Part Number: TPSM8A29 Tool/software: Hi expert,
We want to know the reflow soldering temperature range of TPSM8A29. Customer found 20% of the TPSM8A29 are short-circuited after reflow soldering. They have heated the devices 48 hours with 45℃ before…
Part Number: TPSM8A29 Tool/software: I don't understand how to avoid ERROR(ORPSIM-16583). We changed the DC-DC converter in our product to PTSM8A29 due to EOL (End of Life). This circuit is a programmable current supply. We are using the ADA4062 for the…
Part Number: TPSM8A29 The webench simulation on this composant is not corresponding to the datasheet about the Rtrip value. According to the datasheet this value shall be between 0 and 14.7kR.
My simulation has been done with the following parameters…
Part Number: TPSM8A29 Other Parts Discussed in Thread: TPS549A20 , TPSM843B22 Tool/software: Hello,
My customer is looking for power modules between 3A and 15A with output voltage/current monitor function via I2C or PMBUS.
- VIN = 12V, VOUT = 0.9…
Part Number: TPSM8A29 Hi team,
I have two questions about single-end use.
1. The data sheet requires to connect a local bypass capacitor, but where does this capacitor connect?
2. VSNS- and AGND are connected in the shortest trace.
Can they connect…
Part Number: TPSM8A29 Hi team,
For the part TPSM8A29, do we have the solution to use multiple pcs TPSM8A29 in parallel? Do we have any stackable feature that is optimized for current sharing?
Could you pls share some comments here?
Thanks
Best…
Part Number: TPSM8A29 Other Parts Discussed in Thread: LMZ31704 , LMZ31710 , , LMZ31707 Hi,
We would like to replace our existing designs having LMZ31710,LMZ31704, LMZ31707 DC-DC Switching Regulators with TPSM8A29 due to non-availability of stock…
Part Number: TPSM8A29 The recommended value for PGOOD resistor is between 1k and 100k as mentioned in the datasheet. What exact value needs to be chosen and how it will affect the performance? Does this resistor needs to be pulled up with VCC pin ?
Part Number: TPSM8A29 A feed forward capacitor needs to be put in parallel with the Rfb_hs to boost the phase margin. How exactly it needs to be determined ?
