Part Number: TPS56C230 Tool/software: Hello,
My customer had a question about the TPS56C230 below:
Just a question related to TPS56C230 that we talked about last year. I have a question about pin#6 (red circled):
Is this pin a high-current carrying…
Part Number: TPS56C230 Other Parts Discussed in Thread: TPS51397A Hi
I want to use TPS56C230 for our new design. but Can you suggest an alternate part number with similar footprint and pin compatibility?
Regards,
Niranjan
Part Number: TPS56C230 Hi
Customer TPS56C230 will be burned, and the specific performance is that Vin is short-circuited to PGND.
I checked the customer's layout and found that AVDD and PGND are connected under the chip without using 0 ohm resistors…
Part Number: TPS56C230 The TPS56C230 on the customer's board has a double pulse problem, the following is the schematic diagram and PCB diagram.
The customer's remote feedback wiring is a long line with a via hole. I cut the PCB line and passed the…
Part Number: TPS56C230 Other Parts Discussed in Thread: TPS563203 When I use this chip for remote feedback, a double pulse phenomenon will occur. As shown in the figure, the inductor current will be charged twice, but this will not happen for the near…
Part Number: TPS56C230 Hi We have used TPS56C230RJER in our design to generate 3.3V power rail with following specs:
- Vin : 6 V - 8.4 V ( 2 cell lithium ion battery)
- Vout: 3.3V
- Iout: 8A
We used TI WebBench to design the power supply. The…
Part Number: TPS56C230 Hi team,
I’m designing with the TPS56C230 part and I have a doubt:
In the datasheet, in the section ‘Layout Guidelines’, recommends to install a resistor in the BST pin in series with the capacitor.
But there are no more…
Part Number: TPS56C230 Hi Teams.
Could you tell me the maximum voltage on the SS pin?
conditions
VIN=16V
VOUT=1.0V
If you need more information, please let me know.
I'll use the information for Css selection.
Best regards,…
Part Number: TPS56C230 Hi team,
What will be expected when users set the MODE pin voltage over >20% * VCC. Since they want to use resistors with lower accuracy (5%)
Regards,
Hayashi
