Panasonic Industry launches tiny tactile switch with new operation force of 3 N
Panasonic Industry has launched a super-compact tactile switch with just 3 N operation force, ideal for compact electronic devices where space is tight but reliability is non-negotiable — enabling sleek designs without compromising on performance.
Imagine a world where powerful, precision tools once confined to laboratories are now fitting comfortably in your hand – that future is rapidly arriving.
For decades, laser technology felt like something out of science fiction, requiring bulky equipment and specialized expertise.
But groundbreaking advancements are shattering those perceptions, leading to an astonishing miniaturization we’re only…
KYOCERA AVX Releases Novel Stacked Capacitors
KYOCERA AVX Components Corporation unveils the groundbreaking DSCC 25007 Mini BME Stacks—compact, high-CV X7R capacitors with base-metal electrodes, full Group A testing, and exceptional space-and-weight savings—uniquely engineered for demanding military, aerospace, and space-grade applications.
The world of wearable sensors! This booming market thrives on advancements in motion tracking, health monitoring, and image recognition. Explore which sensor types lead the pack, how innovation miniaturizes and combines data, and the top players
Wearable Sensors: Trends by Type
The wearable sensor market is booming, driven by the increasing demand for health and fitness trackers, smartwatches, and other connected devices. But within this market, different sensor types play significant roles, each with its own growth trend and technological advancements. Let’s look at some important concerns to understand the relevant situation:
1.…
ALTWearable technology encompasses devices or gadgets worn by users, typically incorporating sensors and connectivity to gather and exchange data seamlessly.
Wearable technology has evolved significantly over time. It began with early inventions such as wristwatches, which provided a convenient way to tell time. Gradually, wearable devices advanced to include more functionalities, leading to the development of modern-day smartwatches, fitness trackers, and other sophisticated gadgets. These innovations have revolutionized how we interact with technology, offering new levels of convenience, connectivity, and functionality.
Smartwatches:
Apple Watch: Leading the market with its extensive health tracking features, app ecosystem, and sleek design.
Samsung Galaxy Watch: Offering a variety of fitness tracking functionalities, customizable watch faces, and compatibility with Android smartphones.
Fitbit: Known for its accurate activity tracking, heart rate monitoring, sleep analysis, and user-friendly interface.
Garmin: Popular among athletes for its advanced GPS tracking, long battery life, and robust sports-specific features.
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Functional Safety and Miniaturization for the Future with ROHM: Electronica 2022
https://www.futureelectronics.com/m/rohm. ROHM are developing electronics for the future. Michael Maurer showed us the ROHM focus on Functional Safety, with a broad product portfolio. Showcased at Electronica were cameras for vehicles with a tiny 3.5 mm x 3.5 mm power management IC, which provided energy for the whole system. https://youtu.be/TbIxvFkXMI4
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Check out our On-Demand Webinar where we dive deep into iNPACK - our All-in-One solution for advanced miniaturized designs and manufacturing.
From SiP prototypes to low/mid volume production and organic substrates of High-Density Line/Space width, we’ve got you covered! Plus, learn about our innovative heat dissipation solutions.
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ROHM has recently developed wide terminal shunt resistors, LTR10L. They are optimized for a variety of applications in the automotive, industrial, and consumer sectors, while also strengthening its considerable lineup with two updated general-purpose MCR series shunt resistors(MCR10L and MCR18L).
<< Around 1980, plastic case LCD watches dramatically dropped in price, so manufacturers found they had to keep adding functionality to justify a profitable price point. Here’s one example: some readers out there who grew up in the 1980s and early 1990s may remember various licensed Nintendo game watches that allowed the wearer to play miniature games of The Legend of Zelda and Super Mario Bros. Amazingly, the first game watches emerged around 1980; here we see one of the first, the Game-10, which played a three-line interpretation of Space Invaders (1978). Conveniently, it also told the time. >>
Droplet-Based Microfluidics: Formation, Detection and Analytical Characterization by Sammer-ul Hassan* in Crimson Publishers: Peer Reviewed Material Science Journals
Microfluidics has become attractive in the recent decade due to its ability to offer low-cost, robust and miniaturized assays at a small cost as compared to the bulk tests. The credit mainly goes to the advancement in miniaturization technologies allowing cheaper and faster fabrications of microfluidics devices. Continuous microfluidics has been developed for the study of chemical and biochemical reactions inside microchannels, but the Taylor dispersion, sample contamination on the channel walls and less mixing efficiency has offset the benefits of microfluidics. Droplet-based microfluidics, on the other hand, has emerged as a powerful tool to encapsulate chemical and biological samples in discrete droplets and has generated a diverse array of applications including biochemical reactions, chemical synthesis, drug delivery, and point-of-care diagnostics. This review will outline the droplet generation, mixing, merging and detection methods, and characterization of droplet contents.
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