the big problem it is the voltage that must be isolated...for voltages higher than 1400V you will have problems to find commercial drivers and power supplies. Pulse transformers could be a solution for DC/DC converter, and not too high voltage...For high voltages (higher than 3kV) you will need special power supplies and fiber optics isolation, the driver depends of the component you are using...

You can raise this question at e2e.ti.com 

Hi Varun,

The compatibility between the IGBT and its driver is very important for reliable operation - particularly because your devices will be facing high transient gate current that the driver should be able to deliver without damaging itself !

I suggest that you first freeze on the IGBT selection, and only then think of the driver.

In many cases, the two go with each other, that is, the data sheet of the power IGBT will have additional suggestions or application notes that tell you about possible drivers.

-Sanjay

Hi,

One of the solution which I tested is to use IR2112 for each bridge (in you cas 6). but every one must be supplied with a floating supply (by using a transformer for example)

Yahia 

Dear Varun

I think you can try this driver MIC 4426/4427/4428 quite useful, but i don't know your current value so, i am not sure, this will work for you or not try.

Alam

IR2101 can be used for each pair of IGBT switches of the inverter. 

TLP250 or TLP251 is more suitable and cost effective too

Varun,

As for the isolated power supplies for the floating gate drivers, you can use instead a single power supply feeding all gate drivers and concocting the drivers to the gates of the switching transistors by pulse transformers. This is an elegant solution. As an example of the pulse transformers please refer to the data sheet in the link:http://www.murata-ps.com/data/magnetics/kmp_772.pdf

There are other products from other vendors.

 Hello Abdelhalim sir,

Thanks for your response. Please provide me any application notes or related literature where pulse transformers are used for switching a number of high side series connected IGBTs.

HCPL3120 and L6385 are suitable as driver but they require an isolated DC-DC power supply.

to correctl y feedall drivers : use for example VASD1-S12-D12 as an isolated DC-DC converter

Regards

you can try SCALE™- 2 IGBT drivers

the big problem it is the voltage that must be isolated...for voltages higher than 1400V you will have problems to find commercial drivers and power supplies. Pulse transformers could be a solution for DC/DC converter, and not too high voltage...For high voltages (higher than 3kV) you will need special power supplies and fiber optics isolation, the driver depends of the component you are using...

dear chitrash

hope this slide could help