Augmented Reality Wearables

Here is a look at a few augmented reality headset projects and uses, and why there is still a case for AR in 2018.


News Feb 28, 2018 by Chantelle Dubois
One-Time Programmable Memory in Action: A 3-Channel User-Programmable Clock Generator from IDT

One-Time Programmable Memory in Action: A 3-Channel User-Programmable Clock Generator from IDT

IDT’s new MicroClock programmable clock generator is a 3-channel (3-PLL-architecture), low-power, user-programmable clock, intended for handheld and wearable devices.


News Feb 16, 2018 by Nick Davis
Capacitive Control Panel PCB Design Considerations for TI’s MSP430FR2633 Microcontroller

Capacitive Control Panel PCB Design Considerations for TI’s MSP430FR2633 Microcontroller

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


500mA of Current with a 1% Voltage Output Accuracy: A Low Noise LDO from Maxim Integrated

500mA of Current with a 1% Voltage Output Accuracy: A Low Noise LDO from Maxim Integrated

Maxim Integrated recently announced their new series of linear regulators that maintain ±1% output accuracy over a wide operating temperature range with only 12µVrms of noise.


News Feb 07, 2018 by Nick Davis
Georgia Tech Research Aims to Solve Organic Thin-Film Transistors’ Stability Problem

Georgia Tech Research Aims to Solve Organic Thin-Film Transistors’ Stability Problem

Georgia Tech's Center for Organic Photonics and Electronics (COPE) has made a large improvement of the operation and stability of organic thin-film transistors (OTFTs).


News Feb 05, 2018 by Donald Krambeck
ROHM BD71815AGW PMIC for Battery Powered Systems | New Product Brief

ROHM BD71815AGW PMIC for Battery Powered Systems | New Product Brief

ROHM’s BD71815AGW PMIC for Battery Powered Systems combines multiple power functions in a single package to simplify power system design in wearables, media players, and other portable devices.


Simplify Your Life with an Analog Window Detector

Simplify Your Life with an Analog Window Detector

This article, part of AAC’s Analog Circuit Collection, presents a simple yet effective replacement for ADC-based window detection.


Maxim Integrated Sets Sights on Continuous Sensing for Preventative Healthcare

Maxim Integrated Sets Sights on Continuous Sensing for Preventative Healthcare

Maxim Integrated touted three new continuous sensing healthcare products at CES 2018.


News Feb 01, 2018 by Justin Kirkham
Molex GNSS Antennas | Tech Specs

Molex GNSS Antennas | Tech Specs

Some people have a hard time asking for directions, which is what makes GNSS systems like GPS so great.


new products Feb 01, 2018 by TTI, Inc
Breakdown on Piezo Actuators from TDK at CES 2018

Breakdown on Piezo Actuators from TDK at CES 2018

TDK has just released a new line of piezo actuators with haptic feedback. The PiezoHap comes in three compact sizes - 2.5G, 7G, and 15G, with a large acceleration of 2.5 g. 7 g, and 15 g, respectfully, under a load of 100 grams.


News Jan 26, 2018 by Donald Krambeck
Stable and Precise Voltages: A New Family of Low-Power, High-Precision Voltage Reference ICs

Stable and Precise Voltages: A New Family of Low-Power, High-Precision Voltage Reference ICs

STMicroelectronics introduces their new family of micropower high-precision voltage reference ICs.


News Jan 26, 2018 by Nick Davis
A Configurable Sensor Monitor for Power-Sensitive Designs from Texas Instruments

A Configurable Sensor Monitor for Power-Sensitive Designs from Texas Instruments

Texas Instruments recently announced a new nanopower, dual-channel, programmable sensor monitor to help designers optimize system power.


News Jan 25, 2018 by Nick Davis
Augmented Reality Reference Designs at CES Show New Promise for Smart Glasses and HMDs

Augmented Reality Reference Designs at CES Show New Promise for Smart Glasses and HMDs

A couple of AR reference designs showcased at CES 2018 demonstrate how the barriers to entry are coming down for smart glasses and HMDs.


News Jan 25, 2018 by Majeed Ahmad
Building a Capacitive Touch Interface with the Texas Instruments MSP430FR2633

Building a Capacitive Touch Interface with the Texas Instruments MSP430FR2633

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.


Projects Jan 12, 2018 by Mark Hughes
CES 2018 Reveal: Qualcomm’s QC55100 Audio SoC Aims to Make Low-Power Earbuds

CES 2018 Reveal: Qualcomm’s QC55100 Audio SoC Aims to Make Low-Power Earbuds

Qualcomm has announced a new line of SoCs designed to keep earbuds low power and in a smaller form factor.


News Jan 10, 2018 by Robin Mitchell
ON Semiconductor RSL10 BLE Radio SoC | Featured Product Spotlight

ON Semiconductor RSL10 BLE Radio SoC | Featured Product Spotlight

ON Semiconductor’s RSL10 is the industry’s lowest power BLE radio SoC, with the lowest power consumption in peak receiving and deep sleep modes.


Choosing the Most Suitable MEMS Accelerometer for Your Application: Part 2

Choosing the Most Suitable MEMS Accelerometer for Your Application: Part 2

In part 2 of this article, we will focus on key specifications and features in the context of wearable devices, condition monitoring, and IoT applications.


Towards Low-Power Wearables: A New Biopotential and Bioimpedance Sensor from Maxim Integrated

Towards Low-Power Wearables: A New Biopotential and Bioimpedance Sensor from Maxim Integrated

Maxim Integrated offers their new low-power and high-performance IC for bio measurements.


News Dec 20, 2017 by Nick Davis
The FitByte: How to Make an ATtiny85 Powered Activity Tracking Wearable

The FitByte: How to Make an ATtiny85 Powered Activity Tracking Wearable

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


Projects Dec 13, 2017 by Demsey Kirkwood