Hi Christian Dobler,
We have resolved the issue of sudden rise in IC power loss observed in device TPS40305.
The fix is now available on ti.com.
Kindly revert back to us on any further queries.
Thanks & Regards, Umayal
Part Number: TPS40305 It looks like the BP to BOOT diode easily gets damaged in my circuit. When the circuit fails, BOOT is no longer charging, but there is still ~6.5V on the BP pin. On a working TPS40305 I measure a 0.68V diode forward voltage from the BP…
Part Number: TPS40305 Hi, we make a buck controller topology in which USB PD input. This means input voltages are 5V, 9V, 15V, and 20V. The maximum current is 5A. We want, if the input voltage is 5V, İnput voltage will directly pass to the output. In…
Part Number: TPS40305 I let Power Designer create a design for me : https://webench.ti.com/appinfo/webench/scripts/SDP.cgi?ID=6A2B344CF0EAC3CF
When i checked the schematic and searched for the recommended mosfets i found out, that these were Enhancement…
Part Number: TPS40305 Other Parts Discussed in Thread: CSD17507Q5A , , TPS40304 , CSD17501Q5A , CSD17506Q5A Hi,
We have designed a circuit around the TPS40305DRCR.
Vin = 9V to 16V. Vin is connected to an external battery.
Vout = 5V/8A.
The MOS are CSD17507Q5A…
Part Number: TPS40305 Hello Team,
We are getting the 35MHz peak during the FCC-15B RE testing.
Here is the original thread link .
We have bypassed the input LC filter and looks like an improvement but that is not a major one that we can test in the lab…
Pratik Panchal1 said: Pratik: Should I bypass/remove this L-C filter?
You can try removing / bypassing the inductor to see if that eliminates the noise by removing the resonance, or you can look at improving the damping to maintain the filtering effect…
Part Number: TPS40305
Hello TI Team,
We were working on the Final FCC & PTCRB certification where we got failure due to the high amount of EMI noise generated by the power ICs. We have identified that TPS40305 IC is the one who is generated the major…
Part Number: TPS40305 Hello Peter,
We have incorporated below list of changes in the design.
FB15= 330ohm ferrite bead (MPZ2012S331AT000)
also added 0.1uF on parallel to C590 & C64
I have added 3R3…