HollySys Creates Small, Efficient Industrial Automation Solutions

June 11, 2020

Christine Young  By: Christine Young
 Blogger, Maxim Integrated 


HollySys develops industrial automation products such as programmable logic controllers (PLCs) and distributed control systems (DCSs). The leading automation and IT solutions provider also researches embedded computing platforms, industrial networks, and large-scale configuration software.

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The Keys to How Modern Cryptography Keeps Transactions Safe

June 9, 2020

Zia A. Sardar  By: Zia A. Sardar
 Principal Member of Technical Staff, Maxim Integrated 

How asymmetric key algorithm provides confidentiality

With its origins in the Greek word kyptos, which means hidden, cryptography is a discipline that is essential in our connected world. Whether we are paying for something online, depositing a check via our smartphones, or establishing a virtual account with our healthcare providers, we all want to be assured that the messages and data transmitted are secure. Cryptography applies advanced mathematical principles for storing and transmitting data as a means to protect our information from getting into the wrong hands.

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Automotive LED Driver Simulation Sheds Light on MOSFET Switch Behavior

June 4, 2020

John Christopher Rice  By: John Christopher Rice
 Principle MTS, Field Applications; Maxim Integrated  

Automotive LED Lighting

Automotive incandescent bulbs have largely given way to more efficient, reliable, stylish, and even safer light emitting diodes (LEDs). LEDs turn on in a fraction of the time required to heat the filament of an incandescent bulb and are especially useful in brake lamps, where fractions of a second matter. The challenge in designing an automotive LED lamp is in satisfying government requirements for light output while also being cost effective. Another hurdle is design complexity where a switch-mode power supply (SMPS) is often required. A SMPS is more complex, expensive, and can be a source of electromagnetic interference (EMI), especially in comparison with the body control module (BCM) high-side-driver (HSD) that is typically used to turn on an incandescent bulb. Generating sufficient light output often requires a series string of LEDs. Consequently, a boost converter is often used to create the LED string comp

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Philips RDT Relies on RTC to Keep Remote Patient Monitoring Device on Schedule

June 2, 2020

Christine Young  By: Christine Young
 Blogger, Maxim Integrated 

Philips RDT's Tempus Pro - one of the market's smallest, lightest, and most rugged pre-hospital vital signs monitors

When a paramedic or other pre-hospital medical professional is caring for a patient in the field, the equipment used must be reliable, lightweight, rugged, and easy to use. After all, the field could be an accident scene, a battlefield, a commercial airplane, or even a luxury yacht. These are the types of unpredictable environments that Remote Diagnostics Technologies (RDT), a Philips business unit located in Hampshire, U.K., knows well. Philips RDT is a leader in developing innovative remote monitoring and resuscitation solutions for pre-hospital and critical care services.

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Answering the Call to Help Maxim Integrated Customers Innovate in Our New World

May 28, 2020

Jon Imperato  By: Jon Imperato
 VP, Worldwide Sales & Marketing, Maxim Integrated 

Maxim Integrated Website Homepage

As we all do our part to help mitigate the spread of COVID-19, one quote stands out in my mind: "Change means discomfort—in stopping the old ways and doing things differently." This statement comes from Dr. John Kotter, a Harvard Business School professor and leading authority on leadership and change. And in the face of this pandemic, the sentiment rings true for many of us.

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Understand the Multiphase Buck Voltage Regulator Advantage

May 26, 2020

Reno Rossetti  By: Reno Rossetti
 Power Blogger, Maxim Integrated 

Diagram of a Multiphase, Interleaved PCB

Step-down (buck) voltage regulators have long been the preferred DC-DC conversion electronic workhorse thanks to their inherently high efficiency. Only in buck mode the current is directed to the output during the entire cycle. The higher delivery of current to the output, per cycle, makes the buck converter the most efficient architecture. As one of many examples, modern microprocessors, from those used in powerful server blades to smartphones, operate with very low input voltages, making the buck converter the necessary power source. As these applications grow in sophistication, the power source has to beef up its power delivery while stepping up its efficiency to reduce heat losses. Accordingly, the buck converter has evolved from non-synchronous to synchronous switching and from a single-phase device that delivers a few hundred milliamperes of current to a multiphase device that can successfully deliver tens to hundreds of amperes of current.

