Part Number: TPS63036 Other Parts Discussed in Thread: TPS63901 We are working on a wearable device that has a formfactor of 10X10mm. We have selected TPS63036YFGR as our main Power IC for fixed 3.3V output from a 3.7V 1S Lithium-ion battery input. The…
Part Number: TPS63036 Hi?
I was designed the 5V output DC/DC by TPS63036YFGT.
Our operating Input voltages are 2.7 ~4.2V. But this device start up working under 2.8V only. after start at 2.8V and increment the voltage, working well.
But over 2.9V then…
Part Number: TPS63036 Hello,
In section 8.2.21, the equation for IPEAK includes an ISW_MAX factor. Below that, it says "ISW_MAX = Maximum average input current (Figure 6)". Figure 6 is an efficiency plot, is this supposed to refer to figure 2? Figure…
Part Number: TPS63036 Other Parts Discussed in Thread: TIDA-050017 , TPS63802 I'm investigating using the TPS63036 as a TEC controller as described in Ti design guide TIDA-050017 .
the design guide uses the TPS63802. I've changed to the TPS63036 for…
Part Number: TPS63036 Hi Team,
My customer's application is R/G/B backlight LED on AR/VR product. They need smallest, good supply and high efficiency (90%↑@100mA~1000mA).
I think TPS63036 is good solution to customer now. But efficiency of TPS63036…
Part Number: TPS63036 Hi team, My customer wants to put in a soft start circuit like the below URL. https://e2e.ti.com/blogs_/b/powerhouse/posts/starting-soft
Is there any problem with TPS63036? Sincerely. Kengo.
Hi Kunal,
Please specify your needs. For TPS63036, the maximum average current in the switches is indeed limited to a typical value of 1000 mA.
Best Regards,
Yichen
Part Number: TPS63036 Hi team, I'd like to know how to calculate the inductance value in the light load. My customer usually uses 70mA load. Condition Vin : TBD (4V~1.5V) Vout : 3.3V Iout(MAX) : 70mA At this time, how about capacitance value? Sincerely. Kengo…
Part Number: TPS63036 Other Parts Discussed in Thread: TMP392 Hi,
My customer is evaluaitng TPS63036. the device's performance is fine, but they have a specific requirement. once the temperature exceed 70°, the device need to shutdown, output to 0V. once…