Part Number: TPS61088-Q1 Other Parts Discussed in Thread: TPS61033-Q1 For TPS61088-Q1 MPN design requirements are Vin=3.3V , Vout=5V , Iout=3A. As per WEBENCH ® Design Report duty cycle is 39.526 %. Is there any duty cycle recommendation for above mentioned…
Part Number: TPS61088 Other Parts Discussed in Thread: TPS61378-Q1 , TPS61376 , TPS61377 , TPS61372 , TPS61288 , TPS61089 Tool/software: Hi expert,
Is there a lower current version of TPS61088?
This part is good for input/out voltage and function…
Part Number: TPS61088-Q1 Hello team,
my customer has questions for TPS61088-Q1 (RHL0020A).
1. How long is a. in millimeters?
2. is b. (0.2) max value or typ valu?
best regards,
kazusa suzuki
Part Number: TPS61088 Tool/software: Dear TI Support Team,
I am designing a boost converter circuit using the TPS61088 IC to power a 12V LED load. The input voltage for my application can range from 5V to 12V, but I need the output to be a stable 12V…
Part Number: TPS61088 Dear Expert
Customer pp state use our tps61088 from 4V input boost to 7.1V 2A maximum current . And the load is a DC motor . When customer pp about 100 pcs unit ,about 3 pcs unit wolud
be lock output to 3.7V ,only when customer…
Part Number: TPS61088
Hi support team,
Is there any problem with pulsing the EN pin?
For example, ・Product life ・Output waveform distortion Does it have any impact?
CSS is 47μF and Soft-start time is set to 0.011s.
Regards, Dice-K
Part Number: TPS61088-Q1 Other Parts Discussed in Thread: TPS61088 Tool/software: Hi Expert,
The recommended operating conditions of TPS61088 is 2.7V to 12V. My customer would like to check if 61088 can maintain 8V/6W output(10 minutes minimum) when…
Part Number: TPS61088 Hello, my application using TPS61088 has 3.5V input with 7.5V, 3A output running in PWM mode. It has 50 mA current consumption under no load condition, which is described in the forums (not in the datasheet) as a feature/issue. I…
Part Number: TPS61088 Hi Team,
1.What is the testing method of Boost OVP? 2. When the input is 5V, the output voltage dividing resistor is adjusted to output 14.25V, the output is clamped at 13V instead of 0V (OVP starts), and the switching waveform…
