Accelerate engineering development with comprehensive system solution guides designed to simplify complex design workflows, reduce costly iteration cycles, and provide a clearer path from initial concept to validated product.
System Solution Guides (SSGs) help engineers streamline system-level design by providing structured technical guidance in one centralized resource. Each guide combines system requirements, market and technology insights, architecture recommendations, topology guidance, functional block diagrams, and practical implementation support.
SSGs simplify the design process by helping engineers understand system challenges, evaluate design options, and select suitable semiconductor solutions faster. They connect key functional blocks with recommended technologies for power conversion, power management, sensing, signal conditioning, control, connectivity, isolation, protection, and thermal management.
Engineers can use System Solution Guides to reduce design complexity and improve development efficiency. The guides provide access to technical specifications, practical design advice, reference designs, evaluation boards, simulation models, software resources, technical documentation, interactive block diagrams, and product recommendation tools.
By consolidating essential design resources, SSGs help engineering teams move from concept to implementation with greater confidence. They support faster component selection, better system integration, and lower design risk across complex electronic systems. System Solution Guides serve as a practical starting point for engineers who need reliable guidance, proven design resources, and recommended semiconductor solutions for efficient system development. They help streamline project planning, shorten design cycles, and support more scalable, reliable, and energy-efficient solutions.
35 000+
downloads in total
30+
covered applications
3 000+
companies actively using SSG
Solutions for EV and Hybrid vehicle powertrains, ADAS, LED lighting and zonal architecture, traction inverters, on-board chargers, DC-DC converters, 48V systems and more.
Solutions for Industry 4.0, motor drives, machine vision, drones and mobile robotics, combining SiC/GaN power conversion, intelligent sensing and more.
Solutions for solar inverters, battery energy storage systems, hydrogen electrolyzers, UPS and ultra-fast EV charging, using SiC power semiconductors and more.
Solutions for AI data centers, cloud servers and telecom power architectures, covering AC-DC, DC-DC, hot-swap, multiphase and more.
Solutions for heat pumps, security cameras, e-bikes, e-scooters and connected infrastructure, integrating IoT connectivity, imaging and more.
Solutions for AR/VR headsets, USB-C chargers, portable cameras, medical wearables and battery-powered tools, 3D depth sensing and more.
System Solution Guides (SSG) are design-focused resources intended to help engineers streamline development with application overviews, technical context, practical guidance, and supporting resources for specific end systems and architectures. The library is organized by market/application area and is positioned as a way to simplify design and innovation workflows.
Yes. onsemi states that to access the full System Solution Guides, users need to create a MyON account. The same MyON access model is also used for broader support options such as AI Chat, technical support, and community access.
Yes. onsemi explicitly indicates that visitors can sneak a peek at the guides by using the Preview version on the System Solution Guides page, and then return after registration/login to access the full versions.
The System Solution Guides landing page groups content into Automotive, Industrial, Energy Infrastructure, Computing, Smart Building & City, and Consumer. These are the primary top-level application areas currently highlighted in the guide library.
The guides are described as resources with technical specs and practical advice, and preview guides commonly show sections such as overview, applications, market information and trends, system implementation, block diagrams, solution overview, recommended products, development tools, and technical documents. This makes them useful for both early architecture review and practical design mapping.
Yes. Preview guide summaries repeatedly show recommended products sections and identify technologies such as controllers, gate drivers, MOSFETs, SiC devices, modules, fuses, regulators, sensors, and connectivity components relevant to the system architecture.
Yes. Interactive Block Diagrams are closely tied to the solution flow. The tool lets users choose an application diagram, inspect relevant blocks, select products, compare devices, and download a worksheet, while the System Solution Guide is linked as a related design resource.
Yes. onsemi positions the guides within a broader design ecosystem that includes technical documentation, evaluation boards/kits, product recommendation tools, simulation resources, power supply design tools, and interactive block diagrams. Several preview guides also list development tools and technical documents as direct sections.
Across the guides, onsemi frequently highlights silicon, silicon carbide (SiC), GaN, MOSFETs, IGBTs, power modules, gate drivers, controllers, sensing products, image sensors, and connectivity devices. The exact mix varies by application, but wide-bandgap devices, high-efficiency power conversion, and integrated sensing appear repeatedly across energy, computing, industrial, automotive, and consumer use cases.