IS200TBA1H1CDC onsemi (NASDAQ: ON), a leader in smart power and intellisense technologies, will host the 2024 “Carbon” Road Pioneer Technology Day and 5-city symposium on Silicon Carbide (SiC) and power Solutions in May and June for technology managers, engineers and channel partners in new energy and electric vehicle applications. The seminar series will address the latest energy efficiency design challenges and showcase SiC solutions for more in-depth applications across a wide range of application scenarios for automotive electrification and intelligence and sustainable energy development in the industrial market. On hopes to join hands with China’s “carbon” road pioneers to accelerate the implementation of advanced power semiconductor technology and achieve the best energy efficiency of application systems.
In China, the market demand for SiC is strong, and the application scenarios are increasingly diversified. The penetration rate of new energy vehicles continues to increase rapidly, the 800V architecture models of Omanufacturers and new domestic car-making forces are gradually increasing, and the extensive pilot and promotion of the integration of “optical storage and charging” can not only effectively solve the problem of power distribution in the limited land and power capacity resources, but also through strategic energy storage installation and energy optimization configuration. Balance energy generation and power load. With the steady decline in the cost of hydrogen production, the demand for hydrogen fuel cell vehicles is also expected to grow. At the same time, the electrification process of CAV agricultural vehicles is accelerating… DIS200TBA1H1CDC riven by this wave, SiC is expected to be more widely used with its advantages of high voltage resistance, low on-off loss, high switching frequency, and lower overall system cost.
As a leading supplier of power semiconductors, ON is committed to leading the decarbonization process in deeper applications such as automotive and industry through disruptive and innovative smart power solutions, especially SiC solutions, and working with partners to drive sustainable development.
The seminar series will focus on ON’s complete EliteSiC solution, including a complementary gate driver that simplifies design and accelerates time to market. 10+ Specific applications and corresponding solutions include:
Automobile category
1. Automotive OBC, DC-DC and main drive inverter applications
On’s SiC MOSFETs, APMs, and more provide flexibility in the design of DC-DC applications, both for existing 400V systems and up to 800V systems, and provide the most efficient power conversion. On’s solutions enable customers to achieve OBC designs in the 3.3kW to 22kW range, compatible with battery voltages up to 800V. On’s EliteSiC and VE-Trac module solutions help drive more power and efficiency in main drive inverters.
2. Hydrogen fuel cell vehicle DC-DC
Hydrogen energy is known as the “ultimate energy” of human society, and ON’s SiC MOSFETs can proviIS200TBA1H1CDC de efficient conversion of electrical energy in hydrogen fuel cell-powered automotive DC-DC.
3. Automotive thermal management applications
On Semiconductor offers a comprehensive range of high-voltage auxiliary system solutions, from 12 V to 800 V, including power modules and discrete devices in a wide range of voltage and current levels, which can be easily scaled to meet system requirements such as cooling fans, hydraulic pumps and PTC heaters.
4. >800V electronic compressor
The 800V eCompressor has become a trend, and the requirements of small size are also transmitted to the circuit board field, and the use of ON’s ASPM34 significantly reduces the size than the use of discrete solutions.
5. Reliable control of the grid driver solution
Designed for the highest switching speeds and system size constraints required for technologies such as SiC and GaN, ON’s isolated gate drivers provide reliable control of MOSFETs to meet the unique needs of automotive, industrial and other application scenarios.
6. Medium pressure applications such as automotive body, infotainment systems and chassis
T10 MOSFETs have lower on-resistance (RDS) and gate charge (Qg) compared to their predecessors, and diversified packages bring good heat dissipation, significantly reducing system power consumption and increasing power density in automotive body, infotainment systems and chassis applications.