Toshiba\'s MOSFET grid-driven IC (IC) TCK421G for 20V power lines is one such load switch, the first in the TCK42xG family. This family of devices is specifically designed to control the gate voltage (based on input voltage) of an external n-channel MOSFET while providing overvoltage locking.

Our society is increasingly dependent on electricity. Therefore, the guarantee of electricity supply is essential to enjoy modern life. One of the most pressing issues is energy efficiency -- in part because of the rising cost of electricity and our desire to conserve the natural resources used to generate it.

Due to its small size, high efficiency and low power consumption, PMIC is an essential component in small devices such as wearables, hearables and Internet of Things devices. With Qorvo\'s Configurable Smart Power Solution (ActiveCiPS™), these tiny, high-performance Pmics maximize system efficiency and performance while providing design flexibility and reducing bill of materials costs.

The main function of the battery management system (BMS) is to monitor cell voltage, battery pack voltage and battery pack current. In addition, given the high voltage design of the BMS, the insulation resistance between the high voltage domain and the low voltage domain needs to be measured to catch defects in the cell structure and prevent dangerous conditions from occurring.

Silicon carbide (SiC) has transformed power transmission in many industries, especially in the electric vehicle (EV) charging and on-board power conversion sectors. Due to its excellent thermal characteristics, low loss and high power density, SiC offers higher efficiency and reliability than more traditional technologies such as Si and IGBT. These topologies, systems, and applications consisting of SiC must be simulated for maximum system efficiency and accurate predictive performance.

With the development of electronic vehicles, both traditional fuel vehicles and hybrid/pure electric vehicles are using more and more electronic components, which makes the automotive application market booming and brings huge business opportunities for the electronics industry

Today there are many different solutions for powering high-brightness leds. Since most systems are powered by batteries, energy efficiency is the key to extending battery life and system operating time. Improving battery efficiency also helps speed up the "green" process of the system. Extending the time between charges could add hundreds of hours to a battery\'s useful life for the same number of charges.

Asics, FPGas, and processors in high-performance communications, servers, and computing systems require core power supplies that can generate 1.0 V (or less) voltage directly from 12 V or an intermediate bus -- maximum load currents can sometimes be higher than 200 A. The LTC7852/LTC7852-1 6-phase dual output step-down controller provides a high-performance flexible solution for these power supplies.

Many portable circuits require precision measurement capabilities as well as low-power operation to minimize current and battery consumption. When looking for amplifiers with these requirements, it may be relatively easy to meet the low power and accuracy requirements, but the drive current may not be sufficient to meet the requirements of these low power devices.

With the popularity of fingerprint recognition in smart phones, fingerprint recognition technology has been applied in more and more occasions. In terms of system implementation, smart phones themselves have strong computing power and rich memory resources, so it is not difficult to realize fingerprint recognition. However, in embedded systems, especially in applications based on MCU, their computing power and memory resources are limited