Part Number: BQ25185 Hello, I have been looking into using BQ25185 for a secondary battery solution. I have used the EVM for the part and wanted to know if there is any way to disable to the regulation of the battery voltage at the output. Ideally, I…
Part Number: BQ25185 Dear reader,
I have 5 PCBs with the BQ25185 connected as below.
All 5 have the same problem.
The STAT1 and STAT2 leds are both off. According to page 19 of the datasheet, this can mean several things: "Non-recoverable…
Part Number: BQ25185 Other Parts Discussed in Thread: BQ24210 , We're designing battery powered sensor devices for outdoor use for a client. These batteries are regular Lithium Ion batteries, and are recharged using solar panels. And to do that, we use…
Part Number: BQ25185 Tool/software: Dear TI, forum readers,
I want to connect LEDs to STAT1 and STAT2 pins of the BQ25185.
There is a table in the datasheet of the BQ25185 (page 18/19): section 8.3.10 Status Pins describing the behaviour of the…
Part Number: BQ25185 Tool/software: Hi Team
1. Does the BQ25185 accept 12V DC input for charging?
2. Can the system voltage (SYS) be fixed at 5V output?
3. When charging is disconnected, will the system voltage maintain a 5V output?
Frank
Part Number: BQ25185 Tool/software: Hi Team
below is my customer side requirement for 1S charger IC.
1.Need power path
2. charging voltage can support 4.4V and 4.35V
3.charging current can support 0.6A and 1A
4. Cheap and common used in…
Part Number: BQ25185 Other Parts Discussed in Thread: BQ25616 We wiuld like to use thi chip with the power path feature for use in a GSM based product. The issue i thar the GM can in some intance take 1.5A pulse (< 1ms), would this chip supply this power…
Part Number: BQ25185 Hi,
Can VSYS be regulated to a max of 4.2V (ideally 3.8V) on any of your charger products. Just a module we use is speced at VMAX of 4.2V. We will be using a standard Li-ion cell - so 4.2V max
