Advertorials


CGD announces breakthrough 100kW+ technology enabling GaN to address $10B+ EV inverter market


Parallel combination of ICeGaN HEMT and IGBT delivers high 


Cambridge GaN Devices (CGD), the fabless, clean-tech  power devices that make greener electronics simpler to design and implement, today revealed more details about a solution that will enable the company to address EV powertrain applications over 100kW – a market worth over $10B - with its ICeGaN® gallium nitride (GaN) technology. Combo ICeGaN® combines smart ICeGaN HEMT ICs and IGBTs (Insulated-Gate Bipolar Transistors) in the same module or IPM, maximizing  The proprietary Combo ICeGaN approach uses the fact that ICeGaN and IGBT devices can be operated


in a parallel architecture having similar drive voltage ranges (e.g. 0-20V) and excellent gate robustness. In  low currents (light load), while the IGBT is dominant at relatively high currents (towards full load or during   bipolar component of the IGBT will start to conduct at lower on-state voltages, supplementing the loss  protection functions are intelligently managed to optimally drive the Combo ICeGaN and enhance the 


Cambridge GaN Devices


Danisense expands rapid prototyping capabilities with advanced winding machines to accelerate R&D innovation Key points:


• Danisense expands rapid prototyping capabilities with integration of advanced winding machines


 


Danisense, the leader in high-accuracy current sense transducers for demanding applications, is enhancing its R&D capabilities with the integration of new state-of-the-art winding machines into its rapid prototyping setup. The investment is aimed at streamlining the development process for next- generation current transducers and accelerating their time-to-market.    director at Danisense. “The addition of the new winding machines to our rapid prototyping setup now allows us to achieve even greater control over the design and the testing of our current transducers. The investment ensures that we continue to push the boundaries of precision current measurement 


The new winding machines support a wide range of wire gauges and winding patterns, allowing  particularly crucial for applications in power electronics, renewable energy, and high-performance industrial systems, where highly precise current measurement is essential.


Danisense


Power Integrations Launches TinySwitch-5 ICs for 


Fifth generation of iconic switcher family unleashes up to 175 W output and achieves 92 percent 


     auxiliary supplies in appliance, computing, communications, industrial and medical applications.    slashing standby power waste.


  easily meet the light-load power consumption limit of 300 mW, set by the European Commission Energy-    use in countries with unstable mains power.


Power Integrations www.cieonline.co.uk www.power.com www.danisense.com www.camgandevices.com


NeoCortec enables customers to license NeoMesh wireless mesh networking protocol and software stack


 network monitoring and ultra-low power operation


NeoCortec, manufacturer of ultra-low-power bi-directional wireless mesh network modules, is now   the manufacturing and sale of our ultra-low power NeoMesh wireless sensor modules. However, by introducing a licensing model for our NeoMesh software stack, customers can implement our software   The NeoCortec NeoMesh wireless mesh networking protocol and software stack supports many   is optimized for ultra-low power operation, focusing on networks with many nodes. In the software protocol, data packets can be aggregated which cuts power consumption per packet transported,    parameters and battery status, thereby enhancing network monitoring capabilities. It is particularly well-suited for wireless sensor and actuator network installations where devices need to send and receive small packets of data infrequently but with a high degree of reliability.


NeoCortec www.neocortec.com


Available from Powell Electronics are compact and cost-competitive MIP series pressure transducers for heavy-duty applications from Honeywell


 more for high-rel applications including defence, aerospace and industrial, are MIP series heavy duty, media-isolated pressure transducers from Honeywell.   water. They provide a very cost-competitive solution for a wide range of applications in tough environments where the sensor functionality and the need to know internal or external failure modes is critical.   tooling charges. The excellent long-term stability, insulation resistance and dielectric strength, external freeze-thaw resistance for Metri-Pack      design supports almost any media without the use of an internal seal.


For further info on Honeywell’s MIP series transducers please visit: https://s4staticassets.blob.core.windows.net/catalogs/honeywell-mip-series.pdf


Powell Electronics


SGP32 remote provisioning  SIMCom LTE Cat 1 bis IoT modules


Enable remote IoT connectivity without a physical SIM card See SIMCom at Embedded World on Booth 3-223, Messe Nürnberg, Nuremburg, Germany, March 11-14 2025


    or other user interfaces.     


     facilitating smooth deployment across international markets.


SIMCom Components in Electronics www.simcom.com March 2025 49 www.powell.com


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