Although it dates back to the early days of the Marconi Company in the 1920s, the Franklin oscillator has remained a relatively obscure circuit, its memory mostly kept alive by ham radio operators who prize its high stability at higher frequencies. At the core of the circuit is an LC tank circuit, a fact which [nobcha] used to build quite a precise LC meter.
The meter is built around two parts: the Franklin oscillator, which resonates at a frequency defined by its inductance and capacitance, and an Arduino which counts the frequency of the signal. In operation, the Arduino measures the frequency of the original LC circuit, then measures again after another element (capacitor or inductor) has been added to the circuit. By measuring how much the resonant frequency changes, it’s possible to determine the value of the new element.
Before operation, the meter must be calibrated with a known reference capacitor to determine the values of the base LC circuit. In one iteration of the design, this was done automatically using a relay, while in a later version a manual switch connects the reference capacitor. Because the meter measures frequency differences and not absolute values, it minimizes parasitic effects. In testing, it was capable of measuring inductances as low as 0.1 µH.
Looking for the most recent Strands answer? Click here for our daily Strands hints, as well as our daily answers and hints for The New York Times Mini Crossword, Wordle, Connections and Connections: Sports Edition puzzles.
Today’s NYT Strands puzzle is kind of bizarre. Even after I had found some of the answers, the theme didn’t click in my brain until I was almost done with the puzzle. And some of the answers are difficult to unscramble, so if you need hints and answers, read on.
If that doesn’t help you, here’s a clue: Not death…
Clue words to unlock in-game hints
Your goal is to find hidden words that fit the puzzle’s theme. If you’re stuck, find any words you can. Every time you find three words of four letters or more, Strands will reveal one of the theme words. These are the words I used to get those hints but any words of four or more letters that you find will work:
These are the answers that tie into the theme. The goal of the puzzle is to find them all, including the spangram, a theme word that reaches from one side of the puzzle to the other. When you have all of them (I originally thought there were always eight but learned that the number can vary), every letter on the board will be used. Here are the nonspangram answers:
COACH, HACK, BLOOD, CYCLE, STYLE, LESSON, PRESERVER. (All words that can follow the word “LIFE.”)
Today’s Strands spangram
The completed NYT Strands puzzle for March 18, 2026.
NYT/Screenshot by CNET
Today’s Strands spangram is AFTERLIFE. To find it, start with the A that is the furthest-left letter on the top row, and wind down.
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Toughest Strands puzzles
Here are some of the Strands topics I’ve found to be the toughest.
#1: Dated slang. Maybe you didn’t even use this lingo when it was cool. Toughest word: PHAT.
#2: Thar she blows! I guess marine biologists might ace this one. Toughest word: BALEEN or RIGHT.
#3: Off the hook. Again, it helps to know a lot about sea creatures. Sorry, Charlie. Toughest word: BIGEYE or SKIPJACK.
Today it’s widely acknowledged that the future of computing will involve the quantum realm. Companies like Google, Microsoft, IBM, and a few well-funded startups are frantically building quantum computers and routinely claiming advances that seem to bring this exotic, world-changing technology within reach. In 1979 all of this was unthinkable. But that summer, two scientists met in the Atlantic Ocean off the coast of Puerto Rico, and their aquatic conversation led to a body of work that created quantum information theory. In a larger sense, their contributions helped bring computer science into the quantum age.
Those water-logged scientists, Charles Bennett and Gilles Brassard, are now the latest recipients of the ACM A.M. Turing Award, the Nobel Prize of the field.
Until that 1979 meeting, there had been a disconnect between information science and physics. The latter field had experienced a disruption in the early 20th century when physicists discovered quantum mechanics, a deeper explanation of how the universe operated that superseded the classical physics of Issac Newton. Computer science, however, didn’t account for the quantum world, except for having to deal with its effects on tiny chips, where the behavior of electrons were relevant.
“In the 1950s through the 1980s people thought of quantum effects as occurring in very small things and as a source of noise—you had to understand quantum theory to build transistors,” explains Bennett. “People thought of quantum mechanics as a nuisance.” He and Broussard discovered methods—like quantum coin-tossing and quantum entanglement—that turned the perceived handicaps of quantum reality into a powerful tool.
