New Industry Products

New 3300V Gate Drive Enables Rapid Power Stack Optimisation

March 23, 2017 by Amantys Power Electronics Ltd.

Amantys Power Electronics Limited has launched a fully configurable version of it’s 3300V gate drive.

The 3300V gate drive contains Amantys’ Power Insight technology that enables two way communications between the gate drive and a central controller for configuring the gate drive and communicating fault information.

The 3300V gate drive is designed to comply with international standards for railway applications and motor drives such as EN 50155 for railway applications and IEC 61800-5-1 for variable speed drives.

Supported by Amantys’ Power Insight Adapter and Power Insight Configurator software tool, the power stack designer can optimise the settings of gate resistors, gate-emitter capacitor, fault detection thresholds and timings (eg: fault lockout times and dead times) without removing the gate drives from the power stack. This enables rapid testing and optimisation of the power stack.

The robust design can operate over -40ºC to +85ºC and has protection features for short circuit faults, collector-emitter over voltage and gate drive power supply failure. The gate drive stores fault counter information on board the gate drive which can be downloaded at a later date for fault diagnosis. The gate drive also provides LED indication for operational status and faults.

The 3300V gate drive will be used in applications such as traction converters, HVDC infrastructure, wind energy and medium voltage converters.


About Amantys

Established in 2010 as a privately-funded power electronics company, the Amantys vision is to transform the design, implementation and control of power electronic converters and systems.

Our products deliver a scalable, cost effective solution to meet the challenges of designing reliable and efficient power conversion in medium and high voltage applications.

Headquartered in Cambridge UK, Amantys has a team of engineers experienced in all aspects of digital control and power electronics.