Part Number: TLV4021 Hi,
Good Day. I have a customer who has a query with TLV40x1 datasheet. Please see below his concern for your reference. Thank you very much.
From the datasheet, table 1, the TLV4041R5 is specified as non inverting, with internal…
Part Number: TLV4021 Other Parts Discussed in Thread: TLV4041 , TLV6703 Hi Team,
In one of our projects we are going to use an Analog comparator with Part number TLV4021R2/TLV4041R2.
Requirement as per our design,
1) Input should be Non-Inverting input…
Part Number: TLV4021 Other Parts Discussed in Thread: LMV822-N , TLV9001 Hi team,
I had asked for a cheaper alternative for the LMV822-N and I got as a suggestion to look at the TLV4021 comparator (+reference family), but I recently bumped into the TLV9001IDCKR…
Part Number: TLV4021 Team,
My customer is starting schematic and layout with the device, do we have the .bxl file that normally is on the product page to download? I guess it's too early to be published, but could use it if you have it.
Feel free…
Part Number: TLV4021 Other Parts Discussed in Thread: TLV9062 , TLC555 , TLV7011 I need to find a way to wake-up my system by simply sensing the analog audio
input (analog mode only). So, do you have any Audio detector with around 1mV RMS threshold?
•…
Part Number: TLV4021 Hi TI expert
We are now use TLV4021, then, we nned to know the size of the Pocket.
reading from below image in datasheet, the A0 & B0 size is 0.84mm,
we found the real size is over size, It is the bottom size of the pocket. …
Part Number: LM393B Other Parts Discussed in Thread: LM339 , TLV4021 , TLV7042 , TLV7041 , TLV7021 , TLV7022 , TLV7081 , LM393LV , LM139 Hi,
My customer uses LM393B as voltage detection.
when there is input power and ambient temperature is at >0C, it works normally…
Hello Joseph,
If both the comparator and CPU are at 3.3V, then you can drive the input directly. Maybe a 100k pull-down to make sure any turn-on transients don't pull it high.
The older comparators do not have a UVLO (we call POR), they just start…
Hello Anthony,
My guess is the "constraint" is because the original designers had to make a compromise between maximum supply voltage, input offset and maximum input range. Adding additional input range would have added more complexity, compromised accuracy…