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At the time of their meeting, Bennett was at a career crossroads; he’d joined IBM in 1973, but had taken a years-long break from academic publishing. One source of continuing fascination was an idea shared by a college classmate, Steven Weisner—that using a quantum form of cryptography could enable digital money that could not be counterfeited. (Yep, Weisner envisioned cryptocurrency in the late 1960s!) At the 1979 conference, Bennett saw that a cryptographer named Brassard was in attendance—he had just completed a dissertation on public-key crypto—and located him offshore.
“So there I was swimming in the beach when a complete stranger came up to me and started telling me that a friend of his found that we can use quantum mechanics to make affordable banking notes out of nowhere,” Broussard tells me. “If I had been on firm ground, I would have run for my life, but I was trapped in the ocean, so I listened politely.” Though Brassard had no previous interest in physics, he was intrigued by the approach, and the pair eventually published a theory called BB84, essentially creating an alternative to classic public-key cryptography based on what would become quantum information theory. Suddenly, the world of the quantum became a source of solutions—if scientists could invent the mechanisms to make it happen. As Yannis Ioannidis—president of ACM, which bestows the Turing Award—put it in a statement, “Bennett and Brassard fundamentally changed our understanding of information itself.”
Both scientists take pains to say that their original work did not lead directly to the current scramble to build quantum computers. Bennett notes that in a 1981 conference at MIT, legendary physicist Richard Feynman “made the point that, since nature is quantum, probably some computational jobs would need to be done by a quantum computer.” He also credits physicist David Deutsch for key ideas about quantum computers. Bennett and Brassard became part of that effort.
“Quantum computing was invented independently from us, but then we jumped in,” says Brassard. “I was the first person to design a quantum circuit to do quantum teleportation.” Brassard and Bennett’s work on teleportation, while still in an experimental stage, is now part of the quantum lore. Brassard has said that “one day, it will fuel the quantum internet.”
MSI plans to increase the price of its PC products by 15 – 30%, company general manager Huang Jinqing recently said. Speaking with investors, Jinqing confirmed that the entire hardware industry is facing unprecedented market conditions. Memory manufacturers have almost entirely shifted their priorities, allocating the majority of their production… Read Entire Article Source link
AI agents independently discovered vulnerabilities and exploited them while performing routine tasks
Multi-agent systems collaborated to bypass data-loss prevention and steal sensitive credentials
Backup server AI escalated privileges to disable endpoint protection and complete downloads
Routine tasks assigned to artificial intelligence agents can sometimes escalate into actions resembling cyberattacks, experts have warned.
Security laboratory Irregular examined how autonomous agents behaved inside a simulated corporate environment while performing ordinary assignments.
During several runs, the AI agents searched for vulnerabilities, escalated privileges, disabled security protections, and moved sensitive information outside internal systems.
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Emergent offensive behavior during routine tasks
These actions occurred while the agents attempted to complete tasks such as retrieving documents, downloading files, or preparing content for publication.
The simulated network represented a fictional company called MegaCorp and included internal servers, applications, and services commonly found inside enterprise infrastructure.
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Within this environment, agents handled routine duties that many organizations already automate.
These duties included researching information on an internal wiki, maintaining backup archives on a server, and drafting social media posts using technical documents.
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According to the researchers, the instructions given to the agents did not mention hacking or exploitation.
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“AI agents deployed for routine enterprise tasks are autonomously hacking the systems they operate in. No one asked it to. No adversarial prompting was involved,” Irregular said in a blog post.
“The agents independently discovered vulnerabilities, escalated privileges, disabled security tools, and exfiltrated data, all while trying to complete ordinary assignments.”
One scenario involved a multi-agent research system retrieving documents from a company wiki.
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When access restrictions blocked a request, the system examined the application’s code repository and discovered a hardcoded secret key.
The agent used that key to forge an administrative session cookie and retrieved a restricted document.
Another test involved a backup server agent responsible for downloading files to a storage directory.
When Windows Defender blocked a file that contained malware, the agent searched local scripts and discovered administrator credentials embedded inside a utility file.
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It then elevated its privileges and disabled endpoint protection so the download could proceed.
A separate experiment showed agents collaborating to bypass a data loss prevention system.
Two agents responsible for drafting social media content were asked to include credentials from a technical document.
When the system blocked the message, the agents developed a steganographic method that concealed the password within the text.
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According to researchers, several factors contributed to this behavior, including access to tools such as code execution and shell commands, and many prompts encouraged persistence when tasks encountered errors.
Interactions between multiple agents also created feedback loops that pushed them toward workarounds when obstacles appeared.
