Part Number: BQ500511A Other Parts Discussed in Thread: BQ500511 Hi Team ,
My customer would like to know the I2C address of BQ500511A.
I found the previous post says the I2C address of BQ500511 is 0x14 (20 decimal). But, that does not include the R/W…
Part Number: BQ500511A Other Parts Discussed in Thread: BQ50002A Hi,
I making wireless power charger for smart watches and wearables.
Could you please let me know weather BQ500511A (wireless power transmitter coil, 5watt) is compatible for Apple smart…
Part Number: BQ500511A Other Parts Discussed in Thread: BQ51003 , BQ50002A Hi,
We are using the BQ500511A in combination with the BQ50002A for a wireless charger in combination with the BQ51003 on the receiver side. We noticed a strange error state which…
Part Number: BQ500511A Other Parts Discussed in Thread: BQ50002A Hi,
We made a custom charger which is almost a complete copy of the bq500511A application schematic from the datasheet. We only changed the coil to match the RX coil we are using. The new…
Other Parts Discussed in Thread: BQ500511A , BQ50002 , BQ50002A , BQ500511 Part Numbers: BQ500511, BQ500511A, BQ50002 and BQ50002A
Hi,
BQ500511, BQ500511A, BQ50002 and BQ50002A are NRND, however in older threads I've seen that TI is not planning to make these…
Other Parts Discussed in Thread: BQ50002A , BQ500511A I'm using BQ500511A and BQ50002A. Can these two chips work continuously for 20-30 hours? If they can work continuously, will they affect the life of chips? Are there any specific parameters?
Part Number: BQ500511A Other Parts Discussed in Thread: BQ500511 , BQ50002 , BQ50002A , Looking to use the bq500511 and bq50002 in a new design and I see the parts are flagged NRND. Are new parts in the works or should I look elsewhere ? Other solutions have…
If no RX present the unit will be in a standby mode and TX will ping the coil every 500mS to check for RX. Ping freq is 175kHz for about 80mS.
When the RX is in place and power transfer has started the freq will vary with load. Light load will have…
Part Number: BQ500511A There are two equations that describe the FOD of the bq500511A. What if we put the equations together to better understand FOD_CAL? FOD_threshold = FOD_THR × 400 FOD_correction = –1000 + FOD_CAL× 800