Worked examples quantify just how much the FMFB loop shrinks noise bandwidth. We also show how the PLL demodulator offers a simpler alternative for reducing threshold.
While feedback lowers the FM detection threshold, it offers no noise advantage over conventional receivers when the carrier power is strong. Discover why in this discussion and mathematical analysis.
Download the white paper to discover how Fujipoly is advancing more sustainable thermal management by recovering and reusing valuable materials from manufacturing waste.
See BLDC control signals, power, and EMI together to uncover faults faster and improve motor drive performance.
Cut complex, power-hungry DDR. A Zephyr-first design on PolarFire SoC FPGAs leverages on-chip scratchpad and low-power alternatives to boost efficiency and lower BoM costs.
The Q-2390 and IQ-2390 share a Cortex-A78/A55 complex, an Adreno 704 GPU, and an optional RISC-V real-time core, with the industrial part introducing the IQ2 Series.
The new evaluation kits aim to lower the barrier for on-device AI development with Alif’s AI/ML hardware-accelerated Ensemble and Balletto MCUs.
The new mic offers an 84-dBA signal-to-noise ratio and a 146-dB acoustic overload point—a 10-dB improvement over the industry standard.
Scaling down RF circuit footprints requires balancing board space against critical trade-offs. Discover how loading methods and high-dielectric substrates impact…
Announced today, the company's new CSS for Mobile 2 platform, Total Design for Physical AI program, and Neoverse CSS N4 platform provide specialized…
Archer Aviation is developing pilotless eVTOLs, CATL is ready to produce safer batteries, and Florida is building out its flight testing track.
Touted as the first commercial CAN XL transceiver, the device offers 20 Mbps data rates, larger payloads, and CAN FD compatibility for industrial and robotic networks.
The PMF2002 multiplexes 12 customer-functionalized graphene sensing channels on one device, while the new Enterprise Reader adds direct electronic readout and…