Part Number: TIDA-00334 Hi,
In the reference design of 500212A, the versions of Gerber files and CAD files of TIDA-00334 are different (as shown below). The provided Gerber files are the E1 version, and the provided CAD files are the E2 version. Prepare…
Part Number: BQ500212A Hi,
In the reference design of 500212A, there is no CAD file of TIDA-00334 with E1 version on the website, could you please give it to me? Thank you.
Best regards,
Hubery
Part Number: BQ500212A Other Parts Discussed in Thread: BQ50002A , TIDA-00623 Hi,
In the reference design of 500212A, the versions of Gerber files and CAD files of TIDA-00334 are different (as shown below). The provided Gerber files are the E1 version…
Part Number: TIDA-00334 I want to get a board of the TIDA-00334. You guys said that you don't sell the boards, but provide the gerber files which is awesome. However, I went to the PCB designers I usually go to, but they are having issues understanding…
Other Parts Discussed in Thread: BQ500212A , TIDA-00623 , BQ50002 , BQ500511 , TIDA-00762 , TIDA-00318 Hello,
I want to built a basic wireless power transmitter at 2.5W (from usb).
I searched and found tida-00415. It looks great and simple, but it's limited…
Hello Al
We have several reference designs that could be used as a starting point for your designs. See TIDA-00318 or TIDA-00669 for RX and TIDA-00623 or TIDA-00334 for TX
First question is that would these transmitter chips also know (feedback) that…
Thanks for your Valuable reply.
We are not looking for 5W of power receiver, but hardly around 500mW to charge a 100mAH battery.
So it seems only solution available to us is to use the the wireless transmitter of ( TIDA-00334 ).
As TIDA-00334 being a non…
Other Parts Discussed in Thread: BQ500212A , TIDA-00762 Hi, could some one tell me what is the IC pin or the concept to reduce the power tranfer with the BQ500212A. I analized TIDA-00334 to have 2w of power instead of 5W of EVB, but I didn't understand…
Hi Bill, another question, close to this one.
Is it possible to substitue the power train of TIDA-00334, that has discrete components, with the power train of EVB, designed with CSD97376, just cutting the connection on R sense and every thing else stay…