In this article, we’ll use phasor diagrams to compare narrowband FM and conventional AM. We’ll also discuss the problem of oscillator phase noise and work…
In this article, we’ll use phasor diagrams to compare narrowband FM and conventional AM. We’ll also discuss the problem of oscillator phase noise and work through an example problem.
Announced today, the new software works with SiTime hardware to create the most accurate and reliable data center,…
Announced today, the new software works with SiTime hardware to create the most accurate and reliable data center, networking, and communications timing system.
Using the third-order intercept point (IP3) metric, we examine how the nonlinearity of individual gain stages in a…
Using the third-order intercept point (IP3) metric, we examine how the nonlinearity of individual gain stages in a cascaded RF system affects the linearity performance of the cascade as a whole.
Using a simple example, this article examines the frequency spectra of frequency-modulated (FM) and phase-modulated (PM)…
Using a simple example, this article examines the frequency spectra of frequency-modulated (FM) and phase-modulated (PM) waves for a low modulation index.
Mini-Circuits PMA1-14LN+ Low Noise Amplifier is a compact, wideband pHEMT MMIC amplifier designed for high-performance RF…
Mini-Circuits PMA1-14LN+ Low Noise Amplifier is a compact, wideband pHEMT MMIC amplifier designed for high-performance RF applications from 50 MHz to 10 GHz. Watch and learn all about their features, specs, applications, and more!
This article introduces a new ratiometric data-acquisition system design for use with remote sensors. As we’ll see, it…
This article introduces a new ratiometric data-acquisition system design for use with remote sensors. As we’ll see, it reduces error by employing matched resistor divider networks.
Unveiled today, the new timing chips from Mixed-Signal Devices offer 2 GHz performance and use scalable CMOS to overcome…
Unveiled today, the new timing chips from Mixed-Signal Devices offer 2 GHz performance and use scalable CMOS to overcome the limits of analog alternatives.
Polyn's NASP chip is an analog neuromorphic processor that enables ultra-low-power, real-time signal processing directly…
Polyn's NASP chip is an analog neuromorphic processor that enables ultra-low-power, real-time signal processing directly at the sensor.
Gain compression causes power systems to transition from linear to nonlinear operation. Learn how the 1 dB compression…
Gain compression causes power systems to transition from linear to nonlinear operation. Learn how the 1 dB compression point is used to define the limits of linear operation.
Learn about the Weaver modulator, an RF circuit that improves on older forms of SSB modulation by removing the need for…
Learn about the Weaver modulator, an RF circuit that improves on older forms of SSB modulation by removing the need for either sharp bandpass filters or quadrature phase shifters.
Taking a holistic view of data centers, Microchip is upgrading its connectivity, storage, and computer portfolios to…
Taking a holistic view of data centers, Microchip is upgrading its connectivity, storage, and computer portfolios to provide comprehensive support for the AI boom.
These three audio devices target amplifier efficiency and transducer size to bring higher sound performance in everything…
These three audio devices target amplifier efficiency and transducer size to bring higher sound performance in everything from EVs to AI sports glasses.
Knowles Design Evaluation Boards (DEBs) offer a ready-to-use platform for testing DLI filters, couplers, and power…
Knowles Design Evaluation Boards (DEBs) offer a ready-to-use platform for testing DLI filters, couplers, and power dividers without the need for a custom PCB layout. Watch and learn all about their features, specs, applications, and more!
Analog Devices LT8342 Synchronous Step-Up Converter is a high-efficiency, low-EMI power solution designed for automotive…
Analog Devices LT8342 Synchronous Step-Up Converter is a high-efficiency, low-EMI power solution designed for automotive and industrial applications. Watch and learn all about their features, specs, applications, and more!
We explore the basic concepts of analog predistortion for linearizing RF amplifiers and review some common implementations.
We explore the basic concepts of analog predistortion for linearizing RF amplifiers and review some common implementations.
Learn about a classic amplitude modulation (AM) technique that’s been used in voice transmission for nearly a century.
Learn about a classic amplitude modulation (AM) technique that’s been used in voice transmission for nearly a century.
Learn about an important design technique for high-power RF transmitters: feed-forward linearization, which operates on…
Learn about an important design technique for high-power RF transmitters: feed-forward linearization, which operates on the principle of distortion signal cancellation.
Enjoy this fresh crop of technology news from the Embedded World 2025 trade show in Nuremberg, Germany.
Enjoy this fresh crop of technology news from the Embedded World 2025 trade show in Nuremberg, Germany.
In this exclusive Embedded World 2025 interview, we talk to AMD’s Kirk Saban about edge AI, ASICs vs. FPGAs, Adaptive…
In this exclusive Embedded World 2025 interview, we talk to AMD’s Kirk Saban about edge AI, ASICs vs. FPGAs, Adaptive SoCs, embedded x86, and the outlook ahead.
We examine RF demodulation circuits used for both double-sideband suppressed carrier (DSB-SC) signals and double-sideband…
We examine RF demodulation circuits used for both double-sideband suppressed carrier (DSB-SC) signals and double-sideband signals with a carrier.
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