Emma electric vehicle's promotion and marketing this year has been constantly "breaking out of the circle", with both celebrity topics and product self-research capabilities making a grand entrance. Among the self-developed products, the core emphasis is placed on its self-developed Blue Sky Controller, which indicates the importance of electric vehicle control for the product.

For an electric vehicle company to enhance its product strength, one essential task is to choose a good electric vehicle controller, and one of the core components of an electric vehicle controller is the MOSFET.

This article will analyze what type of MOSFET should be used in the circuit of an electric vehicle controller to replace SVG095R0NT and achieve equivalent or even more stable performance?

Why replace SVG095R0NT? Because it is a product that was previously widely used in electric vehicle controllers. In the development of domestic semiconductor products, there is now a MOSFET with 147A current and 97V voltage parameters that is more suitable for use in electric vehicle controllers.

It is worth noting that the 120N9F4A product can provide continuous stable supply and is a domestically produced MOSFET that can replace the SVG095R0NT field-effect transistor.

Due to its parameters, it can replace the parameters of the SVG095R0NT model, making the electric vehicle controller safer, more stable, and more controllable at will. It is produced by a domestic MOSFET manufacturer with 20 years of research focus, and as a source manufacturer of MOSFETs, its products can replace the parameters of the SVG095R0NT model field-effect transistors.

Of course, for electric vehicle electronics engineers, it is essential to thoroughly understand the product parameters. Let us take a look at the specific product parameters of the 120N9F4A from Feihong:

With a current of 147A and a voltage of 97V, RDS(on) = 5.4mΩ(MAX) @VGS = 10 V, RDS(on) =4.8mΩ(TYP) @VGS = 10 V, maximum gate-source voltage @VGS =±20 V.

The 120N9F4A is an N-channel enhancement mode field-effect transistor, available in TO-220 and TO-263 packages, offering diverse packaging forms and broader application ranges.

This product also has specific parameter values: Vgs(±V): 20; VGS(th): 2.2-3.8V; ID(A): 147A; BVdss(V): 97V.

Maximum pulse drain current (IDM): 480(A), reverse transfer capacitance: 23pF.

How can your own product stand out in the market like Emma Electric Vehicles and gain attention and purchase? Choosing good product components is very important. For electric vehicle controllers, the focus should be on the MOSFET. The Feihong domestic model 120N9F4A can replace the SVG095R0NT model due to its SGT process characteristics, allowing it to be widely used in applications such as DC-DC converters, synchronous rectifiers, motor drives, inverters, battery management systems, 24V-72V input electric vehicle controllers, etc.

Replacing the MOSFET with 97V and 147A parameters, selecting the right model parameters can improve the product strength of the enterprise. Feihong has obtained 15 utility patents and inventions and has collaborated with Sun Yat-sen University and the Chinese Academy of Sciences to develop GaN devices. Feihong products have been widely applied in electric vehicle controllers, inverters, UPS, photovoltaic inverters, DC-AC inverters, helping partners solve domestic quality products that meet national conditions and international standards. In addition to providing free samples, we can also customize MOSFET products according to customer needs. Just search for "Feihong Semiconductor" on Baidu to find us. Free sample hotline: 400-831-6077.