Power management ICs are solid state devices that control the flow and direction of electrical power and come in a wide variety that include functions such as DC to DC conversion, battery charging, power-source selection, voltage scaling, and power sequencing. Such ICs are widely used in portable media players and mobile phones, as they provide highly integrated low-power microprocessor platform. Power management ICs are witnessing a surging demand across numerous sectors such as automobiles, medical instruments, consumer electronics, and industrial sector. Power Management IC (PMIC) Market was valued at $40.21 billion in 2016 and is projected to reach $61.33 billion by 2023, growing at a CAGR of 6.4% from 2017 to 2023. Market players are focusing on design innovations such as better conversion efficiency, smaller solution size, and better heat dissipation and we are seeing increasingly complex integration processes involved in multi-power SoC’.
By revealing the innovation others can’t inside advanced technology, we prove patent value and drive the best IP and technology investment decisions.
Technical and product teams for the world’s most innovative and disruptive technology companies use our insights to make the best technology investment decisions.
By combining deep patent knowledge with the most advanced reverse engineering and technical analysis capabilities in the world we have demonstrated an unrivaled ability to match patents to products and deliver solid evidence of use in advance technology markets.
Our analysis spans major market players such as:
- ON Semiconductor
- Texas Instruments
Our state-of-the-art reverse engineering facilities have the unique ability to go from the system to atomic level:
- Product Teardowns & Costing/BOM
- Functional testing
- Packaging Analysis
- Structural/Process Analysis (Structure, Material, Packaging etc.)
- Circuit Analysis
- Software Analysis
Get regular, succinct analysis of emerging power process semiconductor products
Fact-based analysis of emerging power semiconductor technologies using Gallium Nitride (GaN) and Silicon Carbide (Sic), and innovative, competing use of Silicon (Si).
A unique vault of trusted, accurate data at your fingertips for patent investigations
Our analysis goes as deep as required to reveal the inner workings and secrets behind a broad range of products to support licensing, defense, acquisition & divestiture.
Search our analysis and website
|Related Analysis||Manufacturer||Analysis Type||Subscription Channel|
|Infineon FP10R12W1T7B11BOMA1 Power Essentials Folder||Infineon||Process||Power Semiconductor - Power Essentials|
|Analyst Briefing: Power Semiconductor - PEF - T3 2019||Process||Power Semiconductor - Power Essentials|
|ON Semi AFGHL50T65SQDC Power Essentials||On Semi||Process||Power Semiconductor - Power Essentials|
|Navitas Semiconductor NV6252 GaN Power Essentials||Navitas Semiconductor||Process||Power Semiconductor - Power Essentials|
|Infineon IPL60R185C7 600 V CoolMOS C7 Power Transistor Power Essentials||Infineon||Process||Power Semiconductor - Power Essentials|
|Rohm Semiconductor SCT3022ALGC11 SiC MOSFET Power Essentials||Rohm||Process||Power Semiconductor - Power Essentials|
|Infineon IGO60R070D1AUMA1 600V CoolGaN™ Power Essentials Folders||Infineon||Process||Power Semiconductor - Power Essentials|
|Panasonic PGA26E07BA GaN Power Essentials||Panasonic||Process||Power Semiconductor - Power Essentials|
|Qualcomm PMI632 PMIC TSMC 0.13 µm BCD Process Review||Qualcomm||Process||Power Semiconductor - Power Essentials|
|ON Semiconductor/Transphorm NTP8G206N GaN Power Essentials||On Semi||Process||Power Semiconductor - Power Essentials|