Part Number: TIDA-050047 Other Parts Discussed in Thread: BQ25792 , TPS25750 I understood that TPS25750DRJKR=Master, SoC_Host=Master, and BQ25792=Slave is a multi-master configuration, but I think that TPS25750DRJKR does not support multi-master, so it…
Part Number: TIDA-050047 Other Parts Discussed in Thread: USB-PD-CHG-EVM-01 , EV2400 , BQ25792 Hi Team,
I'm using USB-PD-CHG-EVM-01 board and also found single cell issue in v7.0.2 as this link showed:
https://e2e.ti.com/support/tools/simulation-hardware…
Part Number: TIDA-050047 Other Parts Discussed in Thread: TPS25750 , BQ25792 Hello,
My team and I are designing a portable battery which charges and discharges via USB-C. We would like to know if this design is capable of sourcing 20V/3A from the battery…
Part Number: TPS25750 Other Parts Discussed in Thread: TIDA-050047 , Hi TI engineers,
I have some problem about power path of TPS25750.
I want to build a bi-direction DRD USB type-C(up to 65w) PD + Charger solution, so I refer to TPS25750EVM and TIDA…
Part Number: TIDA-050047 Other Parts Discussed in Thread: BQ25792 , BQ25790 , BQ25731 , TPS25750 Hello,
I'm designing a circuit which will charge 2 Li-Ion cells via an USB-C input. But I get stuck at chosing for a suitable IC.
Most chips are not avaiable…
Part Number: TIDA-050047 Other Parts Discussed in Thread: TPS25750 , BQ25792 , TPS26750 Hi all,
I have a customer currently considering to use the BQ25792 and the TPS25750 but had a question about their interaction with each other and using a PSU: …
Hello Chuck, I found the new version by doing a search for "TPS25750" in the dev.ti.com gallery. The link to the new version is dev.ti.com/.../
However, the link on the TIDA-050047 page ( https://www.ti.com/tool/TIDA-050047 ) still points to the old…
Part Number: TIDA-050047 Other Parts Discussed in Thread: TPS25750 For 3, Hari stated that connecting both ADCIN1 and ADCIN2 to LDO_1v5 will select the configuration AlwaysEnableSink but will confirm.
Can you confirm what ADCIN1 and ADCIN2 will decode…
Part Number: TIDA-050047 Looking at TIDA_050047, ILIM_HIZ is connected to 1.39V which equates to input current limit (ILIM) = 487.5mA.
The design guide for TIDA-050047 states "This board features charging up to 20 V at 5 A". However this doesn't seem…
