Low-voltage MOSFET SLKOR SL100N03R with a Drain-source Voltage of 30V and a Continuous Drain Current of up to 100A

PublishTime： 2024-02-22 Article Source：SLKOR News

In 2023, it was a challenging year for many enterprises, as they faced numerous difficulties. The semiconductor industry was no exception. According to statistics from SEMI, after a record-breaking $107.4 billion in sales in 2022, the total sales of semiconductor equipment were expected to decline to $100.9 billion in 2023. Recent financial reports from the majority of semiconductor equipment manufacturers indeed show a clear downward trend. However, some manufacturers achieved counter-trend growth, especially with the continuous high demand for domestic semiconductor manufacturing, leading to the rise of some domestic equipment manufacturers.

SLKOR (www.slkoric.com) is a domestic semiconductor enterprise that has been conducting research and innovation in the semiconductor field since 2015. Despite the overall economic downturn, SLKOR has maintained steady growth. As a company that emerged from Huaqiangbei, SLKOR has a deep understanding of market demand. By continuously improving its technology and products, SLKOR has solidified its position in the market.

Fig.1

As a renowned electronic component manufacturer, SLKOR is committed to providing customers with high-performance and reliable solutions. The SL100N03R is a low-voltage MOSFET product launched by the company, manufactured using advanced Trench technology, which brings excellent performance and reliability to users. Now, let's introduce SLKOR's product, the SL100N03R low-voltage MOSFET. This device is manufactured using advanced Trench technology and offers outstanding performance and a wide range of application areas.

Fig.2

The parameter design of SL100N03R makes it an ideal choice for applications such as AC/DC power conversion, load switches, and industrial power supplies. It features an N-channel type with a drain-source voltage (Vdss) of 30V and a continuous drain current (Id) of up to 100A. The on-state resistance (RDS(on)@Vgs,Id) is 2.8mΩ@10V,30A. Additionally, the threshold voltage (Vgs(th)@Id) is 1.5V@250μA. SL100N03R is packaged in a PDFN5x6-8L package, which facilitates easy installation and wiring.

Fig.3

SL100N03R has the following features, making it highly favored in the market. Firstly, it ensures high reliability and stability through 100% avalanche testing. Secondly, the device is user-friendly, allowing easy integration into various circuit designs. Additionally, SL100N03R is compliant with RoHS standards, free from hazardous substances, and meets environmental requirements.

In summary, SLKOR' SL100N03R low-voltage MOSFET is manufactured using advanced Trench technology and offers outstanding performance across various application areas. Its parameter design, features, and wide-ranging applications make it an ideal choice for AC/DC power conversion, load switches, and energy management. With continuous technological advancements, SL100N03R will further enhance its market competitiveness, providing users with more efficient and reliable solutions.

Fig.4

SLKOR has been committed to providing customers with high-quality and efficient semiconductor solutions. Currently, with the continuous changes in the global semiconductor market and ongoing technological innovations, Sakor will continue to leverage its strengths in technology research and development as well as product innovation to meet the demands of markets worldwide. The future world is inseparable from the development of semiconductor technology. Sakor will continue to focus on customer needs, strengthen technology research and development, and drive product innovation. The company will continue to introduce advanced chips and solutions to meet the needs of various industries. At the same time, Sakor will enhance research and application of emerging technologies such as artificial intelligence, the Internet of Things, and 5G, and improve product performance and reliability through deep learning and artificial intelligence technologies.

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