A new integrated microcircuit (IMS) has been developed and registered at INTEL NRNU MEPhI. It is designed to process signals received from semiconductor detectors.
This 16-channel microchip has unique functions. It amplifies and compares signals with a specified threshold, and also counts pulses arising from X-ray quanta.
The microchip operates asynchronously for each channel. This makes it possible to significantly increase the accuracy of recording individual events, such as the entry of an X-ray quantum. The development can be used in the field of high-energy physics and in medical diagnostics, where a high degree of accuracy in registering events is required.
Earlier www1.ru reported that microchips for wireless communication and navigation are being created at SevSU.
Read materials on the topic:
Production of cheap microchips in metal-polymer packages launched in Russia
A method for reducing the size of microchips has been developed in Russia
Now on home
The ship will be sunk in the Pacific Ocean, and its place will be taken by Progress MS-33
The company expects to continue operating even with mobile communication restrictions
Personalized devices transmit sound through the skull bones directly into the inner ear
Some UAVs have learned to hack directly in the air
A device with a lifting capacity of 500 kg will begin testing in two years
The enterprise will be able to assemble large-sized structures
The drone may have received AI and a mesh modem for navigation
The fleet has been updated, turn signals added, and insurance for pedestrians provided
Project 22350 ship practiced searching for and destroying submarines during exercises
Representatives of the carrier stated that there are no discussions with potential buyers
MEPhI Scientists Create Li₃C for Aviation - A Lightweight and Safe Material for Hydrogen Storage