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How a Small Schottky Diode Minimizes Noise in Synchronous Converters

May 21, 2020

Ray Crampton  By: Ray Crampton
 Guest Blogger, Ray Crampton Consulting 

Diagram of Buck Controller Switching Cycles

Every switching supply designer becomes keenly aware of the need to design for noise and the tug of war this has with efficiency, board space, cost, and development time. The body diode present in MOSFETs used in synchronous converters is a wonderful freebie—it provides the conduction path during dead time commutation. Also free is the noise it generates, which is not the kind of "free" we want more of. Let's look at what's going on, explore how a small Schottky diode can help minimize noise, and develop some understanding of when and how this technique would be helpful.

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How iButton Devices Facilitate Electric Car Safety

May 19, 2020

Christine Young  By: Christine Young
 Blogger, Maxim Integrated 

Formula Student Germany participants used the DS1922 iButton temperature logger to monitor their electric race car batteries

Like so many events and large gatherings, even the Formula Student Germany competition has been cancelled for 2020. While event organizers look ahead to a time when it's safe to hold the typically annual event once again, let's take a look at what goes into building an electric race car for the design competition.

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Making a Difference in the Global Fight Against COVID-19

May 14, 2020

Laura Owen  By: Laura Owen
 Chief Human Resources Officer, Maxim Integrated  

Maxim employees prepare food donations to support COVID-19 relief efforts.

I am not sure about all of you, but this is my first global pandemic. None of us knows when this will end. But we all know it will end. And for most of us, given the uncertainty, this is a much heavier lift than expected. There will be movies made telling this story, and Maxim's story will be told, as it always has been told, by our employees.

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Safeguard Smart Medical Devices for Enhanced Patient Safety

May 12, 2020

Carlos Alberto Rodriguez  By: Carlos Alberto Rodriguez
 Business Manager; Micros, Security & Software, Maxim Integrated  

Insulin pump hacking can cause patient safety issues

In light of the COVID-19 global pandemic, healthcare professionals are seeing a rise in telehealth practices, as physical distancing guidelines are compelling doctors to meet with their patients by phone or online. Smart, connected medical devices are a useful tool in this climate. For example, wearables that provide continuous, real-time monitoring of vital signs can yield a treasure trove of health insights for patients and physicians alike. But, as with any IoT devices, smart medical devices—and the sensitive patient data they collect—can also be vulnerable to security threats if left unprotected.

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What’s All the Fuss About Cryptography?

May 7, 2020

Zia A. Sardar  By: Zia A. Sardar
 Principal Member of Technical Staff, Maxim Integrated 

A one-time pad provides an encryption technique for a classical closed-loop cryptographic system

When you make an online purchase, conduct a banking transaction, or enter your password into your email client, you're engaging in an activity that utilizes cryptography. Thanks to cryptography, your private information is safe from security threats posed by third-party adversaries as it is transmitted from one point to another. Without this technique, life in our internet age wouldn't be possible. Transactions wouldn't go through and our data would be exposed, leaving it open to exploitation.

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How Capacitors Provide a Window into the Real Value of a Battery

May 5, 2020

Reno Rossetti  By: Reno Rossetti
 Power Blogger, Maxim Integrated 

Networked capacitors provide clues into how batteries used in portable devices might behave

Capacitors, with their ability to store charge and deliver it quickly on demand, are essential components in power conversion. Output capacitors readily supply a sudden load increase, while the voltage regulator control loop reacts slowly to the sudden demand. Input capacitors present the power source with a smoother load by averaging the voltage regulator's current peak demand. Supercapacitors complement ordinary power sources like batteries in supplying fast varying loads, which the battery would be unable to supply due to its high impedance. And supercapacitors can replace backup batteries in low-dissipation applications in which typical power outages last from a few seconds to several hours.

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Prioritizing Customer Focus to Save Lives

April 30, 2020

John Kirwan By: John Kirwan
VP, Global Customer Operations, Maxim Integrated

Maxim Integrated provides ICs for ventilators and other equipment used in the care of COVID-19 patients

The current COVID-19 pandemic is unlike anything we've faced in modern times. While Maxim Integrated works to maintain a safe environment in our manufacturing facilities, we also remain committed to meeting our customers' semiconductor needs. Some of our factories as well as our subcontractors' factories have been affected by the pandemic, and the situation is dynamic. Also, cargo flights are operating and prioritized to ensure the flow of goods, but we do expect some cargo shipment delays. Faced with these challenges, we are doing all that we can to minimize shipment delays to our customers.

