TT Electronics Introduces Gate Drive Transformers for Demanding Battery Management Systems

Source: TT electronics news

HA42A and HA86A Series available in a wide assortment of packaging options; offer high performance and reliability for a range of automotive and industrial application requirements.

Woking, UK, April 10, 2019 – TT Electronics, a global provider of engineered electronics for performance critical applications, today announced the introduction of its HA42A and HA86A Series gate drive transformers for the automotive and industrial markets. These miniature surface mount design (SMD) solutions are ideal for high efficiency Battery Management System applications where size and reliability are critical.​
HA42A and HA86A gate drive transformers are used in space-constrained scenarios to deliver controlling pulses while isolating the MOSFET and the controlling drive circuit. Mechanically robust with lower leakage inductance, they provide significantly reduced turn-on and turn-off delay time which results in better performance. The HA86A design boasts higher current capability and lower temperature rise performance – a superior option for freescale HV/EV Battery Management Systems.

Made of a toroid core ferrite material, the HA42A and HA86A boast roll-off inductance characteristics that maintain high efficiency without affecting temperature. AEC-Q200 certification and RoHS compliance meet the performance and reliability requirements demanded by today’s automotive applications.

“High performance and reliability are key characteristics of a wide range of current and yet-to-be-developed applications. Nowhere is this more apparent than in automotive and industrial,” said Raj Kumar Singaraju, Global Product Line Director, Magnetics, TT Electronics. “With our long history in delivering solutions that meet and exceed ever-changing, complex requirements, TT is bringing its new HA42A and HA86A Series gate drive transformers to market―an exceptional range of solutions for high-voltage and high-frequency applications where fast and accurate signal timing is crucial.”