Part Number: TPS61381-Q1 On the TPS61381‑Q1, the AVI pin provides a voltage proportional to the battery discharge current. In the datasheet, it is described as being used for SOH measurement. Since the current is sensed in the main path (as shown in the…
Part Number: TPS61381-Q1 I'm looking for a SIMPLIS model for the boost converter. Is there a model readily available?
Also I would like to know how to measure loop gain or assess stabiliy practically. The feedback seems to be internal.
Part Number: TPS61381-Q1 Other Parts Discussed in Thread: LMR71915 , LM5013 I have an application that requires a 13Vdc @1Adc power rail. This will be provided from a LMR71915 or LM5013 buck converter. I would like to back this up using the TPS61381 or…
Part Number: TPS61381-Q1 Tool/software: Dear friend,
As the title. I wonder to know How does the TPS61381-Q1 avoid interference with AM? Are there any actual measurement data? Is it because the specification document mentions the PFM and PWM mode switching…
Part Number: TPS61381-Q1 Hi team,
Would you please advise the function of TPS61381-Q1 BST_ILIM_EN(Address:02H Name:BOOST_SET2)?
According to the Datasheet, If setting this bit to "1", Enable Boost Peak Current Limit is 15A/30A depending by BST_ILIM…
Part Number: TPS61381-Q1 Hello TI,
I would like to receive some advice on the suitability of using the TPS61381-Q1 in my application. Since I would rather not share the complete design architecture here, can I contact an engineer directly through email…
Part Number: TPS61381-Q1 In the ES sample, internal noise caused the overcurrent protection to malfunction when power was supplied, resulting in internal burnout.
Part Number: TPS61381-Q1 Dears,
The customer plans to use 4 nickel hydrogen batteries in series, with a total capacity of 1200mAh.The customer has heard that there are some issues with the reference design and parameter adjustments are needed for actual…