The researchers argue that existing cybersecurity defenses were designed to stop human attackers rather than autonomous systems operating inside enterprise networks.
Organizations deploying such agents should not underestimate how quickly routine automation can drift toward behavior resembling internal cyber intrusion.
‘This year is the most challenging year since the company was founded’: MSI exec makes it clear how bad the RAM crisis has got, despite some prices plateauing
The dose of pessimism comes from MSI, which is going to jack up the prices of its ‘gaming products’ in the order of 15% to 30% this year. This is according to general manager Huang Jinqing on a recent earnings call, as per a report from Taiwan’s United Daily News (via Tom’s Hardware).
The increases are driven by the RAM shortage, and also problems with GPU supply from Nvidia — we’re told there’s a 20% shortfall in securing stock of the latter.
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The result is that MSI will cut back on its low-end gaming laptops to the tune of 30%, so it can focus more on mid-range and higher-end PCs. The simple equation to keep revenue flowing is selling fewer devices at higher prices.
Huang said the PC industry is facing severe challenges, and that: “This year is the most challenging year since the company was founded” (text translated from Chinese).
On top of the shifting priorities with laptops, MSI is switching its motherboards to favor models supporting DDR4 memory. Whereas previously four times as many DDR5 motherboards were shipped versus DDR4, that situation has reversed completely, so the older standard is now coming off production lines in fourfold compared to the quantities of DDR5 boards. That’s quite a remarkable turnaround.
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Analysis: tough times despite some sparks of hope
(Image credit: Shutterstock / LightField Studios)
As noted at the outset, VideoCardz noticed another update from German tech site 3D Center, which keeps tabs on RAM pricing over in Germany, and observes that the price of DDR5 memory dropped by around 7% in March compared to February.
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So that sounds quite positive, and it echoes other observations from the European market last month, too. However, lest we get carried away, remember that DDR5 RAM is still quadruple what it cost compared to the price in September 2025, according to 3D Center’s price watching. It’s just that it has dropped back a little, after plateauing from January to February this year.
Obviously, it’s good to witness any kind of downward correction — or indeed just to see that RAM pricing isn’t going up — but there is, of course, a limit to how much prices will rise before most consumers throw their hands up in the air and (rightly) just refuse to buy. Unless they have absolutely no choice, that is.
However, to call 2026 the “most challenging year” is quite a statement, considering that the pandemic in 2020 was a very tough time for the market (and it isn’t the first time we’ve heard this sentiment in the tech industry this year).
Huang is predicting a 10% to 20% decline in PC sales this year, whereas analyst firms are pitching their estimations at a 10% drop for 2026. That’s the best-case scenario as far as MSI’s general manager is concerned, which is troubling to say the least, as is the fact that the budget end of the PC market is going to be hit hardest.
And of course, you can also follow TechRadar on YouTube and TikTok for news, reviews, unboxings in video form, and get regular updates from us on WhatsApp too.
Many substances display crystallization, allowing them to keep adding to a basic shape to reach pretty humongous proportions. Although we usually tend to think of pretty stones that get fashioned into jewelry or put up for display, sugar also crystallizes and thus you can create pretty large sugar crystals. How to do this is demonstrated by [Chase] of Crystalverse fame in a recent video.
This is effectively a follow-up to a 2022 blog article in which [Chase] showed a few ways to create pretty table sugar (sucrose) based crystals. In that article the growth of single sucrose crystals was attempted, but a few additional crystals got stuck to the main crystal so that it technically wasn’t a single crystal any more.
With this new method coarse sugar is used both for seed crystals as well as for creating the syrupy liquid from mixing 100 mL of water with 225 grams of sugar. Starting a single crystal is attempted by using thin fishing wire in a small vessel with the syrup and some seed crystals, hoping that a crystal will lodge to said fishing wire.
After a few attempts this works and from there the crystals can be suspended in the large jar with syrup to let them continue growing. It’s important to cover the jar during this period, as more crystals will form in the syrup over time, requiring occasional removal of these stray ones.
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Naturally this process takes a while, with a solid week required to get a sizeable crystal as in the video. After this the crystal is effectively just a very large version of the sugar crystals in that 1 kg bag from the supermarket, ergo it will dissolve again just as easily. If you want a more durable crystal that’s equally easy to grow, you can toss some vinegar and scrap copper together to create very pretty, albeit toxic, copper(II) acetate crystals.
