5G has now become a familiar term to most people through its rollout into the smartphone market. However, what most people do not know is that 5G New Radio (NR) encompasses a broad spectrum of new technologies, applications, and yes, spectrum that will revolutionize multiple industries. This eBook has been developed to provide an accessible introduction to 5G NR for engineers and technologists.
November 04, 2021 by Rohde & Schwarz
The next generation of all kinds of devices will rely heavily on new iterations of Wi-Fi technology, which will be more powerful, efficient, and complex than ever before. These developments and advancements will enable more connected homes, offices, and factories.
November 01, 2021 by Rohde & Schwarz
This application note discusses why accurate battery drain measurements are critical to achieving the long battery life customers expect. It also demonstrates how engineers can get convenient, fast, and accurate results that properly characterize battery drain on IoT devices.
October 14, 2021 by Keysight Technologies
This paper outlines the multi-dimensional nature of this complexity and the costs and opportunities it generates. It also demonstrates that the key to designers meeting this challenge is the ability to attain system-level visibility: both during the semiconductor development cycle, and subsequently after embedded systems are deployed in the field.
August 30, 2021 by Siemens Digital Industries Software
This use case from TAIYO YUDEN takes a closer look at how small cell base stations aid faster 5G adoption, the role of RF filtering in 5G wireless connectivity, and how TAIYO YUDEN solutions help provide seamless connectivity in 5G applications.
June 18, 2021 by TAIYO YUDEN
This white paper offers a closer look at the structure and the benefits of Trench Schottky rectifiers. This resource covers topics such as, why Trench rectifiers are typically the correct choice when a better trade-off between forwarding voltage drop and the leakage current is required, why they should also be selected in high power density applications where the ambient temperature is elevated, and what makes them ideal for applications with switching speeds above 100 kHz.
June 07, 2021 by Avnet
This white paper discusses how NXP was able to reduce power without severely compromising features and performance dramatically. It also provides a closer look at how the i.MX 7ULP applications processor brings the benefits of a rich OS to battery-powered devices.
May 18, 2021 by NXP Semiconductors
This white paper describes a flexible USB4-based IP solution for edge AI accelerators and SoCs. The IP solution can be used with multiple types of hosts by supporting legacy PCIe 4.0, USB4, USB 3.x, and USB 2.0 connections.
May 12, 2021 by Synopsys
Supercapacitors, also known ultracapacitors and electric double layer capacitors (EDLC), are capacitors with capacitance values greater than any other capacitor type available today. Supercapacitors are breakthrough energy storage and delivery devices that offer millions of times more capacitance than traditional capacitors.
May 11, 2021 by Illinois Capacitor
Some engineers believe that the 2D design is no longer sufficient for today’s complicated PCB layouts. Flex and rigid-flex designs, and an increasing need for collaboration with MCAD, require advanced 3D layout design capabilities to address today’s challenges fully.
May 04, 2021 by Siemens Digital Industries Software
DDRx memory interfaces are key enablers for the technology that shapes modern life. Servers, computers, smartphones, gaming consoles, and GPS systems are just some of the products that demand high-speed, high-bandwidth, double-data-rate memory. Each generation of DDRx DRAM brings new advantages that allow for faster, higher-capacity, and lower-power-consumption products.
May 04, 2021 by Siemens Digital Industries Software
When designing electronic systems, it is very easy to forget about real-world limitations and effects that would not otherwise affect a circuit. For example, a circuit that works in theory (i.e., mathematically) may not work in reality due to inherent resistance in components, capacitance from PCB traces, and interference from the environment.
April 28, 2021 by Fujipoly
