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Keeping Track of Your Biopotential: Maxim’s New Analog Front End for Wearables

Keeping Track of Your Biopotential: Maxim’s New Analog Front End for Wearables

Highly integrated ICs such as the MAX30004 can help you to improve the performance and practicality of your wearable designs.


High-Frequency FET Control: A New Gate-Driver IC from Diodes Incorporated

High-Frequency FET Control: A New Gate-Driver IC from Diodes Incorporated

Gate-driver ICs such as the DGD0506 provide a convenient and efficient way to control high-current loads.


Amplify, Then Convert: A New High-Speed ADC Driver from Linear Tech

Amplify, Then Convert: A New High-Speed ADC Driver from Linear Tech

Good analog-to-digital conversion starts with good pre-ADC signal conditioning. Specialized devices such as the LTC6432-15 can help in this effort.


Measuring with Light: New Photometric Front End ICs from Analog Devices

Measuring with Light: New Photometric Front End ICs from Analog Devices

In this article, we’ll take a look at the ADPD10x series, which gives you an example of how a highly integrated IC can simplify your optical applications.


High-Speed ESD Protection: A New Line of TVS Diodes from AVX

High-Speed ESD Protection: A New Line of TVS Diodes from AVX

Components such as those in the GiGuard series can help you to protect your circuit from transient events while maintaining high-speed performance.


An Introduction to Audio Electronics: Sound, Microphones, Speakers, and Amplifiers

An Introduction to Audio Electronics: Sound, Microphones, Speakers, and Amplifiers

Learn about the basics of audio electronics, which convert sound signals into electrical signals, process these electrical signals, and convert them back into sound.


Eliminate Brushes, Reduce Noise: A New Motor-Driver IC from ROHM

Eliminate Brushes, Reduce Noise: A New Motor-Driver IC from ROHM

You can improve performance in motor-control applications by using brushless DC motors and handy driver ICs such as the BU69090NUX.


Comparing Voltages in (Very) Tight Spaces: A New Comparator from Maxim

Comparing Voltages in (Very) Tight Spaces: A New Comparator from Maxim

Components that use wafer-level packaging (WLP), such as the MAX4000x series, are valuable options when size reduction is a critical design goal.


Fast, Ultrafast, Soft, Standard, Schottky: Selecting the Right Rectifier

Fast, Ultrafast, Soft, Standard, Schottky: Selecting the Right Rectifier

This article is a deeper dive into the speed-related recovery characteristics of rectifiers, and how this dynamic behavior has significant effects on the circuits in which the rectifier is placed.


Fast, Ultrafast, Standard, Soft, Schottky: What’s the Right Rectifier for Your Power Circuitry?

Fast, Ultrafast, Standard, Soft, Schottky: What’s the Right Rectifier for Your Power Circuitry?

This article will help you understand rectifiers: how their static behavior differs from their dynamic behavior, and how “speed” is used as a defining characteristic.


Addressing Harmonic Distortion in Audio Amplifiers

Addressing Harmonic Distortion in Audio Amplifiers

Harmonic distortion can be introduced to audio amplifiers from many sources but reduced to levels below the threshold of human hearing.


Exploring UC Berkeley’s Wearable Sweat Sensor for Monitoring Dehydration

Exploring UC Berkeley’s Wearable Sweat Sensor for Monitoring Dehydration

Researchers develop a wearable sensor for detecting important analytes in sweat for monitoring dehydration.


Isolated Analog-to-Digital Conversion: A New Sigma-Delta Modulator from Broadcom

Isolated Analog-to-Digital Conversion: A New Sigma-Delta Modulator from Broadcom

Isolation components, such as the ACPL-C799, allow you to transfer data without establishing a direct electrical connection between two parts of a system.


Harmonics and THD in Audio Systems: Are You a Subjectivist or a Rationalist?

Harmonics and THD in Audio Systems: Are You a Subjectivist or a Rationalist?

THD of an audio system can be easily measured, but because the ultimate output of an audio system is a sound for humans to hear, human perception plays a role in determining what to do about THD.


Exploring the Pros and Cons of Silicon Carbide (SiC) FETs: A New MOSFET from Cree

Exploring the Pros and Cons of Silicon Carbide (SiC) FETs: A New MOSFET from Cree

The C3M0075120K is a low-on-resistance N-channel FET for high-power switching applications.


Basic Operations in Signal Processing: Multiplication, Differentiation, Integration

Basic Operations in Signal Processing: Multiplication, Differentiation, Integration

Here we discuss some elementary operations performed on the dependent variable representing the signal(s) and the examples in which they are applied.


Finding Maximums in Noisy Data

Finding Maximums in Noisy Data

In this article, we'll first study types of noise and then try to eliminate them by filtering the data. Finally, we'll try to find peaks in that data.


FET vs. BJT vs. IGBT: What’s the Right Choice for Your Power Stage Design?

FET vs. BJT vs. IGBT: What’s the Right Choice for Your Power Stage Design?

This article will help the reader understand the different types of power semiconductors: how they work, their key parameters, and trade-offs.


Basic Operations in Signal Processing: An Overview

Basic Operations in Signal Processing: An Overview

Here we discuss some elementary operations that are important in signal processing and the practical scenarios for their applications.


Understanding, Calculating, and Measuring Total Harmonic Distortion (THD)

Understanding, Calculating, and Measuring Total Harmonic Distortion (THD)

Total harmonic distortion (THD) is a measurement that tells you how much of the distortion of a voltage or current is due to harmonics in the signal.