— Steven VanRoekel, a longtime former Microsoft leader and U.S. chief information officer under President Obama, is now CEO of Earth Species Project (ESP). The non-profit research lab is using artificial intelligence to better understand animal communication in creatures from carrion crows to beluga whales.
VanRoekel, who is based in Bend, Ore., said his career has focused on driving impact at scale, and that ESP is poised for big breakthroughs.
AI can “unlock the mysteries of our planet, especially around animal communication,” he said in an ESP blog. “Once we begin unlocking that mystery, we could see shifts on the scale of Copernican or Galilean moments in history: new science, new understanding, and perhaps most importantly, new relationships with our planet.”
Krzysztof Duleba. (LinkedIn Photo)
— Krzysztof Duleba joined LinkedIn’s Bellevue, Wash., office as a distinguished engineer in its infrastructure program. Duleba has spent his career at Google, working there for 18 years in roles across search, ads, maps, AI and cloud. In separate posts on LinkedIn, Duleba shared his career journey.
“Eighteen years ago, a kid from rural Poland walked into Google with no idea what he was getting into. He walked out a very different engineer, a father of three, and — he hopes — a better person,” Duleba wrote in announcing his Google departure.
And regarding his new role: “LinkedIn is in the middle of a major infrastructure transformation, and the timing matters. I consider getting reliability economics right during this window, before agentic development fully hits, the difference between drowning in the AI wave and catching it.”
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Dennis Stansbury. (LinkedIn Photo)
— London-based Dennis Stansbury is resigning from Amazon after more than 18 years. He has held a variety of leadership roles in European offices, most recently serving as a principal product manager for Prime Video and Amazon MGM Studios in the United Kingdom.
“I started in Seattle in March 2008, shortly after Kindle launched but before Prime Video or Alexa were likely even ideas,” Stansbury said on LinkedIn, adding that he’s going “to take some time off and put more thought into what’s next.”
Miranda Chen. (LinkedIn Photo)
— After nearly 14 years at Amazon, Miranda Chen is leaving her role as a director and technical advisor for leaders in worldwide corporate and business development. Chen, who is based in the San Francisco Bay Area, did not indicate her next move.
“I first started working for Amazon at A9, a Bay Area subsidiary, where we could review the key metrics for our entire offsite advertising business in a single weekly meeting,” she said on LinkedIn. “Now we have Amazon offices worldwide and Amazon Ads is a meaningfully large business.”
— Scott Lawson, Amazon director of Global Real Estate and Facilities (GREF) design and construction, is leaving his role. Seattle-based Lawson has been with Amazon for nearly nine years. He was previously with Clark Construction Group working on developments nationwide. Lawson hinted on LinkedIn that information on his “next chapter” would be coming soon.
Danielle Decatur. (LinkedIn Photo)
— Danielle Decatur is vice president of community engagement and communications for Cloverleaf Infrastructure, a startup based in Seattle and Houston that’s coordinating between landowners and power providers to offer ready-to-build sites tailored for data centers.
“I’ll be dedicated to enabling data center infrastructure that works for and directly benefits communities,” Decatur said on LinkedIn. The sector is facing pushback over concerns about energy prices and environmental impacts of the facilities.
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Decatur was previously at Microsoft for more than 14 years, working most recently as director of energy and sustainability. Cloverleaf co-founder Brian Janous is Microsoft’s former vice president of energy. Earlier in her career, Decatur served with the U.S. Air Force and with FEMA.
Bradford Snow. (LinkedIn Photo)
— Augmodo named Bradford Snow as chief technology officer. The Seattle startup is developing wearable tech for retail store employees and Snow will focus on Augmodo’s technical vision and innovation strategy.
Snow joined the company from Axon, which sells taser devices and body cameras. His career also includes leadership roles at multiple tech giants where he worked on a variety of virtual reality technologies such as AR and VR devices at Meta; Amazon’s Alexa AI and health and wellness wearable tech; and HoloLens initiatives at Microsoft.
Abhishek Mathur. (LinkedIn Photo)
— Abhishek Mathur is now chief technology and product officer for ServiceTitan, a California software giant building an agentic operating system to serve trades such as plumbing, electrical and roofing by automating workflows and supporting technicians in the field.
“This sector remains one of the largest untapped opportunities for technology to drive meaningful impact,” Mathur said on LinkedIn.
