Hi Higa, DRV8332 could use one or two shunt resistor. For one shunt, please tie GND_A, GND_B, and GND_C together and use a common shunt from the tied GNDs to the power stage GND. For two shunts, please place shunt from GND_A, GND_B, or GND_C pin like shown…
Part Number: MSP430FR2355 Other Parts Discussed in Thread: TIDA-010056 , , DRV8350R , DRV8323 Hello TI helpers,
We're using TIDA-010056 as reference code. We connected switches at P3.3 and P3.4 for left and right indicator respectively. We tried to write…
Hey Roger,
Thanks for your question and posting to the MD forum. I am not sure if you are using this to drive a motor but yes this should be possible, unfortunately we do not have code for this but you could always write customer firmware to do something…
Song,
This device is the extended temperature version of the DRV8353 so any of the reference designs that apply there can also be used here:
http://www.ti.com/tool/TIDA-010056
http://www.ti.com/tool/TIDA-01629
Regards,
-Adam
Part Number: MSP430FR2355 Other Parts Discussed in Thread: MSP430FR4133 , TIDA-010056 , DRV8353 , DRV8353R Hello TI helpers,
I'm using CCS version 10.1.1.00004 . I have MSP430FR4133 launchpad used as burner into my controller which has MSP430FR2355 MCU…
John,
In TIDA-010056 the decoupling capacitors C10, C11 and C12 will allow a low-impedance path for high-frequencies, such as during sharp transitions, across the high-side and low-side FETs. These are discussed in section 2.4.1 of the TIDA-010056 design…
Hi Jeet,
instaspin-foc gui is just used to C200 series MCU, thus this is can not used to TIDA-010056.
This reference design uses the FOC program designed by ourselves.
Best Regards
Johnson
Hi Alcor,
I could recommend CSD18531Q5A , I use them at 48V and around 80ns rise/fall times with no dv/dt turn on problems, but it is 60V Mosfet and lower power than CSD19536KTT. If I wanted to switch mosfet fast I would go for leadless package, additionally…
Hey Donald,
Thanks for the question. In order to operate a high power 50V motor we recommend having a voltage margin of at least 1.5 to 2 times the maximum voltage. The reason we recommend this is because at motor startup and breaking you will see changes…
Hello Stefano,
Can you send your schematic and layout? From what you've described, you haven't done anything wrong from the adding components and adjusting settings.
Feel free to send me a private friend request and then you can send the files…
