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Power Electronics Europe News
Cyntec Presents Advanced Power Magnetics and Current Sensing Solutions for Automotive Electrification at PCIM Europe 2026
Cyntec, a leading provider of power magnetics and resistive current sensing solutions, will demonstrate its latest technologies for automotive electrification at PCIM Europe, held at Nuremberg Messe from 9-11 June.
As electric vehicle adoption accelerates and AI-driven applications expand within automotive systems, both computing demands and system integration requirements are rapidly increasing. Cyntec is addressing these challenges with a comprehensive portfolio that includes high power density magnetics for onboard chargers (OBC) and DC DC converters, compact EMI filters for traction inverters, and advanced current sensing solutions for battery management systems (BMS).
Key highlights at the Cyntec booth include:
Powering AI-Enabled Zonal Control Units
• Core Power Inductor: Ultra-low DCR, high power density (>100A), and support for high‑frequency switching tailored for AI processor core power rails.
• 48V Power Choke: Rated for over 100A with excellent thermal stability up to 165 °C, designed for next‑generation 48V power architectures.
• ZCU 48V DC-DC Module: Increase Efficiency & Battery Capacity with reduces wiring vs. 12V systems
Next-Generation Busbar Shunt Solutions for Battery Management Systems
• ASIL-C/D Functional Safety Shunt Module: Achieves system-level sensing accuracy of ±0.1%, enabling reliable charge/discharge power monitoring in compliance with ISO 26262 standard.
• Dual-Technology Current Sensor: Integrated Shunt Hall Effect Solution
ASIL D compliant dual-sensing with "low profile" design optimized for space.
Revolutionising OBC Design with Highly Integrated, High Power Density Power Magnetics
• Coil Molding Transformer: By integrating advanced molding technology with high-thermal materials, our transformer achieves a 30% size reduction over conventional designs, delivering the industry-leading power density required for next-generation automotive OBCs.
• Single-stage Transformer: By utilising a modular, interleaved design to maximise efficiency and thermal performance, this transformer enables a 30% height reduction and superior power density specifically optimised for single-stage OBC architectures.
• Low-profile Transformer: By integrating Litz wire and copper sheet, our transformer achieves a 40% lower profile and superior current density, minimizing high-frequency losses and optimising thermal performance for automotive HV DC-DC converters.
AC-DC EMI Filter for Traction Inverters: Achieve significant space and weight savings
• This state-of-the-art EMI filter for traction inverters utilises insulated over-molding technology.- Results in up to 35% size reduction and 30% weight savings compared to conventional solutions.
• Features a customisable design to effectively minimise EMI noise, enhancing overall system performance and reliability.
Cyntec welcomes automotive engineers, system designers, researchers, and industry media to Hall 7, Booth 113 to explore these innovations first-hand. Engage with our experts to discuss emerging technical trends and learn how Cyntec’s advanced component solutions can power the next generation of ECU and xEV platforms.
For more information, visit www.cyntec.com.
View PDF
As electric vehicle adoption accelerates and AI-driven applications expand within automotive systems, both computing demands and system integration requirements are rapidly increasing. Cyntec is addressing these challenges with a comprehensive portfolio that includes high power density magnetics for onboard chargers (OBC) and DC DC converters, compact EMI filters for traction inverters, and advanced current sensing solutions for battery management systems (BMS).
Key highlights at the Cyntec booth include:
Powering AI-Enabled Zonal Control Units
• Core Power Inductor: Ultra-low DCR, high power density (>100A), and support for high‑frequency switching tailored for AI processor core power rails.
• 48V Power Choke: Rated for over 100A with excellent thermal stability up to 165 °C, designed for next‑generation 48V power architectures.
• ZCU 48V DC-DC Module: Increase Efficiency & Battery Capacity with reduces wiring vs. 12V systems
Next-Generation Busbar Shunt Solutions for Battery Management Systems
• ASIL-C/D Functional Safety Shunt Module: Achieves system-level sensing accuracy of ±0.1%, enabling reliable charge/discharge power monitoring in compliance with ISO 26262 standard.
• Dual-Technology Current Sensor: Integrated Shunt Hall Effect Solution
ASIL D compliant dual-sensing with "low profile" design optimized for space.
Revolutionising OBC Design with Highly Integrated, High Power Density Power Magnetics
• Coil Molding Transformer: By integrating advanced molding technology with high-thermal materials, our transformer achieves a 30% size reduction over conventional designs, delivering the industry-leading power density required for next-generation automotive OBCs.
• Single-stage Transformer: By utilising a modular, interleaved design to maximise efficiency and thermal performance, this transformer enables a 30% height reduction and superior power density specifically optimised for single-stage OBC architectures.
• Low-profile Transformer: By integrating Litz wire and copper sheet, our transformer achieves a 40% lower profile and superior current density, minimizing high-frequency losses and optimising thermal performance for automotive HV DC-DC converters.
AC-DC EMI Filter for Traction Inverters: Achieve significant space and weight savings
• This state-of-the-art EMI filter for traction inverters utilises insulated over-molding technology.- Results in up to 35% size reduction and 30% weight savings compared to conventional solutions.
• Features a customisable design to effectively minimise EMI noise, enhancing overall system performance and reliability.
Cyntec welcomes automotive engineers, system designers, researchers, and industry media to Hall 7, Booth 113 to explore these innovations first-hand. Engage with our experts to discuss emerging technical trends and learn how Cyntec’s advanced component solutions can power the next generation of ECU and xEV platforms.
For more information, visit www.cyntec.com.
View PDF
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