Radar-on-chip systems span a number of industries, from autonomous cars to continuously-measuring medical devices. What's the secret to their flexibility?
Radar-on-chip systems span a number of industries, from autonomous cars to continuously-measuring medical devices. What's the secret to their flexibility?
The two RF powerhouses have teamed up to create a flexible radio platform that addresses 5G network design challenges.
The two RF powerhouses have teamed up to create a flexible radio platform that addresses 5G network design challenges.
By using source-gated transistors in place of TFTs, researchers have created a new circuit design that promises great…
By using source-gated transistors in place of TFTs, researchers have created a new circuit design that promises great improvements in large-area electronics.
The 60 volt ZXTP56060FDBQ and the 20 volt ZXTP56020FDBQ are automotive-grade dual bipolar junction transistors (BJTs),…
The 60 volt ZXTP56060FDBQ and the 20 volt ZXTP56020FDBQ are automotive-grade dual bipolar junction transistors (BJTs), each rated at 2 amps.
Modern power devices rely on small on-state resistance and fast reverse recovery. What's behind the power stages driving…
Modern power devices rely on small on-state resistance and fast reverse recovery. What's behind the power stages driving these two key characteristics?
What's going on at the silicon level of Elon Musk's human brain-machine interface?
What's going on at the silicon level of Elon Musk's human brain-machine interface?
The Insulated Gate Bipolar Transistor (IGBT) has been a key player in the development of electric vehicles. What makes…
The Insulated Gate Bipolar Transistor (IGBT) has been a key player in the development of electric vehicles. What makes them so valuable?
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.
The most power-hungry component in RF transmitters, the RF power amplifier, is getting some serious attention from design…
The most power-hungry component in RF transmitters, the RF power amplifier, is getting some serious attention from design engineers.
The gallium oxide-based MOSFET, which is about as thin as a single sheet of paper, could help make large and bulky…
The gallium oxide-based MOSFET, which is about as thin as a single sheet of paper, could help make large and bulky batteries and power systems, such as those used in electric vehicles, smaller.
Wi-Fi's high power consumption represents a serious challenge to battery-powered IoT products. But this may no longer be…
Wi-Fi's high power consumption represents a serious challenge to battery-powered IoT products. But this may no longer be a problem with the digitally-dominant advanced radio architecture of two new modules from Innophase.
A team of researchers with ties to the University of Central Florida (UCF) has created a new type of molecular circuit…
A team of researchers with ties to the University of Central Florida (UCF) has created a new type of molecular circuit switch which could bring a new era of ultra-high-density computing.
Although COVID-19 has caused a slowdown, the 5G revolution is still well underway with the first pioneer devices capable…
Although COVID-19 has caused a slowdown, the 5G revolution is still well underway with the first pioneer devices capable of accessing next-generation wireless speeds already on shelves worldwide.
Two new I/O solutions bring remote programmability to building control and industrial automation.
Two new I/O solutions bring remote programmability to building control and industrial automation.
Always-on devices zap battery when digital processors analyze 100% of input. A machine-learning analog chip can save…
Always-on devices zap battery when digital processors analyze 100% of input. A machine-learning analog chip can save power by only activating for selective input.
Pulse Width Modulation is a method commonly used to generate an analog signal output from digital input. But how is this…
Pulse Width Modulation is a method commonly used to generate an analog signal output from digital input. But how is this feature enhanced when combined with a power MOSFET in a single device?
A smart guitar. A vibrating wearable metronome. An LED wristband that reacts to your concert experience. It's all part of…
A smart guitar. A vibrating wearable metronome. An LED wristband that reacts to your concert experience. It's all part of a growing movement known as the Internet of Musical Things.
COVID-19 test results currently take 5–15 minutes of processing time. But diamond-based Bio-FETs could slash that time…
COVID-19 test results currently take 5–15 minutes of processing time. But diamond-based Bio-FETs could slash that time to mere seconds.
Nyquist’s contributions were the intellectual building blocks essential to the birth of modern information theory
Nyquist’s contributions were the intellectual building blocks essential to the birth of modern information theory
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