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Improving Low Dropout Voltage Regulation Using Remote Sense

Improving Low Dropout Voltage Regulation Using Remote Sense

Learn how remote sensing for low dropout (LDO) regulators can counteract parasitic resistance and inductance in applications with long connections, narrow traces, or high power.


How to Design Reliable Next-Gen Automotive Control Electronics

How to Design Reliable Next-Gen Automotive Control Electronics

Designing a reliable automotive control system is a challenging job. Learn how to ensure circuit survival in the challenging automotive and electric vehicle environments.


Power Consumption in IIoT Applications: Linear Regulators vs. DC/DC Buck Converters

Power Consumption in IIoT Applications: Linear Regulators vs. DC/DC Buck Converters

Concerning the Internet of Things (IoT), especially Industrial IoT (IIoT) devices, power consumption can be a major hurdle. To overcome this challenge, linear regulators and buck converters can be beneficial.


Understanding and Addressing 5 Key Power Supply Issues

Understanding and Addressing 5 Key Power Supply Issues

This article will take a deeper look at five key power supply problems, how to know when they arise, and the best ways to address or mitigate them.


How to Protect Low-Speed Interfaces and Power Supply Circuits

How to Protect Low-Speed Interfaces and Power Supply Circuits

In this installation of the "Protect Your Ports! Top Design Tips to Keep Your Communications Connected" series, we'll discuss low-speed interfaces and power supply circuits—including audio/video ports, DC power supplies, and more—as well as various methods of how to protect them.


Optimizing Power Management with NXP’s i.MX RT500 Crossover MCU

Optimizing Power Management with NXP’s i.MX RT500 Crossover MCU

This article provides an introduction to microcontroller power management concepts. The NXP i.MX RT500 family of crossover MCUs will be used to provide examples of how these power management concepts can be employed by embedded developers in their applications.


Power Supplies and Harsh Environments

Power Supplies and Harsh Environments

In this article, we will discuss power supplies in harsh environments, the challenges, solutions, and available in-market products.


Circuit Protection, Control, and Sensing Design Considerations for Smart Home Security Applications

Circuit Protection, Control, and Sensing Design Considerations for Smart Home Security Applications

This article explores components that protect and control their circuits in smart home security applications, specifically components for protecting wired and wireless security cameras and wired doorbell cameras.


Points to Consider When Selecting an NTC Thermistor

Points to Consider When Selecting an NTC Thermistor

This article explores NTC thermistor types and their critical performance criteria and provides advice on selecting the appropriate device for a given application.


The Fundamentals of Power Density

The Fundamentals of Power Density

In this article, learn about the power density in power management systems, including how it is estimated, its limitations, and solutions for overcoming those limitations.


How to Verify and Validate Designs Using Fusion 360

How to Verify and Validate Designs Using Fusion 360

This article discusses why verification and validation matter in design, how they differ, and how applications help teams incorporate and enrich their workflows.


Technology Enablers for Faster, Safer, High-Efficiency EV chargers

Technology Enablers for Faster, Safer, High-Efficiency EV chargers

This article looks at semiconductor technologies that are driving EV chargers, including high-voltage semiconductor switches, power converters, and multi-level complex power stages.


Understanding the Six Power Modes for Maximum Efficiency on NXP’s LPC55S69 MCU 

Understanding the Six Power Modes for Maximum Efficiency on NXP’s LPC55S69 MCU 

This article explores the power rails and power modes of the LPC55S69 and investigates how the modes affect the MCU in various applications.


Designing Microelectronics Using Fusion 360

Designing Microelectronics Using Fusion 360

This article dives into how Fusion 360 can be used to produce smarter microelectronics.


Enpirion PowerSoC Modules Integrate Nearly all Components Needed to Build a Power Supply

Enpirion PowerSoC Modules Integrate Nearly all Components Needed to Build a Power Supply

Intel Enpirion PowerSoC modules are DC-DC step-down converters that integrate nearly all the components needed to build a power supply without sacrificing performance or efficiency. These solutions are designed to meet strict FPGA, ASIC, and processor power requirements.


Motorizing the IoT With Battery-powered Stepper Motors

Motorizing the IoT With Battery-powered Stepper Motors

This article looks at how stepper motors work well in IoT-oriented tasks such as positioning security cameras and remote sensors or actuating air vents, valves, and window covers. 


JESD204B vs. JESD204C: What Designers Need to Know

JESD204B vs. JESD204C: What Designers Need to Know

Learn how the updated serial standard, JESD204C, addresses lane speed as well as inefficient 8B/10B coding and the impact those changes have when working on high-speed data converter board designs.


What Does the Future Hold for SiC Semiconductors?

What Does the Future Hold for SiC Semiconductors?

This article looks ahead to what needs to be next for SiC, where it might be applied, and how it could become the dominant force in power.


How to Select the Right Aluminum Electrolytic Capacitor

How to Select the Right Aluminum Electrolytic Capacitor

Learn the characteristics of aluminum electrolytic capacitors and tips on how to properly select one for use in electrical designs.


Utilizing DC-DC Converters in Space-Critical Power System Applications

Utilizing DC-DC Converters in Space-Critical Power System Applications

Power system designers are constantly under pressure because they are tasked with developing highly adaptive solutions that comply with today’s operating environments without interrupting design-to-manufacture cycles.