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Charging Your Car’s Battery – in 1898

April 28, 2020

Jim Harrison By: Jim Harrison
Guest Blogger, Lincoln Technology Communications

An electric car charging stable presented one method to

The story of the birth of the electric car is also the story of a quite amazing confluence of inventions during the mid- to late-1800s. A time of really rapid change.

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What’s in Photoplethysmography Data? A Look at the Interaction Between Sensor Performance and Algorithms

April 23, 2020

Ian Chen By: Ian Chen
Executive Director, Industrial & Healthcare Business Unit, Maxim Integrated

Wearable Medical Device with optical biosensors that generate PPG data

Whether a sensor can provide reliable data depends on the target information, the algorithm deployed, and the specific details of a given use case. Optical biosensing has become a mainstream feature in smart watches and fitness wearables. This article will provide an overview of the interaction around photoplethysmography (PPG) data collected by optical biosensors.

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Why Does It Take a Pandemic to Realize the Value of Remote Patient Monitoring?

April 21, 2020

Andrew Baker By: Andrew Baker
Managing Director, Advanced Sensor Products, Maxim Integrated

Remote patient monitoring tools like virtual doctor visits are becoming more popular during the current COVID-19 pandemic

The grim headlines that the COVID-19 pandemic are bringing to us each day serve to highlight the promise of remote patient monitoring. According to the U.S. Centers for Disease Control and Prevention (CDC), 6 in 10 American adults live with at least one chronic disease and 4 in 10 adults have two or more. Conditions such as heart disease, cancer, respiratory disease, diabetes, and kidney disease are leading causes of death and disability in the U.S., and also contribute the most to the country's $3.5 trillion annual health care bill.

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How LiDAR Delivers Critical Distance-Sensing for Self-Driving Cars

April 17, 2020

Bonnie C. Baker By: Bonnie C. Baker
Blogger, Maxim Integrated

If you're designing autonomous vehicle applications, you know how important LiDAR (light detection and ranging) is. A critical optical technology that executes autonomous vehicle distance-sensing, LiDAR is an important part of advanced driver assistance systems (ADAS) and essential for self-driving cars. Its performance depends on the optical front-end, as well as how the signal is transmitted through the signal chain and then processed. An important component in this signal chain is the transimpedance amplifier (TIA). In this blog post, I'll provide an overview of how LiDAR works and discuss what to look for in an effective TIA.

In LiDAR applications, a laser light nanosecond pulse burst is sent from a source and reflected from objects in the view. The reflected light is detected, and the time of flight (ToF) creates a distance map of the objects in the view.

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Ensuring Employee Safety During an Unprecedented Time

April 16, 2020

Vivek Jain By: Vivek Jain
Sr. VP, Technology and Manufacturing Group, Maxim Integrated

ensuring employee safety during an unprecedented time

As the COVID-19 pandemic continues to touch lives around the world, Maxim Integrated’s first priority is employee health and safety. While many of our employees are working remotely, our manufacturing facilities are up and running and remain committed to doing their part to alleviate the impact of this global pandemic. As such, we have added 50 more priority parts to our supply chain for products used in medical equipment that assists in the diagnosis and treatment of COVID-19 patients. At the same time, we’ve also implemented comprehensive social distancing measures to protect the health and safety of our workers.

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How NCATEST Raised Performance and Lowered Power of Its Automated Test Equipment

April 15, 2020

Christine Young By: Christine Young
Blogger, Maxim Integrated

NCATEST Technologies reduced the size and power consumption of one of its new ATE solutions using Maxim Integrated pin electronics and analog ICs

Shanghai, China-based NCATEST Technologies researches, designs, and manufactures high-end automatic test equipment (ATE) for the semiconductor industry. Quality, of course, is critical in ATE, as these systems are used to prevent defective semiconductor devices from being used in their final products. As such, NCATEST adopts advanced technology and scientific management methods to develop and produce its products, which serve different types of chips for different markets. The company prides itself on local production, extensive applications coverage, fast lead times, cost-effective solutions, and customized services and development.

