Part Number: TPS54061-Q1 Tool/software: Hi Team
Customer reported below case：
Background:1.total 215104pcs were used, and no similar faults were found before! 2.1pcs failed samples till now.
case study:
At room temperature, TPS54061QDRBRQ1 PIN2…
Part Number: TPS54061-Q1 Other Parts Discussed in Thread: TPS54061 , LMR36503-Q1 I am designing a dc-dc converter for supercapacitor charger of value 20F 6V. Its takes the input from 12V battery. The design use the TPS54061-Q1 part having current limit…
Part Number: TPS54061-Q1 Hi Expert,
We need you help to give the clarification on the datasheet.
In "8.2.1.2.8 Closing the Loop" section of the datasheet, could you please clarify what Rc and R4 stand for? I'm a bit confused with the notation. …
Part Number: TPS54061-Q1 Hi,
Does TPS54061-Q1 have IEC 62368 (section G.9) approval as a "IC current limiter"?
If it does, where can I find the documentation?
Best regards,
Julia
Part Number: TPS54061-Q1 Tool/software: WEBENCH® Design Tools I am evaluating a design with the above device. The datasheet states that the EN pin can be left floating, but I cannot seem to delete the " Ruvlot" and " Ruvlob" resistors.
Is this possible
Part Number: TPS54061-Q1
This is regarding TI part “TPS54061-Q1” for automotive application.
We got the Proto-board with this DC-DC converter mounted.
Design specifications
Typical Input Voltage: 24V
Typical Output Voltage…
Other Parts Discussed in Thread: TPS54061-Q1 Gents,
I would like to design a wide Vin application using TPS54061-Q1 for an automotive application running from a 24V battery. Here are the design parameter.
Primary Regulator TPS54061-Q1:
Vin-max…
Hi Anthony,
Lucky for us the Q1 version (automotive grade) has the footprint dimensions. Please us this for your reference:
https://www.ti.com/lit/ds/symlink/tps54061-q1.pdf
I will look into updating the TPS54061 datasheet with the footprint.
…
Other Parts Discussed in Thread: LM63615-Q1 , LMR36503-Q1 I posted I need help replacing a Maxim power part for an automotive customer's radar system. I am planning to use a standard buck in IBB configuration as discussed in:
– Create an Inverting Power…
