Part Number: TPS40200 Other Parts Discussed in Thread: LM5117 , LM25117 , LMG34XX-BB-EVM Hello,
I use the TPS40200 in order to make a Buck. I can't find in the documentation how the duty cycle evolves according to the voltage applied to COMP pin. I'm…
Part Number: TPS40200-HT Other Parts Discussed in Thread: LM5145 , , TPS40200 , LM25085 , LM5085
Hello,
I am using TPS40200HD in my design, 32-42V in, 5V out. It works good but its temperature is higher than I expected, 95F at room temperature. The signal…
Part Number: TPS40200-Q1 Other Parts Discussed in Thread: LM61430 This chip can meet the requirements of input 5V, output 4V/2.5A buck, 100% duty cycle, 1mA light load efficiency of about 90%?
Is there a more suitable recommendation?
Part Number: TPS40200 Other Parts Discussed in Thread: LM51561 , LM5145 , LM5156 Need some assistance in loop compensation calculation of TPS40200 and LM51561. these are buck and Boost. I have the excel sheet provided by Texas but wanted steps also. The…
Part Number: TPS40200-HT Other Parts Discussed in Thread: TPS62110-HT , LP2989 Hi Guys,
Good day!
Our customer have two technical questions about two integrated circuits: TPS40200-HT and the TPS62110-HT
1) What is the approximate junction-to-ambient thermal…
Part Number: TPS40200 Hi,
for TPS40200 I have two questions:
1. Is there an unecrypted SPICE transient model available that you could share?
2. In the data sheet in section 8.2.1.2.3. it says that inductor has to be selected so the controller does not…
Part Number: TPS40200 Other Parts Discussed in Thread: PMP7207 , TLV27L1 , TLV271
Hi,
since this is a controller and not converter, we have some questions about inverting Buck-Boost configuration:
1) Is it mandatory to reference following pins to the negative…
Part Number: TPS40200-EP Other Parts Discussed in Thread: TPS40200 Hi,
Do we have TPS40200-EP spice model .asc so that we can use it to create a circuit diagram in LTSPice and run some simulation?
Thanks.
Gim Song
Part Number: TPS40200-Q1
Hi team
Could you please tell us V ILM on V DD : 9.0~16.0V and T A : -30~+85℃? If V ILM is in 80mV~120mV on this situation, it is acceptable.
Regards,
Iza