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Get Ahead of Power Challenges in E-Scooters, E-Bikes, and Other Location-Tracking IoT Designs

April 14, 2020

Roger Yeung  By: Roger Yeung
 Executive Business Manager, Mobile Solutions, Maxim Integrated 

Location Tracking Chips Design Enabling e-Scooter Navigation

Love them or hate them, electric scooters are now a part of the urban landscape in cities around the world. No longer just a kid's toy, these two-wheelers are billed as an efficient way to bridge the "last mile" between, say, the commuter train and the office. Similarly, electric bikes for rent have also proliferated.

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How Secure Authentication Protects Your Automotive Designs from Counterfeiting

April 9, 2020

Audrey Barber By: Audrey Barber
Principal Member of the Technical Staff, Applications; Maxim Integrated

Car components like cameras can be protected against counterfeiting by secure authentication ICs.

How would you feel if you spent months designing a part for a new car, only to discover third-party vendors offering versions of the component that are strikingly similar to yours? Or, what if you're a driver who discovers non-genuine parts inside your vehicle? With electronic systems becoming increasingly prevalent in today's cars, protecting your designs from counterfeiting or similar threats should be a top consideration in the name of safety.

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Say “No More” to Tedious Calculations for E Series Values

April 7, 2020

Dwight Larson By: Dwight Larson
Principal Member of the Technical Staff, Applications; Maxim Integrated

An Excel add-in converts ideal electronic component values into the nearest standard E series value, eliminating manual calculations.

You're probably all too familiar with this drill: you're working on your design, planning out the components that you'll want to place on your board. You'll need resistors, capacitors, inductors. Which means that you'll need to embark on that tedious, yet manual, task of calculating standard component values—better known as the E series of preferred numbers. Not the most appealing part of the project!

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How Analog Devices Are Enhancing LUXROBO’s IoT and Robotics Development Platform

April 02, 2020

Christine Young  By: Christine Young
 Blogger, Maxim Integrated 

After replacing many of the legacy ICs in its IoT and robotics development platform with Maxim analog devices, LUXROBO shortened its design cycle and reduced the solution footprint of its products.

From a bot that can paint to a smart trash can, a candy machine, and a music box, the creations that LUXROBO's MODI community have come up with are nothing short of inspiring. They demonstrate the promise of the company's MODI "robotics of things" platform.

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CES 2020: The Power Behind Robotics

March 31, 2020

Reno Rossetti  By: Reno Rossetti
 Principal Writer, Maxim Integrated 

Service robots were all the rage at CES 2020

Power Play: Get Design Tips on Power Applications and Circuits
At this year's CES 2020 in Las Vegas, service robots where a big hit on the show floor. It's easy to understand why: they look and are, indeed, exotic. Among the automated machines I saw at CES: Samsung's Ballie, a personal assistant the size of a tennis ball that rolls on the floor, following its owner and helping him around the house; spider-like creatures capable of coordinating their motion on multiple legs; and humanoid ones that appeared to pop right out of a Disney cartoon.

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MediaTek Taps Into GMSL SerDes Technology for Automotive Infotainment Solution

March 30, 2020

Christine Young  By: Christine Young
 Blogger, Maxim Integrated 

MediaTek's Autus 120 SoC-based reference design, which supports automotive surround-view applications, uses Maxim GMSL SerDes technology

When you step inside one of today's newer cars, you'll likely be served a veritable buffet of entertainment and information options. Music and movies, vehicle performance metrics, safety features, and more are delivered by sophisticated car infotainment systems. Analyst firm MarketsandMarkets anticipates that the global in-vehicle infotainment market will reach US $54.8 billion by 2027, up from US $24.3 billion in 2019.

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Need to Design Small, Reliable Earbuds in a Hurry? Sometimes It Pays to Play It Cool…

March 24, 2020

Michael Jackson  By: Michael Jackson
 Principal Writer, Maxim Integrated 

True-wireless earbuds design with a small, bidirectional DC powerline communication management IC and a buck-boost converter with dynamic voltage

If you're designing true-wireless earbuds, there are some key features they need to have:

  • Small size
  • Reliability
  • Fast and efficient battery charging

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Is Pulse Transit Time Needed for Accurate Blood-Pressure Monitoring from Wearables?

