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Voltage Supervisor ICs: Solutions for IoT, Automotive, and Industrial Applications04 June 2025
Voltage supervisors protect systems from voltage fluctuations, ensuring reliability and safety. Discover their advancements and critical role in modern tech.
How New Battery Charger Technology is Shaping the Future10 July 2025
Discover how innovations in battery chargers, like smart systems and GaN materials, are enhancing efficiency, sustainability, and usability for modern needs.
TinyML Takes a Major Step Forward as Israeli Company Releases New Chip19 April 2022
TinyMCE, or optimizing machine learning (ML) models to run on resource-constrained devices, is one of the fastest-growing subfields of ML. To achieve this ultra-low-power, high-performance computing required by TinyML (or sometimes called TinyAI), engineers have explored a number of exciting new technologies.
What Is an ASIC? Design Flow, Applications, and the 2026 AI Custom Silicon Boom01 July 2026
Learn what an ASIC is, how ASIC design works, how ASICs compare with FPGA, GPU, and CPU options, and why 2026 AI custom silicon news is reshaping the market.
What Are Buck-Boost Converters?07 June 2025
Buck-Boost Converters are vital for modern power systems, offering voltage flexibility, high efficiency, and compact design while debunking myths about complexity.
What Is the Future of Brain-like Computing?26 April 2022
New technologies in brain-like computing promise to process information in a completely different way, be extremely energy efficient and be able to handle the massive amounts of unstructured and noisy data that we generate at an accelerated rate.
Norton's Theorem: Working Principle, Circuit Design, and Modern Applications27 May 2026
Norton's theorem simplifies complex linear electrical networks into an equivalent circuit containing a single current source in parallel with a resistor. This article explains the essential five-step workflow for calculating Norton parameters, compares it to its dual, Thévenin's theorem, and explores modern applications in power distribution networks, electric vehicle battery management, and fault diagnosis.
Six Sensor Principles18 December 2021
Hello everyone, I am Rose. Welcome to the new post today. The element or device that converts the received data into a signal that can be processed by the device is referred to as a sensor.
Understanding Electronic Speed Controllers (ESCs): Working Principles, Key Specifications, and Sourcing Guide15 June 2026
An Electronic Speed Controller (ESC) is an electronic circuit that regulates the speed, direction, and braking of an electric motor [2, 3]. It acts as an active intermediary between a power source (typically a battery) and a motor [1, 2]. By translating low-voltage control signals (from a receiver, flight controller, or microcontroller) into high-frequency, modulated power outputs, the ESC dynamically varies the average voltage or switches the phases of the motor to alter its rotation [1, 2, 7].
How Embedded Computers Drive Innovation in 202517 July 2025
Embedded computers power smart devices, boost efficiency, and ensure real-time reliability, making them essential for innovation and growth in 2025.
Gartner: Hysis Revenue Plunges 81%, Samsung Holds on to Semiconductor Leadership15 April 2022
Worldwide semiconductor revenues total $595 billion in 2021, up 26.3 percent from 2020, according to final statistics from Gartner, Inc. "The events behind the current chip shortage continue to impact original equipment manufacturers (OEMs) globally, but the rise of 5G smartphones and strong demand and rising logistics/raw material prices are driving semiconductor average selling prices (ASPs) higher, said Andrew Norwood, research vice president at Gartner.
Microchip FPGA Solutions: Aerospace and Industrial Applications09 June 2025
Microchip FPGA products offer low power consumption, robust security, and reliability, making them ideal for aerospace, IoT, and industrial applications.


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