Mathur, who is based in the Seattle area, has held engineering leadership roles at Meta and was at Microsoft for more than 11 years. He was most recently at Figma as senior VP of engineering.
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Anush Kumar. (LinkedIn Photo)
— Anush Kumar is now founder and CEO of Intelligent Systems, a Bellevue, Wash.-based startup that aims to “transform operational workflows” with AI tools.
“We’re on a mission to help enterprises stop piloting and start producing,” Kumar said in a LinkedIn post that includes links to five articles explaining the team’s approach.
Kumar was previously head of product for agentic automation at Atlassian. Other past roles include VP of technology at Expedia Group, senior VP of product at Zendesk, and director roles at Oracle and Avanade. His first tech role was lead product manager at Microsoft.
— Chris Cappello joined Provn as vice president of marketing. Cappello has worked in multiple marketing roles for companies including WE Communications, Marina Maher Communications and M-Squared. He and Provn CEO Nikesh Parekh both worked earlier in their careers at HouseValues, which rebranded as Market Leader.
Provn, a new Seattle startup, wants companies to scrap the traditional resume and replace it with portfolios of real work and challenge-based assessments.
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— Fred Hutch Cancer Center appointed two new leaders. Dr. Mazyar Shadmanand Vyshak Venurwere named as deputy chief medical officers, effective April 1. Shadman will serve as deputy CMO for classical hematology, hematologic malignancies, transplant and immunotherapy, while Venur will serve as deputy CMO for solid tumor and acute care services.
And two Fred Hutch researchers received endowed chairs: Dr. Soheil Meshinchi, a global leader in treatments for acute myeloid leukemia, was awarded the Dylan Burke Endowed Chair in Immunotherapy; and Holly Harris received the inaugural Bus Family Endowed Chair in recognition for her work in prevention, early detection and precision oncology for uterine, ovarian and breast cancers.
— Seattle’s Marianne Bichsel, former VP of external affairs at Comcast, has launched Engaged Public Affairs, a PR and policy firm advising “leaders at the intersection of government, public trust, and corporate responsibility.” Bichsel’s co-founders are Julie Anderson, who has served in city and Washington state government, and Natasha Jones, a longtime leader in King County government.
— Theodora, a Seattle-area wine recommendation app, appointed Lindsey Singhavi as its founding marketing lead.
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— In case you missed it, GeekWire took deeper dives into these recent notable tech moves (in no particular order, except maybe the first item):
Some FDM filaments are pretty brittle even if properly dried and stored, especially those which contain carbon fiber (CF) or similar additives like glass fiber (GF). This poses a problem in that these filaments can snap even within the PTFE tube as they’re being guided towards the extruder. Here a community theory is that having an actively heated chamber can help prevent this scenario, but is it actually true? [Dr. Igor Gaspar] of the My Tech Fun YouTube channel gave this myth a try to either confirm or bust it.
The comments suggested that heating the chamber to 65°C will help, but there’s little information online to support this theorem. To test the claim, a heated chamber was used along with a bending rig to see at which angle the filament would snap. In total five different filaments from three manufacturers (Polymaker, Qidi and YXPolyer) were tested, including Qidi’s PET-GF and PAHT-GF as the sole non-CF filaments.
A big question is how long exactly the filament will spend inside the heated chamber after making its way from the spool, which would be about 2.5 minutes with a 500 mm tube. For the test 5 minutes was used for the best possible result. Despite this, the results show that even with the standard deviation kept in mind, the heating actually seems to make the filaments even more brittle.
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Considering that in general CF seems to simply weaken the polymer matrix after printing, this finding adds to the question of whether these CF and GF-infused filaments make any sense at all.
Major wireless carriers: A necessary evil if you travel a lot, have a family, or are just interested in coverage that’s reliably consistent and widespread. AT&T is the third-largest provider in the US (first for 5G), with the largest coverage map. I’ve had various AT&T plans for more than a decade, first for just myself and now for my whole family, even though I only get one cell bar at my house and have to stand in one 5-square-foot patch of yard to make a phone call. And have lost entire days of my life to fighting unexpected random charges and upsells. (Verizon is somehow worse.) But anyway! AT&T is fine, it has all the latest phones, and there are some legitimately good perks, like no roaming in Canada or Mexico with select plans. If you know you’re going to have to go with one of the big guys, don’t sign up without checking out the below discounts first.
