Part Number: TPS7H3301-SP Tool/software: Hi,
This is Dinesh from iWave Global. We are looking for the Alternate Automotive and Military Grade Part of TPS7H3301-SP with same package and same footprint. Kindly suggest us the parts, if you have. Looking…
Part Number: TPS7H3301-SP Data sheet indicates that the VTTREF pin max capacitance is 2.2 uF. What is the effect of increasing this beyone the max value? Is there a stability issue or some other problem? Please provide detail... thanks!
Part Number: TPS7H3301-SP Tool/software: Hello, DS is a little confusing. What is the worst case output current or max output current capability of the part assuming a VDD of 2.5V and VLDO of 1.2V. Also, can we get a curve like that of Figure 6-13 for…
Part Number: TPS7H3301-SP Other Parts Discussed in Thread: TPS7H3302-SP Tool/software: Hello, we have an understanding that this part has a 6A inrush current with an external "band-aid" fix as the recommendation when used for DDR4 parts. Do you have a…
Part Number: TPS7H3301-SP Tool/software: Hello
Is there an input capacitance (Ci) and dynamic capacitance (Cpd) available for the part TPS7H3301?
Thank you
Part Number: TPS7H3301-SP
Tool/software:
Hello,
Im running into some stability issues with the TPS7H3301-SP and I am trying to improve the overall stability during read and write operations of DDR2.
The transients are very fast and seem to cause…
Part Number: TPS7H3301-SP Tool/software: Hello e2e,
This question applies to a critical long duration space-flight mission.
If the PGOOD pin is pulled up to VDD/Vin=2.5V what is the behavior of the PGOOD pin during the interval when VDD/Vin is ramping…
Part Number: TPS7H3301-SP HI there!
We recently performed an initial test on one of our modules. The regulator overshot while powering down and we had a termination regulator (5962R1422801VXC) see a worst-case load of -0.433V for a very short period…
Part Number: TPS7H3301-SP Hi, I have a couple of questions related to the stability of this IC. I will start with EVM and then will proceed to my design. 1) in the EVM I found out a contradiction that I don't get. RC=Cout*ESR. when you solve this equation…
Part Number: TPS7H3301-SP Hi,
Is 5962-1422801VXC tested under radiation environment?
If not, could you let me know the test or screening difference between 5962-1422801VXC and 5962R1422801VXC?
Thanks.