March 19, 2020

Andrew Burt  By: Andrew Burt
 Executive Business Manager, Industrial & Healthcare Business Unit, Maxim Integrated 

Healthcare wearables like smartwatches that continuously monitor vital signs are enabling users to proactively manage their health and wellbeing

Cardiovascular disease has been the leading cause of death for Americans since 1920. Also alarming is the fact that related medical as well as indirect costs that totaled $555 billion in 2016 are expected to reach $1.1 trillion by 2035, according to the American Heart Association.

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ASIL-Grade Camera Power Protector Safeguards Your Car Cameras

March 17, 2020

Starry Tsai  By: Starry Tsai
 Executive Business Manager, and Chintan Parikh, Business Director; Automotive Business Unit, Maxim Integrated 

An ASIL-compliant car camera protector IC can help ensure reliable operation of car rear cameras

Your eyes aren't the only ones fixed on the road while you're driving these days. Modern vehicles now boast multiple cameras, which, combined with other advanced sensors such as radar and LiDAR, support safety features like advanced driver assistance systems (ADAS). The fusion of these sensors detects blind spots, pedestrians, street lanes, and more…and even guides the vehicles to park themselves. Some of today’s semi-autonomous vehicles, for instance, have 8 to 12 cameras providing 360-degree surround view for parking assist and forward visibility of 250m for collision avoidance. These cameras can work with ultrasonic sensors and a forward-facing radar to provide a more extensive field of vision.

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Why a Secure Micro with PUF Is a Strong IoT Hacking Defense

March 12, 2020

Christine Young  By: Christine Young
 Blogger, Maxim Integrated 

Protect IoT applications, including remote sensors in wireless designs, using secure microcontrollers and physically unclonable function technology

How would you feel if you put hours of effort and your ingenuity into designing a product, only to find cheaper copycats on the market? And what if, over time, those copycats failed and somehow eroded your company's brand reputation? It happens more often than it should, especially as hackers up their game in sophistication and consumers get attracted to lower cost options.

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Psst…This Fitness Wearable Tells You Your Body’s Secrets

March 10, 2020

Christine Young  By: Christine Young
 Blogger, Maxim Integrated 

Low-Power Microcontroller for Wearables

Fitness trackers have come a long way since a professor from the University of Oulu in Finland invented the first battery-operated, fingertip heart-rate monitor for the Finnish National Cross Country Ski team in 1977. Today's wearables come in a variety of form factors and monitor a wide range of human body signals, including pulse/heart rate, blood-oxygen levels, electrocardiogram (ECG), UV light, and temperature. Knowing these data points gives us insights into various fitness and wellness conditions, like heart health, sleep quality, stress, and athletic performance.

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Keep Hackers’ Hands Off Your Battery Packs

March 5, 2020

Norberto Sanchez-Dichi  By: Norberto Sanchez-Dichi
 Member of the Technical Staff, Applications; Maxim Integrated 

In today's world of battery-powered electronics, one of the issues facing OEM manufacturers and customers alike is counterfeit products. Aside from lost revenue by manufacturers and disappointing product quality experienced by customers, counterfeit products—especially counterfeit batteries—can be a safety hazard when improperly recharged due to the array of unique cell chemistries in the market.

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Are Biometric Sensors the Key to Healthier Horses…and Humans?

March 4, 2020

Christine Young  By: Christine Young
 Blogger, Maxim Integrated 

Biometric sensors integrated into a horse bridle bit from Equine SmartBits measure horse biometrics.

Racing is a physically intense activity. Wearable biosensing technologies provide a convenient, unobtrusive way to monitor vital signs during training periods as well as races. Based on the insights gleaned, runners can make adjustments to ease the stress on their bodies while enhancing their performance.