Save on AT&T Prepaid Phone Plans With the Latest Deals
An AT&T prepaid phone plan is one of the easiest ways to save big on your future phone bills. AT&T has a wide selection of prepaid phone plans, including 5G prepaid plans and multi-month long-term plans. For as low as $25 per month, you’ll get unlimited talk, text, and data. Plus, all AT&T prepaid plans include AT&T ActiveArmor mobile security, and are eligible for an eSIM or SIM card for as little as $0.99.
Get the new Samsung Galaxy S26 Ultra for $0
We on the WIRED Reviews team love the Samsung Galaxy S26 Ultra. We rated it a high 8/10 because of its built-in privacy display. We also loved the horizon lock to capture super steady video footage. Plus, it has excellent performance, great battery life, and a reliable quad-camera system. And right now, you can get a Samsung Galaxy S26 Ultra for free with an eligible trade-in (in any condition, but has a required trade-in of Galaxy S24+, Z Fold5, or newer).
Save Over $600 a Year With AT&T Fiber
AT&T Fiber claims to be the fastest internet network in America. You can find out for yourself (for less) with this new deal. When first time customers sign up for Fiber now, they’ll get 1 Gigabyte for only $37 per month. That’s over $600 in savings per year!
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Are There AT&T Promos for Existing Customers?
But I already have AT&T, you might be saying—new deals never apply to me. Do you have AT&T internet, though? If, like me, you have AT&T for your phone plan and Xfinity or CenturyLink for internet, did you know you can save 20% off your AT&T bill every single month if you bundle your internet service with unlimited wireless? This applies to both current phone customers and current internet customers who don’t have both plans.
AT&T wants to reward you for your loyalty: when you sign up for AT&T Fiber and eligible wireless plans, you can get up to $150 in AT&T Visa Reward Cards. Be sure to check out the AT&T deals page for more details on that offer, along with other great ways to save.
Not a new customer; not in a place to bundle; and not a teacher/first responder, in the military, or a student? All is not lost on the discount front. You can save over $800 a year on AT&T Wireless when you bundle four unlimited wireless plans with your current internet plan. (Savings based on 20% discount on four voice lines with eligible internet service, plus $10/month discount with eligible AutoPay & paperless bill, which starts within two bills.)
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Don’t need four unlimited wireless plans? Check out if your employer offers a discount—a couple of mine have in the past, and you can save $10 per month per line on the unlimited plan. Check here to see if your workplace qualifies.
You can also get a discount on a new phone with an eligible trade-in, but the best deal yet may be the fact AT&T lets you try its wireless free for 30 days. Keep your current service and phone number while trying out AT&T’s network from your device—no catches or commitments. You don’t even need a credit card. It’s a great way to see if you get good service where you’ll be using the phone most.
Save More With AT&T Family Plans
If you want multiple people on your phone line or are adding a line for your child’s first phone, an AT&T Family Plan is one of the most cost effective ways to make the change. With AT&T family plans, you can mix and match any of AT&T’s unlimited plans to get great deals and serious discounts on any smartphone for each family member. Depending on what you choose, plans start at only $36 per month, per line (for 4 lines).
Choose AT&T for the Best Internet for Gaming
If you’re a big gamer, you’re going to want fast, reliable internet that’ll provide clear, bright graphics without laggy gameplay or interactive audio. AT&T Fiber with All-Fi promises to give gamers everything they look for in a service, with super fast speeds (up to 5 GIG), and tons of bandwidth for fast upload and download speeds.
A lawsuit from music streaming app Musi suggested Apple had removed its app over unsubstantiated copyright claims, but it has been dismissed by courts with prejudice.
Musi loses its lawsuit over App Store removal
Apps are removed from the App Store for many reasons, some less clear than others. However, a judge just ruled that Apple can remove an app from the App Store, “with or without cause.” It’s a significant win for Apple that sets precedence for future potential lawsuits. US District Judge Eumi Lee didn’t just rule in Apple’s favor — he tore Musi’s case apart on multiple levels. Continue Reading on AppleInsider | Discuss on our Forums
The meter is built around two parts: the Franklin oscillator, which resonates at a frequency defined by its inductance and capacitance, and an Arduino which counts the frequency of the signal. In operation, the Arduino measures the frequency of the original LC circuit, then measures again after another element (capacitor or inductor) has been added to the circuit. By measuring how much the resonant frequency changes, it’s possible to determine the value of the new element.
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