Part Number: TLV710
We are using TLV7103318QDSERQ1 in our design for dynamic voltage scaling of SD card. This design is referred from the one used in Jacinto 7 EVM design . I have attached the schematic from our design. Please review and confirm the design…
Part Number: TLV710 Hi Team,
We are using TLV7103318QDSERQ1 in one of our design. Can you please help us clarify that the absolute max value for the En pin is VIN + 0.3V.(VIN 0.3 is a typo).
Regards,
Gireesh
Part Number: TLV710 Hi team,
In the AM62x SK EVM's schematic, this device is used to supply both 3.3V and 1.8V selectively.
It look like EN2 is always high, and by controling EN1, it can switch the output of 3.3V or 1.8V
Does this device have a priority…
Part Number: TLV710-Q1 Hi,
In the Jacinto7 EVM design, the 1.8V and 3.3V output of TLV7103318 are short with 0ohm resistors as shown in the figure below. And here is description that if we want to achieve 3.3V output, the EN1 and EN2 should be both set…
Part Number: TLV710 Hi team,
From the dayasheet, we know the TLV7101828-Q1 can be output 200mA for each output.
May I know what are the max current output for both output(2.8V and 1.8V) are enable? Still 200mA each(400mA total)?
Thank you!
Part Number: LP3996 Other Parts Discussed in Thread: TLV710-Q1 , , TLV751 Hi,
Could you please recommend an alternative device for LP3996 and TLV710-Q1 that has a lower Iq? I can't find any other device than those devices I have mentioned. My required output…
Hi Rakshith,
With Vin=3.3V, the output of 1V8 = 1.8V and the output of 3V3 = 3.3V.
Both outputs can handle up to 200mA load each. Depending on what load you put on each output, the output currents could differ or could be the same.
At what ambient temperature…