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Analog PAM4 Chipset Delivers DSP-Level Performance Without Tradeoffs for Hyperscale Data Centers

March 3, 2020

Andrew Sharratt  By: Andrew Sharratt
 Executive Director, Cloud & Data Center, Maxim Integrated 

Maxim's analog PAM4 chipset delivers DSP-like performance for hyperscale data center applications, without DSP costs, power, or latency

Manufacturers of advanced modules for hyperscale data center applications can reduce power, latency and cost with the industry's first analog PAM4 chipset to target full standards-based performance. PAM4 is a technically challenging coding scheme, especially for optical transmissions, caused by dramatic reduction in signal strength and new requirements for linearity. Technology demonstrations have been shared for many years; however, to date, real-world deployment has been negligible. While engineers are working towards implementing PAM4 using expensive 7nm DSP solutions, the 100G CWDM4 modules continue to be shipped in large volumes at a highly optimized price point. Given this backdrop, large-scale deployment of PAM4 modules will be gated by a few key considerations.

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Guide to LiDAR Sensors for Self-Driving Cars

February 27, 2020

Bonnie C. Baker  By: Bonnie C. Baker
 Blogger, Maxim Integrated 

Autonomous vehicles require many sets of

Some years down the road, you may summon an autonomous vehicle to pick you up and drive you to work. While you're catching up on emails or perhaps maybe a nap during the ride, you trust that the car's sensors and cameras will guide it safely and accurately to your destination.

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Tips for Achieving Efficient AC Motor Drive System Design

February 26, 2020

Jim Harrison  By: Jim Harrison
 Guest Blogger, Lincoln Technology Communications 

A standard AC induction motor

For an engineer tasked with making an efficient motor drive system, there's some bad news and some good news. The bad is, you have a lot of options to look at, and the good is exactly the same thing, plus the knowledge that you can make a really efficient motor/drive combination if you put just a little time and money into it.

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Quickly Simulate DC-DC Converters with SIMPLIS-Based Tool

February 25, 2020

Brooks Robert Leman  By: Brooks Robert Leman
 Senior Principal Member of the Technical Staff, Applications, Maxim Integrated 

EE-Sim speeds the design of switching power converters

WIf you've got plans to attend the upcoming Applied Power Electronics Conference (APEC) in New Orleans, I invite you to come and hear my talk during one of the Exhibitor Seminars. I'll discuss "Getting the Most from SIMPLIS DC-DC Converter Simulation" from 1p.m. to 1:30p.m. on Wednesday, March 18, at Exhibit Theater 2.

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Robust NAND Flash Wafer Testers Rely on Low-Power ATE Drivers

February 20, 2020

Christine Young  By: Christine Young
 Blogger, Maxim Integrated 

When it's time to test the ICs on a wafer for functional defects, you know you're in the home stretch of the semiconductor production process. Digital Frontier, based in Suwon, South Korea, develops high-performance automatic test equipment (ATE) for reliable and economical semiconductor production. The company's NAND flash wafer tester tests and compares the output signals from the buffer to the design under test (DUT), which is the semiconductor device to be inspected.

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How to Create Accurate Performance-Tracking Sports Wearables

February 19, 2020

Sudhir Mulpuru  By: Sudhir Mulpuru
 Business Management Director, Industrial & Healthcare Business Unit, Maxim Integrated 

Wearable sports technologies provide runners and other fitness buffs with valuable insights about performance and overall well-being

Whether you run long distances on weekends or participate in recreational or professional-level sports, you'd probably be interested in an accurate way to track your progress and performance. Wearables offer a solution.

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Save Up to 6 Months for Your Wrist-Based Pulse-Oximeter Design

February 18, 2020

Neset Tamer  By: Neset Tamer
 Executive Business Manager, Maxim Integrated 
Zafer Zamboglu  and Zafer Zamboglu
 Director of Software; Micros, Security & Software Business Unit, Maxim Integrated 

MAXREFDES103 embedded firmware for heart-rate and SpO2 monitoring on a wrist-based platform

Blood-oxygen saturation (SpO2), an indicator of oxygen levels in capillary blood, provides a wealth of insights into our well-being. Coupled with other vital signs, SpO2 offers clues into areas including heart health, sleep patterns, and respiratory function. Normal levels of blood oxygen fall in the 95% to 100% range, while a measurement of 90% or less warrants a consultation with a doctor.

