In this News Brief, we'll look at a new series of millimeter wave sensors for automotive and industrial applications.
In this News Brief, we'll look at a new series of millimeter wave sensors for automotive and industrial applications.
In this article we’ll look at three new components for amplifying and processing audio signals.
In this article we’ll look at three new components for amplifying and processing audio signals.
Yes, manufacturers are still improving op-amps. This article looks at new offerings from Maxim, Linear Tech, and…
Yes, manufacturers are still improving op-amps. This article looks at new offerings from Maxim, Linear Tech, and STMicroelectronics.
Software updates can make conventional wearables capable of recognizing the wearer's movements.
Software updates can make conventional wearables capable of recognizing the wearer's movements.
The Amazon Echo Dot v2 is out. Here's a look inside.
The Amazon Echo Dot v2 is out. Here's a look inside.
Join us as we crack open an HB100 Doppler radar module and delve into the mysteries of RF component design.
Join us as we crack open an HB100 Doppler radar module and delve into the mysteries of RF component design.
Scientists at EPFL have invented an acoustic prism which separates different frequency components of sound similar to an…
Scientists at EPFL have invented an acoustic prism which separates different frequency components of sound similar to an optical prism.
DSPs mark the third credible silicon choice for deep learning products, especially the embedded systems that require…
DSPs mark the third credible silicon choice for deep learning products, especially the embedded systems that require affordable and low-power solutions.
How cheap MCUs are turning ubiquitous sensors into the next IoT frontier.
How cheap MCUs are turning ubiquitous sensors into the next IoT frontier.
DSP is at crossroads, again, and this time at stake are communication, voice, and vision applications in the IoT realm.
DSP is at crossroads, again, and this time at stake are communication, voice, and vision applications in the IoT realm.
A new chip designed at NTU in Singapore could make radar systems significantly smaller.
A new chip designed at NTU in Singapore could make radar systems significantly smaller.
New tunable capacitors from STMicroelectronics are meant to optimize signal-power transfer between a smartphone's antenna…
New tunable capacitors from STMicroelectronics are meant to optimize signal-power transfer between a smartphone's antenna and power amplifier. Other improvements include lower parasitic resistance and inductance, which boost efficiency and reduce heat dissipation, and a higher ESD rating for greater robustness.
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