Below the minimum recommended supply voltage of 2 V, correct operation is not guaranteed. And it is reasonable for the output to be inactive (i.e., high) during power up. Your latching circuit relies on implementation details that are not actually guaranteed…
Only the LM2903 and LM2903-N match these requirements.
As bipolar devices, the LM2903(-N) consume about 0.8 mA (total for both comparators). If you want to use a power-saving CMOS device like the TLV1822 or TLV1702, you need to use an SMD-to-DIP adapter…
Part Number: LM361 Other Parts Discussed in Thread: LM119 , TL712 , TL3116 , TLV3604 , LMH7322 , TLV1822 Hello, I have a problem with part LM361. on the datasheet the absolute max. Ratings Temperature os 0 to 70 °C. i want to change this part to LM161, where…
Hello Alessandro,
As usual, Clemens is correct!
The model indeed does force the output to half supply when there is a violation of input range or supply voltage to alert the user that something is wrong...This is mentioned in the header of the model.…
Part Number: LM2904B Other Parts Discussed in Thread: LM2902B , , TLC3702 , TLV1812 Hi TI team,
Is it safe to use the LM2902B(A) as comparator as long as the input common mode range isn't violated? Searching for a low-cost LM393BIPWR pin-compatible alternative…