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Ask Michael: Let Your Customer (NOT Your PLC) Choose How to Use Its Channels

February 13, 2020

Michael Jackson  By: Michael Jackson
 Principal Writer, Maxim Integrated 

Diagram of MAX11410 multichannel 24-bit ADC delivers accurate sensing

I am trying to reduce the number of different ICs required in our latest model of PLC. We have always used multiple converter ICs for the different input signal types (4-20mA, voltage, RTD, and thermocouple). This approach has constrained the number of channels we can allocate to each, which frustrates some customers. Do you guys have a part that can accept different types of input signals on a single channel that would allow us more flexibility in our design?

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Future of Industrial Automation Demos at embedded world

February 12, 2020

Jeff DeAngelis  Jeff DeAngelis
 Managing Director, Industrial & Healthcare Business Unit, Maxim Integrated 

Future of IC Automation in Factory Setting

Momentum toward industrial convergence is building as many companies strive to create intelligent manufacturing facilities. Achieving industrial convergence calls for real-time decision-making at the edge of the manufacturing line. This is where equipment can be monitored and actions taken to generate enhancements in manufacturing throughput and efficiency and to reduce operational costs.

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See How Click Boards Make It Quick to Evaluate RTC ICs

February 11, 2020

Christine Young By: Christine Young
Blogger, Maxim Integrated 

Mikroe's Real Time Clock 7 Click provides an affordable way to evaluate the MAX31341B nanoPower Real Time Clock

When you're ready to start a new project, you're faced with a lot of IC choices. You can read datasheets, talk to your peers, and research parts online. However, one of the fastest ways to get a sense of how well an IC will work in your design is through an evaluation board. What's more, there are "mini" evaluation boards available that are even easier on your budget while providing a fast way to test-drive an IC's functions and features.

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Ask Michael: How Can I Simplify My Digital Input Design?

February 4, 2020

Michael Jackson  By: Michael Jackson
 Principal Writer, Maxim Integrated 

MAX22191 digital Input IC block diagram

My boss has asked me to design an optically isolated digital input for a programmable logic controller (PLC) I/O module. Trying to keep the current anywhere close to 2mA for the Type 3 specification over such a wide input voltage range is wrecking my head (never mind trying to meet the switching thresholds). That, combined with the Schmitt trigger circuit on the output node, is making the whole thing very "unwieldy" (to put it politely). Any suggestions to help this frustrated hack?

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Power Up Internal Circuits While Simplifying Diagnostics for Signal Monitoring Applications

January 30, 2020

Suravi Karmacharya  By: Suravi Karmacharya
 Sr. Business Manager, Industrial Communications, Maxim Integrated  

Integrated isolated micropower architecture to benefit industrial control and other signal-monitoring applications

In an industrial system, a field-side fault rooted deep inside the equipment can be the difference between, say, continuous uptime in an automated factory or money-draining periods of lost productivity. Signal monitoring is essential, whether you need to detect if the voltage is at the right threshold, a relay contact is present, or some other condition. And power and data isolation between high-voltage field-side circuits and low-voltage logic-side circuits can be advantageous in preventing faults, eliminating noise and ground loops between the two sides, and, overall, ensuring operational safety of the equipment.

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Uber Driverless Cars, AI and IoT at CES 2020

January 28, 2020

Reno Rossetti  By: Reno Rossetti
 Principal Writer, Maxim Integrated  

Hyundai-Uber driverless aero taxi.

I signed up to visit the Consumer Electronics Show (CES 2020) earlier this month with great expectations. Based on the agenda, the Las Vegas Convention Center exhibit floor would showcase tons of technology while the numerous panel sessions would cover the most disparate subjects, from robots to artificial intelligence (AI) to virtual currencies. It would be a great opportunity to brush up on new technology trends and test my opinions about some of its most lofty promises. In the end, I got more than I bargained for.

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How to Extend the Life of Your Smart Factory’s Wireless Beacons

January 23, 2020

Reno Rossetti  By: Reno Rossetti
 Principal Writer, Maxim Integrated  

Bluetooth Beacons in the Smart Factory

Industry 4.0 has given us smart factories, which are highly digitalized and connected for adaptive manufacturing as well as increased throughput. The increased intelligence in these manufacturing facilities is not only enhancing productivity, but it's also making it possible to identify and fix any breakdowns on the factory floor in real time with little human intervention. For the past several decades, automation has been the key driving force in increasing factory efficiency. With advances in communication, big data, artificial intelligence (AI), and the internet of things (IoT), we are moving ever closer to making factories truly smart.

