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Synchronous step-down DC/DC
Diode (Schottky rectifier) :IF < 250 mA MOSFET - 30 V, QGD 1.7-13.5 nC ... ... ... ...
Asynchronous Buck DC/DC converter
Once the main power is efficiently converted from AC to DC, industrial systems usually need further DC/DC conversion to get the right subsystem supply voltage. For the IC on the motherboard, the logic supply voltage can be as low as 1.2 V.
Company News
27
2024-02
Discrete semiconductors in smartphones
Smartphones have become an integral part of our daily lives, and they are not only used for communication, but also for entertainment, work and study. The performance and functionality of these devices depend on a variety of electronic components, in which discrete semiconductors play a key role. Discrete semiconductors refer to individually packaged semiconductor devices, which, unlike integrated circuits (ics), are usually not integrated on a single chip. These devices include diodes, transistors, MOSFETs (metal-oxide-semiconductor field-effect transistors), etc., which play a role in switching, amplifying, and protecting electronic circuits.
27
2024-02
Overview of discrete semiconductor devices
With the development of smart grid technology, smart meter as a key terminal equipment, its performance and reliability directly affect the intelligent level of power grid. Discrete semiconductor devices play an important role in the design and manufacture of smart meters because of their unique electrical characteristics. This paper will discuss the application of discrete semiconductor devices in smart meters and analyze their contribution to improving the performance of electric meters. Smart meters are not only a simple energy metering device, but also have functions such as remote communication, real-time monitoring, data recording and analysis. The realization of these functions is inseparable from high-performance electronic components, especially discrete semiconductor devices.
27
2024-02
The difference and use of EPS emergency power supply and UPS uninterruptible power supply
1. The development of EPS power supply in China originated from the need to respond to sudden power grid failures, and its original intention was to ensure that in emergency situations, such as fire, the necessary escape lighting and fire emergency power can be provided. This power supply system is designed to protect people's lives and prevent physical injury, and its technical specifications are certified and supervised by the fire department of the Ministry of Public Security, and need to pass on-site fire acceptance. In contrast, UPS power supply is mainly used to protect users' equipment and business from economic losses caused by power instability, and its technical specifications are certified by the Ministry of Information Industry. Because of their different application scenarios and security standards, they each embody different values.
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