Part Number: TPSM82813 Tool/software: Hi,
May I know what is the major power module indoctor vendor? Murata? Cyntec?
Our customer is asking for inductor vendor.
Thanks!
Jeff
Part Number: TPSM82813 My customer is using a couple TPSM82813 right next to each other and is a bit worried about noise coupling. Can you give us your thoughts after reviewing schematics and placement? They are having them switch at different frequencies…
Part Number: TPSM82813 In the datasheet "SLUSDN6A – SEPTEMBER 2019 – REVISED DECEMBER 2020"
equation (2) is not correct. It suppose to be F_max = D_min/Ton_min
Hello Paul,
Moheddin Pasha Shaik said: I will contact internally and get back to you soon.
The Webench models for this devices will be updated by end of July and once it is updated you will be able to see the simulation option there.
If you don't have…
Part Number: TPSM82813 Hi,
I found the post below.
https://e2e.ti.com/support/power-management-group/power-management/f/power-management-forum/1125125/tpsm82813-vout-side-of-the-piggybacked-inductor/4174857?tisearch=e2e-quicksearch&keymatch=TPSM82813…
Part Number: TPSM82813 Team,
Can you please help with details on how to tell the orientation of TPSM82813SSILR from the top side?
Especially after it has been soldered.
Thanks!
Viktorija
Part Number: TPSM82813 We are using the TPSM82813SILR in one of our designs. We need to rework the VOUT pins since it is not soldering to our PCB properly. We have an idea to solder a jumper wire from the Inductor that is piggy backed onto the SIP carrier…
Part Number: TPSM82813 I have a question about the soft start time of the TPSM82813. 8 Parameter Measurement Information The Css listed in 8.1 Schematic is 47n. If you calculate Tramp with this 4.7nF capacity, it will be about 1.128ms. Figure 10-20 The startup…
Part Number: TPSM82813 HI Team,
We applied TPSM82813 sample from TI store, but found the top marking is blanking. While in datasheet, it should be GD. Is it ok to use? thanks!
Regards,
Cera
Part Number: TPSM82813 Hello,
I noticed in the datasheet under recommended operating conditions Table 7.3 the maximum effective output capacitance is listed as 470 uF. In section 9.3.3 there is this statement: "The compensation range has to be chosen…