Hello,
Since we have not heard from you in a while I will be closing this thread. If you have more questions, you can re-open this thread by replying or create a new thread.
Best regards,
Ridge
Part Number: LM61480 Tool/software: The layout example has symmetry. If this is not observed, will the characteristic deteriorate? For example, what happens if a capacitor is collected on one output and the feedback and BIAS are connected to the same point…
Part Number: LM61480 Greetings Team,
I have a use case that needs 5 and 3.3 volts on the board to work. I have used the LM61480 design from Webench designer and implemented it. The issue is that I can't seem to operate them simultaneously. I have had…
Part Number: LM61480-Q1 Hi TI Team,
For LM61480QRPHRQ1, in the typical application diagram in the datasheet, RFF and CFF are placed as shown below.
But while doing the simulation for these part, the RFF and CFF caps are placed different
Could you…
Part Number: LM61480 Other Parts Discussed in Thread: LM70880 , Hello, I wish to develop a variable constant current source for measuring resistance of inductive windings. Current has to be adjustable from 0.5A to 10Adc with max. Vout capability of 20Vdc…
Part Number: LM61480 Hi David Baba,
I have sent a message privately as the queries contain confidential info. Please refer to and revert on the same.
Thanks and regards, Tanmay.
Part Number: LM61480-Q1 Other Parts Discussed in Thread: LM61480 Hi team,
The LM61480 PG threshold-falling in the Datasheet is set at 92%~96.5%, and the output voltage range is generally ±5%Vo (95%~105%), which means that it may occur when the output voltage…
Part Number: LM61480 Above mentioned part number is synchronous buck converter or not. In block diagram is look like a synchronous buck converter but not mentioned in datasheet.
Part Number: LM61480 Other Parts Discussed in Thread: LMR43620 Team,
my customer uses and likes LM61480. They also have the need for a 2A version.
Is there a similar device that can do this?
BR
Part Number: LM61480-Q1 Hello,
the data sheet contains a formula for calculating RSPSP. It is also mentioned that the resistance value is normally 20 kOhm.
For an application with an input voltage of 13 V, an output voltage of 3.3 V, a switching frequency…