The image shows a 3D model of our brushless 3-phase motor drive which has been released for manufacture. First samples of this design were delivered to us in late May, and we expect to be able to fulfil customer requests shortly.
The drive is designed to operate from a very wide input voltage spread for 12V-48V automotive systems, at currents up to 180A per phase. Control of the drive will be via CAN, though we can also offer RS-422 as an alternative.
For automotive and avionics industries, we've designed the hardware to support a wide battery input voltage range.
The connector has CAN and RS-422 connections to enable you to control the drive from a remote 'master' unit.
We've selected proven devices from the world's leading semiconductor vendors for use in our drive.
We've designed the drive to operate at under-bonnet operating temperatures as long as you have appropriate heatsinking and airflow to the power drive on the base of the PCB.
The 32-bit microprocessor runs field-orientated control algorithms to control the power FETs with a sinusiodal drive. That gives the best possible performance from the motor, whilst efficiently operating the drive.
We're using a high performance sealed 14-way AMPSEAL connector from Tyco electronics for the signal interface. The enclosure is still being designed, but we aim to achieve IP6K9K
Here's the first board which we're now testing in-house. We have a number of 3-phase machines to test it with and we'll post updates when it is ready to ship to customers.
Brushless 3-phase drive board
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