Part Number: CSD17581Q3A Hi Team,
There is a good new that we could DIN TI product!
Customer is looking for the replacement of NVTFS4C05NWFTAG
https://www.mouser.tw/ProductDetail/onsemi/NVTFS4C05NWFTAG?qs=dbuNSGnowt3lDgRin7mjcg==
Please help…
Part Number: TLV62565 Other Parts Discussed in Thread: CSD17581Q3A Dear Sir:
Such as csd17581q3a, I can not find any ESD parameter from SPEC. Is it right that we do not need to do specific ESD test for MOS?
Sorry to bother you. And thank you very…
Part Number: CSD17575Q3 Other Parts Discussed in Thread: CSD17581Q3A , hi team
CSD17575Q3 has more smaller Rdson compared to CSD17581Q3A.
so, I think CSD17575Q3 has better overall performance than CSD17581Q3A.
however, I found interest thing at…
Part Number: CSD16340Q3 Other Parts Discussed in Thread: CSD25402Q3A , CSD17581Q3A , CSD17577Q3A Hello,
My customer had developed products using the CSD16340Q3 and CSD25402Q3A.
They believe these are legacy parts released long ago.
Could you please…
Part Number: TPS26750 Other Parts Discussed in Thread: TPD4S480 , BQ25756 , , CSD17581Q3A Circuit includes TPS26750, eeprom, TPD4S480, bq25756, and an MCU. No switch controlled via the TPS26750's POWER_PATH_EN pin. TPS26750's VBUS connected directly to…
Part Number: TPD4S480 Other Parts Discussed in Thread: TPS26750 , TPS26750EVM , CSD17581Q3A I currently have a 240W design that is using the TPD4S480/TPS26750 in a nearly identical manner to the TPS26750EVM as a 240W USBCPD sink only with no data. I have…
Part Number: BQ25792 Other Parts Discussed in Thread: CSD17581Q3A Do you have any suggestions for input selection FETs for the BQ25792? It's listed as optional in the datasheet.
Thank you
Part Number: CSD17501Q5A Other Parts Discussed in Thread: CSD17581Q3A Hi TI Team, I am using CSD17501Q5A in one of the power supply design, but CSD17501Q5A is reach Affected, I need Reach unaffected, kindly suggest the alternatives.
Part Number: BQ25792 Other Parts Discussed in Thread: CSD17581Q3A Hello Ti, I am using Bq25792 for charging one 3.7V battery. Can I use same IC for charging 2 or more Parallel battery (3.7V each). Or Do I need to keep any circuit/IC to distribute charge…