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Your Guide to the Advantages of Pack-Side Fuel Gauging

January 21, 2020

Sagar Khare  By: Sagar Khare
 Executive Business Manager, Mobile Solutions Business Unit, Maxim Integrated  

Host-side fuel-gauge implementation

With the increasing popularity of portable devices, lithium-ion (Li-ion) batteries have become ubiquitous. These batteries, however, have stringent safety requirements which typically require battery packs with integrated protectors.

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Calterah Semiconductor Delivers High-Performance, Power-Efficient mmWave Radar Tech

January 16, 2020

Christine Young  By: Christine Young
 Blogger, Maxim Integrated  

Shanghai-based Calterah Semiconductor is a leading provider of 77/79GHz CMOS millimeter wave (mmWave) radar sensor ICs for automotive and industrial applications. You might find the company’s technology in applications such as advanced driver assistance systems (ADAS), security screening and imaging, and smart homes.

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Getting to Reliable Sensor Data: Interaction Between Electronics, Optics, and Mechanical Design

January 15, 2020

Szukang Hsien  By: Ian Chen
 Executive Director, Industrial & Healthcare Business Unit, Maxim Integrated  

LED light paths

Getting reliable sensor data is complex. For example, an optical heart-rate sensor is actually sensing the changes in an electric current. Heartbeats cause the volume of arterial blood to change synchronously with each pulse. The change in volume changes the amount of light absorbed and reflected as it travels through live tissue. When that light exits the tissue and enters a photodetector, it changes the output current. By creating a sensing system that carefully sets up a proper series of “dominos,” a current sensor becomes a heart-rate sensor.

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Function-Rich Diving Computer Fueled by Analog and Power Management ICs

January 14, 2020

Christine Young  By: Christine Young
 Blogger, Maxim Integrated  

Genius dive computer

When you’re exploring the depths of the ocean, it’s essential to know how much oxygen is left in your scuba tank, how deep underwater you are, ocean conditions, and other parameters. A wrist-worn diving computer can serve as your guide. One of the market’s most prominent developers of innovative dive technologies is Mares, based in Rapallo, Italy. Collaborating with ROJ, an Italian electronics designer, developer, and manufacturer, Mares has created the Genius wrist dive computer.

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Add Diode ORing Without Losing Efficiency

January 9, 2020

Travis Taylor  By: Travis Taylor
 Applications Engineer, Advanced Sensor Products, Maxim Integrated 

Diode ORing

Wearable and handheld electronic design comes with an inherent tradeoff between battery life, feature richness, and size. To fit the most features in a small device, you want the smallest, most efficient power management scheme. For simple battery-powered devices, all you often need is a diode ORing. A diode ORing powers the device from the battery when unplugged and switches to the charging cable when plugged in. This simple scheme uses two diodes to select the option with the higher voltage. However, diodes have an inherent tradeoff between forward voltage, leakage, size and cost, where you generally get to pick two.

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Simplify System Power Design for Your Automotive Displays

January 8, 2020

Szukang Hsien  By: Szukang Hsien
 Executive Business Manager, Automotive Business Unit, Maxim Integrated 

Automotive displays

The Tesla Model 3 is changing our impression of the vehicle dashboard. Gone are the multiple gauges, buttons, and knobs that we’re accustomed to. Instead, when you step into the driver’s seat, the car’s 15-inch touchscreen takes center stage, providing access to all driver controls. When it comes to automotive displays, vehicle manufacturers are starting to incorporate more screens—and bigger, sharper ones—inside their cabins. Displays for functions such as advanced instrument clusters, heads-up displays, infotainment, center displays, rear-seat entertainment, and smart mirrors are delivering vivid images of the surrounding environment, automotive controls, and infotainment options.

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Can Wearables Help Prevent the Silent Killer?

January 7, 2020

Christine Young  By: Christine Young
 Blogger, Maxim Integrated 

Blood-Pressure Monitoring Smartwatch

What you don't know might hurt you. Such is the case with high blood pressure, or hypertension. "In terms of hypertension, the statistics are pretty frightening. Around a third of all people in the U.S. suffer from hypertension. Unfortunately about half of those don't know they have it," noted Andrew Baker during a November talk at IDTechEx Show! in Santa Clara.

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