Part Number: TIDA-00712
Hi,
I noticed that there is nothing in M7 LPKF Text Top Layer and M8 LPKF Text Bottom Layer as shown below. I really want to learn what these two layers should be used for? Thank you!
Best regards,
Hubery
Part Number: TIDA-00712 Other Parts Discussed in Thread: CSD83325L Hi,
We are evaluating battery protection designs for a new wearable device and are currently considering using the BQ29700 coupled with the CSD83325L (similar to the TIDA-00712 reference…
Part Number: BQ51013B Other Parts Discussed in Thread: BQ51013 , BQ51013C , TIDA-00712 , TIDA-00669 , TIDA-00688 , TIDA-00318 Tool/software: I'm in the market for a wireless charging IC. The BQ51013B looks promising, but there doesn't seem to be any mention…
Part Number: BQ51013B Other Parts Discussed in Thread: TIDA-00712 , TIDA-00668 , BQ51051B , BQ51050B , TIDA-00669 Hi everyone,
Can anyone suggest me PMIC which similar to BQ51013B support wireless charging QI and also have battery charging capability…
Part Number: BQ25120 Other Parts Discussed in Thread: PMP11311 , TIDA-00712 , Hi sir,
I see that TIDA-00712 and PMP11311 are similar with TIDA-00712 having the addition of a fuel gauge and a protection IC.
I would like to know what benefits are provided…
Part Number: BQ2970 Other Parts Discussed in Thread: TIDA-00712 , , BQ25120 , CSD83325L I have made a circuit design that very closely mimics the TIDA-00712 reference design. Long story short, my battery is always connected to the circuit and I am seeing…
Part Number: BQ25120A Other Parts Discussed in Thread: TIDA-00712 Hi all
I'm working on a design with a BQ25120A battery charger and an USC Type C connector.
Charge seems ok with the following configuration :
- USB2 wall adapter,
- USB3 type C…
Part Number: BQ2970 Other Parts Discussed in Thread: CSD83325L , CSD85302L Hi,
We are working on an application for a wearable device that utilizes an extremely small capacity lithium polymer cell (30mAh) and completes the battery protection circuitry…
Other Parts Discussed in Thread: TIDA-00318 Hello, I am looking to design a low power Qi receiver charger and need to know the smallest application footprint required to integrate this functionality. My PCB is very small (49 x 13.5 mm2) and so exploring…