Part Number: TPS62826 Hello dear,
I bought the part of TPS62826DMQR from Mouser. And the marking of parts is "CLE" instead of "CL" showed on data sheet. Mouser said as long as "CL" is included in the marking, the part is correct.…
Part Number: TPS62826 Hi,
My customer need a buck converter to generate 0.6V for DDR4. The input is single cell lithium battery (3.5V to 4.2V), and the output is 0.6V, 3A maximum.
Since DDR need fast load transient response, I'm not sure if this device…
Hello Syed,
thanks for reaching out in E2E and for your interest in our products.
The filter combination of L=2.2uH, Cou=2x22uF should be fine for your mentioned requirements. The inductor should be rated for the saturation current according to Equation…
Part Number: TPS62826 Hi,
This is for optical module. I found many new optical modules are looking for new 2A+ solution, especially for 56G PAM processor. Customer would like to check the ripple of TPS62826 in power save mode. I don’t think the ripple…
Hello Victor,
thanks for reaching out in E2E.
The first value in your screenshot is valid for "TJ = 0°C to 125°C, PWM mode", as stated in the Test Conditions column.
For the second value the conditions stated above the table apply (…
Part Number: TPS62090-Q1 Other Parts Discussed in Thread: TPS62826 , TPS62823 , TPS62090 The datasheet for TPS62823 / TPS62826 mention following formula for inductor ripple current:
While the datasheet for TPS62090 mentions following formula:
Can you…
Part Number: TPS62826 Other Parts Discussed in Thread: STRIKE Hi
My Customer has question.
Customers are considering adopting the TPS62826.
The TPS62826 data sheet describes two thermal resistances. Why is the value of θJa significantly different between…
Part Number: TPS62826 Dear *,
we would like to use TPS6282x in our design but have few questions.
1) In the DS stated that the R2 should not be higher than 100kOhm, and then is 100k chosen for the application.
If we lover the R2, then the benefit is…
Hello Pavan,
Thank you for using E2E,
We have many customer using this device, so it will be in production. No worries about the life cycle.
If it's a new project I would recommend to use our latest devices which has smaller solution size, low cost BOM…
Hello Yasuhiro Takemoto,
As mentioned before, TLV62090 is very old device and back then, this data is not characterized with the requested condition(VIN ≦ VOUT + 1).
I would recommend to look into our newer devices in which you can find output accuracy…
