Part Number: TPS568215 PFA, One of my load device is asking for the below requirement.
But normal power consumption will be 78mA only. How to take care about this while designing a switcher.
Part Number: TPS568215 Hi team
I'm FAA brian in Taiwan regional team 1
When I rework TPS568216EVM I find one problem
I change R4 to 200kohm and remove R9 to make sure feedback is 0.6 V Vout is 0.6V as well
The frequency start change when I cha…
Part Number: TPS568215 Hi Sir
We have design TPS568215 for V3P3 power rail, and we found there is step when start up. Please see the attached screen shot.
Could you provide your adivce and check the schematic if there is design issue.
Thanks a lot …
Part Number: TPS568215 Hello, My customer has some questions about TPS568215 FIT. Q1: ti.com says TPS568215 FIT is 0.1 at 55oC usage temp. Here, which is the usage temp, ta or tj? Q2: When estimating FIT at other usage temp using derating tools, should…
Part Number: TPS568215 Hello,
I have two questions regarding C OUT(max) and C FF capacitance values of TPS568215.
Is there any concern or care-about in selecting C OUT(max) and C FF capacitance values larger than those recommended in Table 5 of the data…
Part Number: TPS568215 To whom it may concern,
The datasheet for the TPS568215 provides the typical minimum on-time in section 6.6 as 54 ns; however the maximum minimum on-time is not provided. What is the maximum minimum on-time? Can this information…
Part Number: TPS568215 Other Parts Discussed in Thread: UCD90320 Hi
I want to check if following hardware setting will have risk or not?
1. Nomial Vout = 5V.
Rupper = 11.3k ohm
Rlower = 1.54k ohm
2. Nomial Vout = 3V3.
Rupper = 2.21k ohm
Rlower = 10k …
Part Number: TPS568215 Other Parts Discussed in Thread: PSPICE-FOR-TI , Hi Team,
My customer would like to get TPS568215 un-encrypted PSPICE model. Because they see a lot of shut-down when using PSPICE model with PSPICE-FOR-TI tool.
Regards,
Kotaro Y…
Part Number: TPS568215 Hi team
My customer is designing 2 buck circuits using TPS568215 and they want to know whether they could use 2.2uH for both two circuits 12V to 3.3V and 12V to 1.1V?
For 400k Fsw, D/S gives the recommendation on 1.2uH for 1.2Vout…