ON Semiconductor will highlight its wide band gap technology and devices at PCIM

ON Semiconductor will focus on its wide bandgap technology and devices at this year's PCIM. WBG offers attractive advantages for the electronics industry and is changing the prospects and possibilities of power circuit and end product design. Market Segments. ON Semiconductor is at the forefront of implementing WBG. Its products cover Silicon Carbide (SiC), Gallium Nitride (GaN), and Gate Drivers. Innovative packaging, supported by tools, helps create an ecosystem to accelerate and increase The determinism of the entire design cycle.

PCIM provides an ideal communication platform for ON Semiconductor to demonstrate new WBG innovations including industrial and automotive-grade SiC diodes. These products have excellent thermal performance, higher power density, lower electromagnetic interference (EMI) and smaller The system size is extremely suitable for the latest automotive applications. ON Semiconductor will also exhibit NCP 51705 SiC MOSFET drivers and related evaluation boards for high performance industrial inverters and motor drives.

To fully understand WBG's strengths and speed up the development process with fewer design iterations, efficient power electronics design requires modeling of an intuitive, accurate and predictable IC-focused simulation program (SPICE). ON Semiconductor An advanced SPICE model will be demonstrated in the leading industry, which is susceptible to process parameters and layout disturbances, and thus represents an advancement over current industry modeling capabilities. Using this tool, circuit designers can evaluate technology early in the simulation process, Without having to go through expensive and time-consuming manufacturing iterations, another advantage of ON Semiconductor's robust SPICE prediction model is that it can connect to a variety of industry-standard simulation platform ports.

In addition to the exciting developments surrounding WBG, ON Semiconductor will also showcase the latest power modules that combine high energy efficiency with rugged physical and electrical design to meet demanding industrial applications. Power tools in booths The demonstration will show the audience how ON Semiconductor's power modules can help achieve compact, energy-efficient designs to support longer battery life.

High-current IGBT gate drivers are key components in industrial and automotive applications such as solar inverters, motor drives, uninterruptible power supplies (UPS), electric vehicle (xEV) chargers, PTC heaters and powertrain inverters. ON Semiconductor will exhibit the new NCD570x family of gate drivers with high drive currents to provide valuable, higher system energy efficiency, and the ability to fully integrate multiple protection functions to enhance safety. The company will also preview new integrations. High-voltage IGBT gate drivers for on-chip digital isolators. These devices will be released later this year to form a full range of IGBT gate drive solutions.

ON Semiconductor’s automotive product lineup continues to expand to support diversified applications across the entire low, medium and high power range. From devices used in automotive media applications to air conditioners, to internal combustion engines (ICE), hybrid and pure electric The power system's high-power solution, ON Semiconductor is constantly developing new products to help support and accelerate the fastest progress of automotive technology in decades. For example, the new AEC certified ASPM 27 three-phase intelligent power module (IPM), Integrated drivers, IGBTs and diodes provide a smaller, more reliable solution with enhanced thermal performance for applications such as automotive air conditioning (HVAC) systems, electric oil pump controllers, and electronic compressors for high-pressure boosters.

Other demonstrations of ON Semiconductor's PCIM will cover the company's solutions in USB Type-C power supplies, LED lighting, etc., LV8548MC motor driver rapid prototyping suite and smart passive sensors (SPS) for industrial predictive maintenance applications.

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