Part Number: TMDSLCDK138 Other Parts Discussed in Thread: TPS650250 , TPS650061 , OMAPL138 , OMAP-L138 , TPS65910 Tool/software: Dear E2E support,
On the OMAP L138 documentation it says the chip must be powered up by TPS650061, however on your LCDK…
Part Number: OMAPL138B-EP Other Parts Discussed in Thread: TPS650250 , TPS650061 , OMAPL138 , Tool/software: Dear E2E support,
In the OMAP L138 documentation it says the chip must be powered up by TPS650061, however on your LCDK / EVM board I can…
Part Number: TPS650061 Hi,
Good Day.
I have a technical query, as we are planning to use this PMIC in our design, TPS650061RUKT. Can you please confirm the timing delay between the PMIC reset and the 3.3V stable? The datasheet mentions that after…
Part Number: TPS650061 Hello E2E Experts,
Good day.
TPS650061RUK Technical support request
I am inquiring about the TPS650061RUK output voltage we purchased. There is an issue with output voltage among optical communication production boards as…
Part Number: TPS650061 Other Parts Discussed in Thread: TMS320C6742 , , TMS320C6746 , TMS320C6748 Tool/software: Code Composer Studio Hi
The circuit was designed as shown in Figure 1 with reference to “SLVA490–October 2011, Powering the TMS320C6742…
Part Number: TPS650061 Tool/software: Code Composer Studio Hi.
I received delivery of this item through another company.
But it doesn't work, so we need to check if it's genuine or fake.
Can you tell the lot number by the top marking of the attached…
Other Parts Discussed in Thread: TPS650061 I have a question about TPS650061.
We do not use LDO2.
If we do not use LDO2, Please tell me about processing unused pins.
VINLDO2 : Floating?
EN_LDO2 : GND?
VLDO2 : Floating?
FB_LDO2 : Floating…
Part Number: TMS320C6748 Other Parts Discussed in Thread: TPS650061 , OMAP-L138 Hi,
The power supply ref design using TPS650061 ( from the Application Note SLVA490 ) is as below. Could i change the 1.2v to 1.3v to make the DSP operate at 456MHz? …
Hi Alex,
You can use 5% resistors. For the feedback setting resistors it is recommended to use 1% resistors because any deviation from typical means the VOUT will be off from typically desired.
