Part Number: TPSM846C24 Hi,
We used TPSM846C24MOLR converter module in our design for 12V-1.1V conversion with 35A requirement for single operation. For VSHARE, ISHARE,SYNC and COMP we have just provided test points.
Please verify the design and is…
Part Number: TPSM846C24 Other Parts Discussed in Thread: TPSM846C23 hi team,
can we use TPSM846C24 replace C23 directly(two phase in parallel)? the PMBus function only used for overcurrent limit setting, so we plan to set PMBus related pin to DNC and…
Part Number: TPSM846C24 Other Parts Discussed in Thread: TPS546C23 , TPSM846C23 Hi team,
My customer plans to use a heatsink on the top side of the device. Is it okay to put the heatsink on top? If yes, what is the maximum force applied to the package…
Part Number: TPSM846C24 Hi there, We use TPSM846C24 to convert 5V to 0.95V, 25A.
S ome question to consult. Thanks !
1. Could you help provide TPSM846C24 footprint files , we use allegro 16.6. The download file from product page seem not usable. …
Part Number: TPSM846C24 Other Parts Discussed in Thread: TPS546C23 Hi team,
Could you let me know the converter (i.e. inductorless) version part# of TPSM846C24?
My customer would like to check the converter version datasheet for reference.
Regards…
Part Number: TPSM846C24
Hi Sir,
My customer needs the CAD format file for TPSM846C24, they have downloaded the cadence files from Ultra Librarian and Webench.
Both files do not provide the correct CAD format, could you share the TPSM846C24EVM-006…
Part Number: TPSM846C24 Hi Team,
My customer is asking when the processing reflow production, does we have any suggestion of the "Steel plate" design?
If you have any question or unclear, can send a mail to me : kai.lai@ti.com
Thanks!
Kai
Part Number: TPSM846C24 Dear,
I have designed one parallel TPSM846C24 DCDC (12V to 0V95) for FPGA core.
However, there is no output from the DCDC.
I have checked all the schematic, compared with TPSM846C24 EVM reference design.
It seems to be…
Part Number: TPSM846C24 For modules, the FIT is calculated differently.
This is a module assembly made of up individual components (unlike solid state silicon). As such this reliability prediction is based on TR-NWT-332 Reliability prediction model…