Part Number: TPS7H4010-SEP Cadence Pspice simulation with transient PSPICE model. With the Buck Converter in Auto mode and the output shorted the inductor current ramps to 8.2A and remains at 8.2A. The buck converter continues to operate at the correct…
Part Number: TPS7H4010-SEP
My team found a discrepancy in the lead finish for: TPS7H4010MRNPSEP & TPS73801MDCQPSEP. Both Data sheets mentioned in section 1 (Features): Au bondwire and NiPdAu lead finish
However, later in the datasheet on addendum…
Part Number: TPS7H4010-SEP Section 7.3.10 of the current datasheet describes how to calculate Cff - esp eqn (21)
When we apply that calculation to the EVM design (Figure 4-2, copied below), 12V -> 3.3V, 6A, ~150uF ceramic output cap & 100K/43.2K feedback…
Part Number: TPS7H4010-SEP Dear Sir or Madame,
could you please share some more details about the tests performed in your TID Radiation Report.
I noticed that some parameters are not listed in Table 6.5 of the datasheet.
Why do you perform several, different…
Part Number: TPS7H4010-SEP Hi Team,
Good day. I am posting this inquiry on behalf of the customer.
Can I use two TPS7H4010-SEP to do current sharing?
Thank you for extending your support. Your help is much appreciated.