Part Number: TPS568230 Hi Team,
We are using this part in our carrier board design TPS568230RJER
Can you please share the power dissipation value for this IC
Part Number: TPS568230 Other Parts Discussed in Thread: TPS51396A Tool/software: Hi support team,
I am looking for a device that can generate the negative voltage shown below using inverting buck-boost.
VIN = 10V VOUT = -5V IOUT = 4.4A
VIN = 10V…
Part Number: TPS568230 Other Parts Discussed in Thread: TPS548A28 , TPS56C230 , TPS56C215 , TPS56C231 Dear Team,
Do we have suitable solution can replace MP8774?
Many Thanks,
Jimmy
Part Number: TPS568230 Hi,
The inductor selection is an important part of buck converter design. The inductor selection affects efficiency, output ripple, load transient response and control loop stability. Typically for most buck converters, the inductor…
Part Number: TPS568230 Tool/software: Hello Sir/Mam
We are planning to use Intel Xeon E- 2276M in new project. Can you suggest any power modules which are tested with this processor.
Part Number: TPS568230 Tool/software: Hi team,
Customer required specific min/max value of device package height (e.g. Width min. 2.9 / max. 3.1) of TPS568230RJER . Since datasheet only has the 1MAX description without min/max, I need you help to…
Part Number: TPS568230 Hello,
My customer requested TI's review for the TPS568230RJE design.
Please review their design below to see if there are any problems.
TPS568230RJE.pdf
Thank you.
JH
Part Number: TPS568230 Hi Team,
In the Application Report , I don't know where the value of Acp and ωRI come from. Can you give me a hint? Thanks.
Regards,
Charlie
Part Number: WEBENCH-POWER-DESIGNER I am having issues exporting my design to Altium Designer and I get an export error or get a file that is not a real zip file.
Here is the public link to my design:
webench.ti.com/.../SDP.cgi
Thanks, Dan
Part Number: TPS568230 Hello,
My customer has requested accurate efficiency information for the usage conditions below.
Please provide usage efficiency values.
Device
Input Voltage
Input Current
Output Voltage
Output Current
Efficiency…