Part Number: CSD88599Q5DC Hi John Wallace1 ,
This is LEBA from NIDEC Corp.
I am under support by TAKIGASAKI ISAO.
May I ask you two question related to DMM0022A package of CSD88599Q5DC.
1) I got the CSD88599Q5DC_DMM_22.bxl file from TAKIGASAKI already and…
Part Number: CSD88599Q5DC Other Parts Discussed in Thread: CSD95379Q3M , DRV8305-Q1EVM , DRV8305 Hello
· We understand that your MOSFET Power Switch CSD19538 is rated to serve applications that require 100V-5Amp. Is that correct?
· We also…
Part Number: DRV8323R Other Parts Discussed in Thread: CSD88599Q5DC , DRV8323
Hello! My name's Pedro and recently we've had issues with drivers burning and bursting the IC, here's a picture: As you can see the IC is broken, and the xray reveals…
Part Number: CSD88599Q5DC Other Parts Discussed in Thread: PMP21278 , Hi team,
My customer is thinking of implementing this reference design in their system, but the FETs are pretty pricey.
Can the above FET module replace the four FETs on the input stage…
Part Number: CSD88599Q5DC
I wanted to continue using thread https://e2e.ti.com/support/applications/motor_drivers/f/38/p/631056/2328299?tisearch=e2e-sitesearch&keymatch=CSD88599Q5DC#2328299
but it is locked.
So, is there another half bridge for replacing…
Part Number: BOOSTXL-DRV8323RS Other Parts Discussed in Thread: CSD88599Q5DC Hello,
We are developing a BLDC motor driver with DRV8323RS as Driver and CSD88599Q5DC as the power mosfets. After some tests with different settings of IDrive we decided to leave…
Part Number: CSD88599Q5DC Hi,
I used figures 1,4,5,6,19 and section 6.7.2 of the CSD88599Q5DC MOSFET datasheet to estimate power loss but this number is far larger then my calculation based on TI application report SLVA504.
Knowns: VIN = 24V, DC = 50%…
Hi Yanming,
Thanks for your support.
Customers are developing a product that references the wiring design of the LAUNCHPAD-F280025C + BOOSTXL-DRV8323RS. The BOOSTXL-DRV8323RS cannot support high currents may be due to thermal dissipation and CSD88599Q5DC…
The Qgd is 7nC, I don't really have a rise time target, but I wouldn't go too low on the slew rate, otherwise the fets could get really warm. I'm using TI's CSD88599Q5DC half bridge. What IDRIVE setting would you use for this? Thank you. …