Part Number: TIDA-00318 Other Parts Discussed in Thread: BQ51013B
I am designing a very small toy and it does not support the cost increase of having a PCB that uses via-in-pad for the breakout of the leftmost FOD, CLMP2, CLMP1, and RECT pins.
Can I …
Part Number: BQ51003 Other Parts Discussed in Thread: BQ51013B , TIDA-00668 We are in the process of laying out the BQ51003 on our PCB. We're trying to bring out the interior pins now and noted that the Gerbers in your reference designs (TIDA-0068A) use…
Part Number: BQ51003 Hi team,
is there anything wrong with using a FOD resistor (RFOD) with a 5% tolerance? Customer currently use 1% tolerance resistors. What would be the change if we replaced it with a 5% resistor?
Regards,
Hayashi
Part Number: BQ51003 This is Sasaki @Pananonic Japan.
Currently, we are developing a product with BQ51003.But, there is a phenomenon that this device is destroyed when placed on a Qi charger.
A peak voltage of about 30V is input from the Qi receiving…
Part Number: BQ51003 Hi Team,
Good day. I am posting this inquiry on behalf of the customer.
"We're currently in the process of calibrating the foreign object detection feature using the BQ51003YFPR and we saw videos ( https://training.ti.com…
Part Number: BQ51003 Hi team,
I would like to ask about general information about FOD. Customer is evaluating our BQ51003. During evaluation, customer sometime see Qi Tx behave differently at when customer put a coin on Tx device.
I know this question…
Part Number: BQ51003 Other Parts Discussed in Thread: BQ25101 , Bill Jones I see you've answered similar questions to this before and though I would ask you. We have a BQ51003 (with a custom PCB receiving coil), and a downstream BQ25101 charging a battery…
Part Number: BQ51013B Other Parts Discussed in Thread: BQ51003 , Hi everyone
we are looking to add wireless power to a client product.
we select the bq51003 because of its low price (0.48$ @1000) but because it is out of stock we choose bq51013B which is…
Part Number: BQ51003 Hi,
I've designed a circuit for wireless power transfer for the purpose of charging the ML2020 Li/MNO2 Battery. It requires max. 3mA charging current and constant 3.1V.
In addition, I would like to hear about my antenna selection…