Despite their potential, many 2D semiconductor-based photodiodes fabricated so far have not performed as well as expected. This is in great part due to a phenomenon known as Fermi level pinning ...

The new photorelays achieve high efficiency optical coupling with improved optical output from the input side infrared-emitting diodes and optimization of photo detectors (photodiode arrays).

That's the sunload sensor at work. Sunload sensors use a photodiode, a semiconductor that reacts to light by generating an electrical signal. The brighter the sunlight, the higher the resistance ...

Toshiba Electronic Devices & Storage Corporation (Toshiba) has launched a gate driver photocoupler, “TLP5814H”, in a small ...

The semiconductor manufacturer ams Osram has presented a new type of plug-and-play sensor module for computer tomography. The ...

Despite their potential, many 2D semiconductor-based photodiodes fabricated so far have not performed as well as expected. This is in great part due to a phenomenon known as Fermi level pinning, which ...

Scientists in South Korea have developed a groundbreaking conductive-bridge interlayer contact, overcoming efficiency limitations in 2D semiconductor-based photodiodes.

Toshiba has introduced two new photorelays that are designed to deliver significant improvements for semiconductor testing. The TLP3414S and TLP3431S ...

These characteristics make the devices ideal for pin electronics applications in semiconductor testers ... to improvements in IR LED performance and design optimisation of the photodiode arrays. This ...

As a result, it captures over 60% of the spending on semiconductor fabrication, and that percentage is growing as companies demand more high-end AI chips that only TSMC can produce. With such a ...