Part Number: CSD88537ND The device datasheet doesn't describe the T&R dimensions, placement direction, etc. Could we confirm this information please?
I'm looking for this level of detail: https://www.ti.com/ods/sysadd/pm/symlink/ucc28c42_pm.pdf
Part Number: CSD88537ND Other Parts Discussed in Thread: TIDA-00196 , TIDA-00197 , TIDA-00261 , CSD88599Q5DC , CSD88584Q5DC Hi there,
I'm currently selecting a mosfet for my motor driver application. The only requirement that I'm not sure is the reverse…
Hi Mohan,
Thanks for your interest in TI FETs. The CSD88537ND on resistance is specified to a minimum VGS = 6V. TI cannot guarantee on resistance at VGS = 5.1V. We do not recommend operating the device with VGS < 6V. The rds(on) vs. VGS curves on the…
Part Number: CSD88537ND Other Parts Discussed in Thread: CSD88539ND , CSD17577Q5A I know this is a long shot, but I am supporing a request for a replacement to HAT2195R.
Datasheet
This device has an SO-8 package, but the only "same package" I can…
Part Number: CSD88537ND Other Parts Discussed in Thread: DRV8711 Hi team,
Could you please provide ΨJT of CSD88537ND?
My customer has been using CSD88537ND for FETs of DRV8711 and they would like to estimate junction temperature.
Best regards…
Part Number: CSD88537ND Dear PIC,
Our customer ask us the NexFET Structure and could you tell me the following questions.
If the MOS-FET has an element under the bonding pad, is there any evidence below that supports the strength and reliability…
Hello Siddharth,
Thank you for your interest in TI MOSFETs. I can provide power dissipation estimates for the CSD88537ND but will need to know more details about the application and conditions: buck converter or motor drive, input voltage range, switching…
Part Number: BOOST-DRV8711 Other Parts Discussed in Thread: CSD88537ND , DRV8711 , , CSD17581Q5A Regards,
I have a pair of DRV8711 controllers and a pair of hexFET CSD88537ND drivers to design a stepper motor control application. based on BOOST-DRV8711…
Jason,
Sorry for the lack of response on this.
TI has no plans to pursue automotive MOSFETs at this time. For more information, please feel free to follow up with me offline.