Part Number: TPS7H5001-SP Other Parts Discussed in Thread: UC1825B-SP Hi team,
- Is it possible to use TPS7H5001-SP as not curretn mode, but votage mode like UC1825B-SP?
- Are there any devices that can support 2MHz PWM with voltage mode?
- Could you…
Part Number: TPS7H5001-SP Hello,
I would like to test operation of this device during sustained current limiting. In my application the device is used in a buck converter. I would like to drive the converter such that it goes into current limit operation…
Part Number: TPS7H5001-SP Hi Team,
May I check with you for TPS7H500x-SP transient PSPice model, if we were to use it for AC analysis (Bode plots) for stability analysis in LTSpice, would the results still be valid? Do we happen to have any full bridge…
Part Number: TPS7H5001-SP Hello,
According to the device datasheet, the maximum resistor value that should be used to program the LEB is RLEB = 300k. I calculate that this should result in LEB of approximately 255ns (not including internal logic delay…
Part Number: TPS7H5001-SP I have a similar question to where the conversation went in the thread listed below. I need to understand the worst-case variation in the HIGH voltage for my application. My understanding is that the HIGH state output voltage is…
Part Number: TPS7H5001-SP Datasheet calls out that this part is SET and SEFI characterized up to LET = 75 MeV-cm2/mg. The TI SET report (SLVK099A) makes no mention of SEFI. Is there another report?
Thanks, James
Part Number: TPS7H5001-SP Hello,
In the SEE report (SLVK099A), there are SETs that were found when monitoring the OUTA and SRB outputs under a few conditions.
Some of the figures in the report show waveforms of the effect on OUTA and SRB from these SETs…
Part Number: TPS7H5001-SP Hello
I have some question about the different oscillator/synchronization modes.
I need to start up me converter in free running, so in "Internal Oscillator Mode", so with a resistor mounted from RT pin to AVSS.
Then…
Part Number: TPS7H5001-SP
I downloaded the simulation file TPS7H5001-SP from TI website. However, when I tried to simulate it, it was so slow. Here is the output statement.
I don't know what the warning is about. But it takes a long time to simulate…