Researchers at Stanford built an effective, passive ultra-thin laser isolator using silicon, a well-known material for chip manufacturing.
Researchers at Stanford built an effective, passive ultra-thin laser isolator using silicon, a well-known material for chip manufacturing.
Researchers are refining soft adhesive ultrasound patches that provide continuous imaging—sometimes for up to 48 hours.
Researchers are refining soft adhesive ultrasound patches that provide continuous imaging—sometimes for up to 48 hours.
OmniVision keeps shrinking the pixel size of its complementary metal-oxide semiconductor (CMOS) image sensors by…
OmniVision keeps shrinking the pixel size of its complementary metal-oxide semiconductor (CMOS) image sensors by introducing its latest sensor with the "world’s smallest" pixel size.
Researchers at TU Dresden have created the "world's first" efficient organic bipolar junction transistor (OBJT).
Researchers at TU Dresden have created the "world's first" efficient organic bipolar junction transistor (OBJT).
In a recent announcement, Harvard researchers unveiled a compact tunable terahertz laser to be used in imaging, security,…
In a recent announcement, Harvard researchers unveiled a compact tunable terahertz laser to be used in imaging, security, and wireless communications.
This article outlines the principles of operation of optical sensors, optical sensor types, considerations for optical…
This article outlines the principles of operation of optical sensors, optical sensor types, considerations for optical sensor selection, and key applications.
University of Wisconsin-Madison researchers have introduced a novel angle-based sensor made from exploring the near-filed…
University of Wisconsin-Madison researchers have introduced a novel angle-based sensor made from exploring the near-filed effect of flat optics, which claims could help create atomic-level measurements.
How do we know how a satellite in space is doing from here on Earth? Learn how current-sense amplifiers or CSAs are a…
How do we know how a satellite in space is doing from here on Earth? Learn how current-sense amplifiers or CSAs are a crucial part of several satellite monitoring systems.
Amidst a burgeoning medical device market, choosing the correct IoT antenna means balancing competing requirements,…
Amidst a burgeoning medical device market, choosing the correct IoT antenna means balancing competing requirements, including frequency of operation, PCB space, and cost.
This article explores using PSpice for TI to simulate potential causes for parasitic effects in a motor-drive design and…
This article explores using PSpice for TI to simulate potential causes for parasitic effects in a motor-drive design and offers design tips to mitigate the negative effects common with high-power motor-drive systems.
A new crop of image sensors shows how device makers have been thinking out of the box with on-chip hardware "re-mosaic,"…
A new crop of image sensors shows how device makers have been thinking out of the box with on-chip hardware "re-mosaic," curved image sensors, and more.
Researchers at CEA-Leti have developed a novel X-ray photon-counting detector that has been integrated into an X-ray…
Researchers at CEA-Leti have developed a novel X-ray photon-counting detector that has been integrated into an X-ray scanner with promising initial trial results.
Behind the explosion in computer vision is tremendous growth in the world of 3D imaging. What’s the state of 3D imaging…
Behind the explosion in computer vision is tremendous growth in the world of 3D imaging. What’s the state of 3D imaging today and where are we headed?
Ultrasound, with nearly a century of technological history, has seen its third major technological breakthrough coming…
Ultrasound, with nearly a century of technological history, has seen its third major technological breakthrough coming out of North Carolina State.
Radar-on-chip systems span a number of industries, from autonomous cars to continuously-measuring medical devices. What's…
Radar-on-chip systems span a number of industries, from autonomous cars to continuously-measuring medical devices. What's the secret to their flexibility?
To monitor building occupancy post-COVID-19, many companies are turning to people-counting systems—with versatile radar…
To monitor building occupancy post-COVID-19, many companies are turning to people-counting systems—with versatile radar technology as the key ingredient.
Thermal imaging technology has become ubiquitous in industrial and commercial applications. Now, governments and health…
Thermal imaging technology has become ubiquitous in industrial and commercial applications. Now, governments and health regulators are recommending temperature checks as a method to combat the spread of COVID-19.
Uncomfortable cuffed armbands for blood pressure monitoring may be a technology of the past with continuous-wave radar systems.
Uncomfortable cuffed armbands for blood pressure monitoring may be a technology of the past with continuous-wave radar systems.
Tektronix says they've simplified VCSELS testing by combining a high-speed current pulser with a DC source and…
Tektronix says they've simplified VCSELS testing by combining a high-speed current pulser with a DC source and measurement function.
Facebook
Google
GitHub
Linkedin
