High-Performance Medium-Voltage MOSFETs SL142N06Q Boost Switching and Synchronous Rectification Applications

In the past few years, although there have been numerous suppliers of domestically produced silicon carbide (SiC) products, very few have achieved mass production and been applied in the automotive field. However, 2023 marked a turning point as an increasing number of domestically produced SiC power products started to be mass-produced and successfully applied in the automotive industry. It is reported that Basic Semiconductor Company's automotive-grade SiC power modules have gained recognition from nearly 20 OEMs and Tier 1 electronic control customers, making them the leading enterprise in China to achieve mass production and on-vehicle application of SiC modules. It can be foreseen that in the upcoming new vehicles of 2024, more domestically produced SiC products will be applied and incorporated into vehicles.

As one of the crucial sectors in the semiconductor market, automotive semiconductor components play a vital role in vehicle performance and intelligence. SLKOR (www.slkoric.com), as a company extensively involved in the semiconductor field, offers a rich product line and diversified product types, including Schottky diodes, ESD protection diodes, TVS transient voltage suppression diodes, and general-purpose diodes and transistors. These products are not only applicable in the automotive semiconductor field but also suitable for various domains such as smartphones, laptops, providing support for the efficient operation of various devices.

Fig.1

Within the product line of Slkor Semiconductor, the SL142N06Q, a medium-voltage MOSFET, has attracted significant attention. It boasts excellent parameters and characteristics, providing robust support for switching and synchronous rectification applications. Let's delve into the features of the SL142N06Q and its wide-ranging applications in the electronics field.

Firstly, let's look at the key parameters of the SL142N06Q. This MOSFET features an N-channel design with a drain-source voltage (Vdss) of up to 60V and a continuous drain current (Id) of up to 142A. Under operating conditions of 10V and 20A, its on-state resistance (RDS(on)@Vgs,Id) is only 2.2mΩ, and the threshold voltage (Vgs(th)@Id) is 1.7V @250μA. Additionally, the SL142N06Q comes in a PDFN(5x6) package, facilitating easy installation and layout.

Fig.2

In addition to its excellent parameters, the SL142N06Q also possesses several outstanding features. Firstly, it has a fast switching speed, enabling a rapid response and contributing to increased system efficiency. In high-frequency applications, fast switching speed ensures circuit stability and performance, thereby improving overall system operation efficiency. Secondly, after undergoing rigorous testing, the SL142N06Q has proven to be reliable and robust. This MOSFET maintains stable performance under high and low-temperature, voltage, or current conditions, ensuring the reliable operation of systems. Moreover, it complies with RoHS standards, containing no halogens, making it environmentally friendly.

It is worth mentioning that the SL142N06Q has passed 100% UIS and Rg tests, proving its reliability in complex operating conditions. It can operate normally in harsh environments such as high voltage and high temperature, providing stable performance support for various application scenarios.

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The SL142N06Q has a wide range of application prospects in the fields of switching and synchronous rectification. In switch-mode power supplies, it can achieve efficient and stable energy conversion, providing reliable power support for systems. At the same time, in brushless DC motors, the excellent characteristics of the SL142N06Q can ensure the motor's efficient operation, offering outstanding driving performance.

As a high-performance medium-voltage MOSFET, the SL142N06Q has a fast switching speed, reliable and robust durability, making it an excellent and widely used product of Slkor Semiconductor. Slkor Semiconductor will continue to work hard to promote the development of its semiconductor technology. With domestically produced SiC products gradually achieving mass production, it will persist in launching high-quality automotive semiconductor components, making a greater contribution to the Chinese semiconductor industry.