Part Number: TPS543320 Tool/software: Hi
We have designed the buck converter to provide 0.72V at @1.72A for Zynq ultrascale+ FPGA . We want to know if this inductor( IHLP1212BZER1R5M11) will be ok even if the load current is reduced to 0.5A.I have attached…
Part Number: TPS543320 Hi, I am using Intel's Power Distribution Tool to model a PDN. I am trying to use the information in the datasheet to create a VRM model of this voltage regulator. There are 2 specific fields that call out a R_vrm and L_vrm which…
Part Number: TPS543320 Hi TI.
We are using a voltage divider from Vin to GND to control the Enable pin, and has calculated values to stop at 9.25V (Nom) and start at 10.1V (nom).
The start value is quite precise but the device doesn't stop until Vin is…
Part Number: TPS543320 Good day, colleagues,
My customer is working on implementing TPS543320 device,
From datasheet readings and while analyzing inductor losses, they decided to go with 1000kHz for the 8A rails and 1500kHz with the 3A rails.
Can I get…
Part Number: TPS543820 Other Parts Discussed in Thread: TPS543320 Hello colleagues,
My customer is evaluating TPS543820/TPS543320 as AOZ device replacement:
I started to work on the EVM and switched ON/OFF a 180uF Polymer ELKO. So far, I used the PCB …
Part Number: TPS543320 Hello,
I am trying to run some simulations in PSPICE for TI for the TPS543320. I downloaded the default project (slum788) from the product webpage. I was able to run the simulation without any issue. My team is planning to use the…
Part Number: TPS543320 I am using a TPS43320 to regulate 12V to 3.3V, and was wondering what the effect of an invalid RMODE resistor is? I just noticed we are using 11.8kΩ for our RMODE, but that isn't a value in the table. Rather, 11.3kΩ is instead.…
Part Number: TPS543320 Could you please share the differences between ACM and PCM? If there are some pictures for description, it would be better. Thank you.
