Digital chips have PUF-based IDs and secure supply chains. Analog components capacitors, sensors, discretes have nothing equivalent. That’s a $150B security gap.
EV charging at 750kW, 98% efficient OBCs, GaN/SiC switching none of it works without capacitors buffering, smoothing, and surviving where semiconductors can’t.
KYOCERA AVX’s FFLK traction-grade DC filtering capacitors offer controlled self-healing film technology, 100,000-hour lifetimes, and ratings up to 3,800VDC.
EMIS MF420-2CF-M is an EMI filter built for high-field MRI environments, where a single unfiltered cable penetration can turn a diagnostic scan into noise.
ZincFive hits 2 gigawatts globally with nickel-zinc batteries a chemistry offering high power density, zero thermal runaway risk, and lower lifecycle emissions.
Digital chips have cryptographic IDs. Passive components mostly don’t. As gray market counterfeits proliferate, critical infrastructure is being exposed to supply chain risks it can’t even…
750 kilowatts through a cable the size of your arm. Liquid cooling running at the same time as your battery’s internal BMS. The power electronics behind nine-minute EV charging is a thermal and …
A simple SR-latch relaxation oscillator offers a low-cost, linear interface for differential capacitance sensors — with just ±0.1% nonlinearity after a firmware polynomial correction.
Tee-configuration filters often present uncontrolled rising input impedance in the stopband, which can destabilize driving amplifiers. John Dunn explains the mechanism and a filter-pair remedy.
Analog ICs, sensors, and discrete passives used in critical infrastructure ($150B TAM) lack the ID and certificate infrastructure that protects digital chips — creating a supply chain blind spot that …