Do you remember when supercomputers were described by their processing power? That was so 2024. Today, we talk about the power for processing. Goodbye terraops,…
Do you remember when supercomputers were described by their processing power? That was so 2024. Today, we talk about the power for processing. Goodbye terraops, hello terrawatt-hours!
The latest members of the low-power, low-density FPGA product line feature instant-on with 896 to 9400 look-up tables.
The latest members of the low-power, low-density FPGA product line feature instant-on with 896 to 9400 look-up tables.
In this article, we analyze the steady-state errors and Bode plots for a second-order PLL with a simple, first-order loop filter.
In this article, we analyze the steady-state errors and Bode plots for a second-order PLL with a simple, first-order loop filter.
Analog Devices ADXL366 3-Axis MEMS Accelerometers designed for always-on motion sensing in compact, battery-powered…
Analog Devices ADXL366 3-Axis MEMS Accelerometers designed for always-on motion sensing in compact, battery-powered systems. Watch and learn all about their features, specs, applications, and more!
In this Tech Guide, explore Infineon’s EasyPACK™ CoolSiC™ Trench MOSFET Modules—high-efficiency, high-density…
In this Tech Guide, explore Infineon’s EasyPACK™ CoolSiC™ Trench MOSFET Modules—high-efficiency, high-density power solutions for EV chargers, DC/DC converters, and industrial systems. Watch now to get started!
By 2030, Korean chipmakers are projected to dominate AI memory (HBM), strengthen foundry/packaging, and gain traction in…
By 2030, Korean chipmakers are projected to dominate AI memory (HBM), strengthen foundry/packaging, and gain traction in the stable analog/power IC market, boosting profitability and global influence.
Learn how adding a lowpass loop filter to a PLL with a single integrator impacts both the frequency-domain and…
Learn how adding a lowpass loop filter to a PLL with a single integrator impacts both the frequency-domain and time-domain response.
Recent advances in photonic platforms, memory architectures, and optical switching demonstrate an evolving space for…
Recent advances in photonic platforms, memory architectures, and optical switching demonstrate an evolving space for optical computing.
Higher-order PLLs are more commonly used than first-order PLLs. To explain why, we explore the first-order PLL's behavior…
Higher-order PLLs are more commonly used than first-order PLLs. To explain why, we explore the first-order PLL's behavior in response to two inputs: a frequency step and frequency ramp.
A bandgap reference, an error amplifier, and an output transistor in one three-pin device. It's still a staple after…
A bandgap reference, an error amplifier, and an output transistor in one three-pin device. It's still a staple after nearly five decades.
Robert recently tried the Zephyr RTOS and contributed back to the project in the form of a sensor driver for the MTCH9010…
Robert recently tried the Zephyr RTOS and contributed back to the project in the form of a sensor driver for the MTCH9010 liquid leak detector. In this article, he shares his thoughts.
Nisshinbo NL9620 Precision Instrumentation Amplifiers delivers highly accurate, low-noise signal amplification designed…
Nisshinbo NL9620 Precision Instrumentation Amplifiers delivers highly accurate, low-noise signal amplification designed for demanding measurement and sensing applications. Watch and learn all about their features, specs, applications, and more!
In this article, we'll use the linearized model of a first-order PLL to understand its response to a simple input change.…
In this article, we'll use the linearized model of a first-order PLL to understand its response to a simple input change. We'll then use Matlab simulations to visualize the signals.
In this Tech Guide from Mouser Electronics, explore how the Qorvo QPF5001 Dual-Channel 12W Transmit/Receive Module…
In this Tech Guide from Mouser Electronics, explore how the Qorvo QPF5001 Dual-Channel 12W Transmit/Receive Module simplifies high-performance X-band RF design with integrated PA, LNA, and built-in limiter in a compact 6 mm × 5 mm package. Watch now to get started!
In this project, we'll build and demonstrate a discrete analog solution to the incompatible logic levels of an Arduino…
In this project, we'll build and demonstrate a discrete analog solution to the incompatible logic levels of an Arduino Uno and an Elecrow e-paper HMI display.
In the final part of this series, we zero in on three photonics technologies expected to be essential for demanding…
In the final part of this series, we zero in on three photonics technologies expected to be essential for demanding computing and communication systems of the future.
For over 55 years, this logic family has bridged analog and digital design with noise immunity, rail flexibility, and…
For over 55 years, this logic family has bridged analog and digital design with noise immunity, rail flexibility, and unmatched staying power.
In this article, we'll use a nonlinear mathematical model to improve our understanding of how a first-order PLL locks to a signal.
In this article, we'll use a nonlinear mathematical model to improve our understanding of how a first-order PLL locks to a signal.
ams OSRAM PLPM7 Vegalas™ Power Multi-Die Edge Emitting Laser delivers powerful, efficient blue light performance with…
ams OSRAM PLPM7 Vegalas™ Power Multi-Die Edge Emitting Laser delivers powerful, efficient blue light performance with its 455 nm multi-die, multi-mode design. Watch and learn all about their features, specs, applications, and more!
The phase-locked loop (PLL) is widely used in contemporary analog and digital communication systems. In this article, we…
The phase-locked loop (PLL) is widely used in contemporary analog and digital communication systems. In this article, we develop a nonlinear model for the analog PLL by analyzing its key components.
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