Part Number: TPS548A29 Hi Team,
We are using this part in our carrier board design TPS548A29RWWR
Can you please share the power dissipation value for this IC
Part Number: TPS548A29 Tool/software: 1.During the current test, it was found that the PCB power line is too long, causing a voltage drop at high current due to the DC impedance. Currently, we are using near-end feedback. If we switch to remote sensing…
Part Number: TPS548A29 Other Parts Discussed in Thread: TPS543C20A , , TPS543620 , TPS543B22 Tool/software: Hi,
Customer would like to utilize SW of TPS548A29 to provide sync to TPS543C20A.
Is it available for synchronization of 2 DCDC(TPS548A29 and…
Part Number: TPS548A29 Tool/software: The temperature of TPS548A29 IC is very high when input 12V & output 4.5v/7.2A
Do you have any suggestions or improvements?
Part Number: TPS548A29 Tool/software: Hi,
Please verify the schematics for Vin=12V and Vout=0.84V
Thanks
/cfs-file/__key/communityserver-discussions-components-files/196/TPS548A29RWWR.pdf
Part Number: TPS548A29 Tool/software: Hello, The datasheet “6.1 Absolute Maximum Ratings” specifies BOOT – PGND = -0.3V to +24V. Is this at only DC or including <20ns transient? If it is the former, how about the BOOT – PGND spec including <20ns transient…
Part Number: TPS548A29 Tool/software: Hi,
I used the TPS548A29 to make a BUCK power supply, achieving 12V/1V 10A function.
The test uses an electronic load, and the output voltage decreases when the output current rises. When the 0.5Ω gear load is…
Part Number: TPS548A29 Tool/software: Hi,
I used the TPS548A29 to make a BUCK power supply, achieving 12V/1V 10A function.
The test uses an electronic load, and the output voltage decreases when the output current rises. When the 0.5Ω gear load is…
Part Number: TPS548A29 I built a 12V/5V converter based on TPS548A29, it was designed with WEBENCH and built same as the WEBENCH design.
instead of Vout=5V I get Vout=10.25V.
I noticed that I forgot to connect the VSVS- (pin 6) in my design. when…
For TPS548a29 7.3.8,, 7.3.9, and 7.3.10 sections cover the current limits. Figure 7.3, 8-32 and 8-33 shows the OC response
https://www.ti.com/lit/ds/symlink/tps548a29.pdf#page=18