Analog
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Beyond the Spherical Chicken: Rewriting Maxwell for Modern Machines

This is going to be a story in three parts. If we’re lucky, they’ll be related, but I’m not making any promises. Let’s start by discussing one of the things I know nothing about. Yes, I know this is a long (and ever-growing) list, but in this case, I’m thinking about the design and analysis of antennas and radar systems.

The closest … Read More → "Beyond the Spherical Chicken: Rewriting Maxwell for Modern Machines"

Making Materials Smart with Nanoscale Sensors

Suppose you were creating a sensor intended to measure one phenomenon we’ll call A, and you spent years ensuring that its readings weren’t affected by another phenomenon we’ll call B. Now suppose you finally achieve your goal, only for your customers to tell you, “We love your A sensor… but we’d really like one that can measure B.”

Funnily enough, this is just … Read More → "Making Materials Smart with Nanoscale Sensors"

Can You Hear Me Now (With My 21st Century Studio-Quality MEMS Microphone)?

In England in 1969, what’s now known as British Telecom (BT) didn’t exist. In those days of yore, UK telecommunications (including telephones, exchanges, wiring, and equipment) were operated by the Post Office Telecommunications Department, which was part of the General Post Office (GPO).

The unabridged story of how the Post Office ended up in charge of telephones is wonderfully Victorian and slightly bonkers. To cut a … Read More → "Can You Hear Me Now (With My 21st Century Studio-Quality MEMS Microphone)?"

Analog Neuromorphic Processors for ASICs/SoCs Offer Microwatt Edge AI

We live in exciting times with respect to AI and the devices used to implement inferencing at the edge, where the “internet rubber” meets the “real-world road,” as it were.

It reminds me of those distant days in the 1970s when we were all “feeling our way” with 8-bit microprocessors. I’m thinking of devices like the Intel 8008 (1972), Intel 8080 (1974), Motorola 6800 (1974), MOS Technology 6502 (1975), Zilog … Read More → "Analog Neuromorphic Processors for ASICs/SoCs Offer Microwatt Edge AI"

Make It So: Agentic AI Comes to Flux

I remember “ye olden days” when we (humans) designed electronic products by hand—conceiving circuits, selecting components, drawing schematics, laying out printed circuit boards (PCBs)… Can you imagine instead just telling an AI, “Make me a [your product here] for consumer use,” and it actually does it? Well, that day has arrived.

I’ve said it before, and I’ll doubtless say it … Read More → "Make It So: Agentic AI Comes to Flux"

Model-Based Design Is Transforming System Development

As I’ve mentioned on occasion, my degree is in Control Engineering. Well, that’s what we used to call it deep in the mists of time (circa the late 1970s) when I was a bright-eyed, bushy-tailed student—although the years, it must be said, have not been kind.

The idea was to have a core of math, accompanied by electronics, mechanics, hydraulics, … Read More → "Model-Based Design Is Transforming System Development"

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chalk talks
GreenPAK™ Programmable Mixed-Signal Device with ADC and Analog Features — Renesas and Mouser  In this episode of Chalk Talk, Robert Schreiber from Renesas and Amelia Dalton explore common design “concept to market” challenges faced by engineers today, how the GreenPAK Programmable Mixed-Signal Devices help solve these issues and how you can get started using these solutions in your next design.  Click here for more information about Renesas … Read More → "GreenPAK™ Programmable Mixed-Signal Device with ADC and Analog Features — Renesas and Mouser"
Signal Conditioning Schematics with Signal Chain Designer — Analog Devices and Mouser  In this episode of Chalk Talk, Matt Duff from Analog Devices and Amelia Dalton walk through the steps involved to create an analog front end with Analog Devices Signal Chain Designer. With this tool, they demonstrate how you can quickly create circuits, simulate how the amplifier, filter and ADC interact and easily export to … Read More → "Signal Conditioning Schematics with Signal Chain Designer — Analog Devices and Mouser"
Introducing QSPICE™ Analog & Mixed-Signal Simulator — Qorvo and Mouser ElectronicsIn this episode of Chalk Talk, Amelia Dalton and Mike Engelhardt from Qorvo investigate the benefits of QSPICE™ –  Qorvo’s Analog & Mixed-Signal Simulator. They also explore how you can get started using this simulator, the supporting assets available for QSPICE, and why this free analog and mixed-signal simulator is a transformational tool for power … Read More → "Introducing QSPICE™ Analog & Mixed-Signal Simulator — Qorvo and Mouser Electronics"
Analog in a Digital World: TRIMPOT® Trimming Potentiometers — Bourns and Mouser Electronics  Trimmer potentiometers are a great way to fine tune the output of an analog circuit and can be found used in a wide variety of applications. In this episode of Chalk Talk, Patricia Moorman from Bourns and Amelia Dalton break down the what, where, how and why of trimpots and the benefits that Bourns … Read More → "Analog in a Digital World: TRIMPOT® Trimming Potentiometers — Bourns and Mouser Electronics"
RF Interconnect for Automotive Applications — Amphenol RF and Mouser Electronics   Modern and future automotive systems will put enormous demands on RF. We need reliable, high-bandwidth, low-latency, secure wireless connections between cars and infrastructure, from car to car, and within systems on each car. In this episode of Chalk Talk, Amelia Dalton chats with Owen Barthelmes and Kelly Freeman of Amphenol RF to talk … Read More → "RF Interconnect for Automotive Applications — Amphenol RF and Mouser Electronics"
Mindi Analog Simulator — Microchip and Mouser Electronics   It’s easy to go wrong in the analog portion of your design, particularly if you’re not an analog “expert.” Electrical simulation can help reduce risk and design re-spins. In this episode of Chalk Talk, Amelia Dalton chats with Rico Brooks of Microchip about the MPLAB Mindi tool, and how it can help reduce … Read More → "Mindi Analog Simulator — Microchip and Mouser Electronics"