Part Number: TPS51225 Hi team
When customer test TPS51225, they find the Ton varies from 1600ns to 1800ns , they use Ton12 setting, the typical time interval in DS is 1700ns.
In what range Ton is normal? Are there the upper limit and lower limit.
Thank…
Part Number: TPS53626 Other Parts Discussed in Thread: TPS51225 , , TPS51219 Hello support team,
May I ask the Jitter spec. of these products?
Do we have any jitter standard for TPS53626, TPS51225 and TPS51219?
Thanks.
Best Regards, Dave
Part Number: TPS51225 Other Parts Discussed in Thread: TPS25221 Hi team
customer use the steady input voltage and keep load steady, buck work in CCM. they can test that PWM falling timing has jitter as shown in the picture:
I checked in datasheet TPS25221…
Part Number: TPS25750EVM Other Parts Discussed in Thread: TPS51225 Hello team,
I received a question from the customer. What is the 5V output of the TPS51225 connected to the PP5V for? Does it mean to be able to output 5V from the USB-Type C terminal?
…
Part Number: TPS51225 Other Parts Discussed in Thread: TPS51275B Hello Sir:
We want to find second source from TI.
Would you please help us to check what's the key different between TPS51225(include B and C) and TPS51275B?
Please help to provide your…
Part Number: TPS51225 Dear Teams,
My customer is using TPS51225, and the schematic diagram attached here. Normally, it has 12V input and 5V & 3.3V dual output. The 3.3V will used as a power supply for the CPU. Previously, they are running everything fine…
Part Number: TPS51225 Hey there,
so I am try to test my board and after 4 failed attempts, I would like to know what the minimum componentry is to get the TPS51225 to work.
Does TPS51225 operate normally on one channel if I populate only one channel…
Part Number: TPS51225 Other Parts Discussed in Thread: TPS51395 Hey Team,
two quick questions regarding the TPS512X5 family in general:
1.Since they are 5V & 3.3V Step Down Controllers, why do they not have VFB Resistors internally and save 4 SMDs on…
Part Number: TPS51225 Hello,
Pg. 15 of the TPS51225 datasheet talks about the behavior of the TPS51225 during an OV and UV condition. My questions are regarding the following statements:
"When the VFBx reaches 0V, the driver output is latched as DRVH…
