Thursday, April 28, 2022
- 10:00 AM (CET)
- 5:30 PM (CET) / 11:30 AM (EST)
Webinar Abstract
In a world of ubiquitous connected devices, massive exchange of sensitive data must be protected with cryptographic functions. It is also necessary to prepare for the advent of quantum computers which will make classic asymmetric cryptography… Read More
The complexity of medical device design and compliance continues to increase. Consumer demands both at the patient and provider levels require increased product capabilities and intelligence to provide better safety and efficacy. Solving either one of these challenges can be possible but solving them both is a real challenge.… Read More
The future of telecom relies more than ever on the semiconductor industry.
Join us for this free digital event to explore materials, devices and systems
that will fast track the upcoming of unprecedented 6G high speed networks.
Discover semiconductor solutions that will provide greater service performance while meeting enhanced… Read More
By now you have probably realized that 5G is a lot more than an incremental change from previous 3G and 4G cellular technology. For instance, 5G will be used to connect our phones in completely new ways, such as with microcells in urban areas using mm-wavelength signals. 5G will also include two low power protocols that are intended… Read More
Power device designers know that when they see a deceptively simple pair of PowerMOS device symbols in the output stage of a power converter circuit schematic, they are actually looking at a massively complex network of silicon and metal interconnect. The corresponding physical devices can have a total device W on the order of … Read More
DC converter circuit efficiency can have a big effect on the battery life of mobile devices. It also can affect power efficiency for wall-power operated circuits. Even before parasitics are factored in, converter circuit designers have a lot of issues to contend with. Optimizing circuit operation is essential for giving consumers… Read More
