TPS54360 EVM has output capacitors rated for 10 V. At 12 V output they are essentially a short circuit. You will need to replace them with probably 25V rated parts. Bear in mind that ceramic capacitors have DC bias effect that reduces the effective…
TPS54060
TPS54160
TPS54260
TPS54360
Both the ‘A’ and ‘non-A’ designations if they are different for any reason. Currently use the ‘non-A’, but are considering going to the ‘A’ since they are recommended.…
If it will be directly connected to the battery, For the +6V output I suggest looking at the following parts:
TPS54360-Q1/TPS54340-Q1 TPS54361-Q1
For the -6V output. although it doesn't support >2MHz. I suggest the following : TPS54061-Q1
I don't have any data for that, but 50 V is well above teh absolute maximum even for a short time like 13 nsec. I would recommend clamping teh input voltage to below the absolute maximum TPS54331 voltage. You could consider using TPS54360 (60 V max…
Other Parts Discussed in Thread: TPS54260 , TPS54360 Hi,
I want to make a converter for +24 V to -20V , 1A . Do you have any suitable circuit for this?
Jurijs,
After taking a deeper look I am unaware of a synchronous option with 100% duty cycle. The LM5085 may end up being the the best fit at this moment.
Another option to consider is TPS54360 with an external charge pump to provide gate drive for the…
Part Number: TPS54540-Q1 Other Parts Discussed in Thread: TPS54360 , TINA-TI Tool/software: Webench Hi,
I am having issues running a load transient simulation after adjusting the compensation on the TPS54540-Q1 device using webbench. After running the…
A switching supply is likely the best solution. If you could find a linear regulator ( i do not think that they exist) the power dissipation would be 24 W. You can get a pre-packaged module, but it will be more expensive than a TPS54360 based solution…
Part Number: TPS54340 HI Sir
I use below reference's value and use calculator to design
1. Copos=30mF ,but reference design = 22uF*3 ,which one is correct ?
2. Czero and Cpole reference design use 0.1uF and 330pF ,but calculator's result is 0.112uF…
