Amphenol Commercial D-Sub Cable Assemblies provide rugged, high-integrity connectivity for industrial and electronic systems requiring reliable signal…
Amphenol Commercial D-Sub Cable Assemblies provide rugged, high-integrity connectivity for industrial and electronic systems requiring reliable signal transmission and EMI/RFI protection. Watch and learn all about their features, specs, applications, and more!
Learn how formal verification uses math to prove the absence of runtime errors in complex embedded software for critical…
Learn how formal verification uses math to prove the absence of runtime errors in complex embedded software for critical defense/space systems, offering stronger reliability than testing.
This article explores the operation of the simplest digital phase detector: the exclusive-OR (XOR) gate.
This article explores the operation of the simplest digital phase detector: the exclusive-OR (XOR) gate.
Memory makers big and small are innovating storage solutions to meet the mounting needs of AI, industrial factories,…
Memory makers big and small are innovating storage solutions to meet the mounting needs of AI, industrial factories, software-defined vehicles, and space exploration.
We examine phase detectors that leverage either the nonlinear characteristics or switching capabilities of diodes to…
We examine phase detectors that leverage either the nonlinear characteristics or switching capabilities of diodes to perform multiplication.
In this Tech Guide, explore TE Connectivity’s NanoRF Series Connectors — delivering high-frequency RF performance…
In this Tech Guide, explore TE Connectivity’s NanoRF Series Connectors — delivering high-frequency RF performance with compact RF/optical integration, precise 50-ohm impedance, up to 85 GHz support, and floating alignment for durability. Watch now to get started!
This article explores the operation of the Gilbert-cell phase detector for both small and large signals.
This article explores the operation of the Gilbert-cell phase detector for both small and large signals.
This article explores the Gilbert cell, a widely used analog multiplier circuit.
This article explores the Gilbert cell, a widely used analog multiplier circuit.
A space-grade quad LVDS line driver targets modern spacecraft data links with 600-Mbps throughput and wide-range CMOS…
A space-grade quad LVDS line driver targets modern spacecraft data links with 600-Mbps throughput and wide-range CMOS compatibility.
The new product provides 44 GHz coverage and extends 40 MHz of real-time spectrum analysis across the FPL family.
The new product provides 44 GHz coverage and extends 40 MHz of real-time spectrum analysis across the FPL family.
Mini-Circuits ZX60 Low Noise Amplifiers (LNAs) are engineered to amplify weak RF signals with high gain and a low noise…
Mini-Circuits ZX60 Low Noise Amplifiers (LNAs) are engineered to amplify weak RF signals with high gain and a low noise figure, ensuring exceptional signal integrity across a wide frequency range. Watch and learn all about their features, specs, applications, and more!
Learn how to select the zero frequency, damping factor, and loop bandwidth for one of the most popular PLL configurations.
Learn how to select the zero frequency, damping factor, and loop bandwidth for one of the most popular PLL configurations.
The add-on board, based on U-blox's X20, brings all-band GNSS, RTK, and HAS-ready corrections to Syslogic's embedded platforms.
The add-on board, based on U-blox's X20, brings all-band GNSS, RTK, and HAS-ready corrections to Syslogic's embedded platforms.
This article explains how Type-2 PLLs with an integrator loop filter outperform Type-1 systems. To do so, we'll examine…
This article explains how Type-2 PLLs with an integrator loop filter outperform Type-1 systems. To do so, we'll examine the PLL behavior for frequency step and frequency ramp inputs.
In this article, we derive design equations for a second-order PLL with a lag-lead filter by examining its Bode plots.
In this article, we derive design equations for a second-order PLL with a lag-lead filter by examining its Bode plots.
This four-product roundup highlights new hardware platforms for spaceborne AI, EV power, wireless sensing, and private 5G.
This four-product roundup highlights new hardware platforms for spaceborne AI, EV power, wireless sensing, and private 5G.
In this article, we evaluate the designs of two simple frequency synthesizers to learn how a second-order PLL with a lag…
In this article, we evaluate the designs of two simple frequency synthesizers to learn how a second-order PLL with a lag filter can provide a faster rise time than a first-order PLL.
The new platform adds 120 MHz of gap-free IQ streaming, high-speed data transfer, and AI-assisted waveform identification.
The new platform adds 120 MHz of gap-free IQ streaming, high-speed data transfer, and AI-assisted waveform identification.
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.
This roundup covers collaborations driving progress in AI processing, IoT radios, 5G NTN conformance, Auracast audio…
This roundup covers collaborations driving progress in AI processing, IoT radios, 5G NTN conformance, Auracast audio hardware, and indoor-light energy harvesting.
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