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: LM2903-N Other Parts Discussed in Thread: LM2903 , LM393-N , LM239 , LM393 , LM239-N Hi,
It seems that these two devices have the same parameters but LM2903(with or withoutB) is much cheaper.
The same question applies to LM239 with LM239-N, LM393…
Hi Paul and Clemens,
First allow me to say thank you for the detailed helpful explanations. The Texas instrument support team is by far the most responsive and helpful team of technical experts I've ever come across so I'm very grateful.
To the…
Part Number: LM2903-N Dear e2e Team,
In the Figure 4 and 5 of the datasheet the logic presented is: IN+ bigger thet IN- => Output Q8 open => OUT 5V IN- bigger thet IN+ => Output Q8 close => OUT 0V
However, In the Figure 13 the logic presentesd…
Part Number: TL331 Other Parts Discussed in Thread: , LM2903-N hi teams:
1.For TI part with MPN TL331KDBVR, we encountered 100% ICT test failure, all failed material Device Marking is TIKG, after performed the material swap validation, the failure symptom…
Part Number: TPS3852-Q1 Other Parts Discussed in Thread: TPS3852 , TPS3703 , TPS3702 , LM4041-N , LM2903-N I have a question about the WDI minimum pulse duration spec.
Is it referring to 't' or 'd' in the picture below:
Part Number: LM4040-N Other Parts Discussed in Thread: LM4040 , LM2903 I think that condition of LM4040 operate(output) is reach 60μA current, but LM4040DIM3-2.5 was not operate even if current flow 174μA by external resister.
Please let me know about…
Part Number: LM2907-N Other Parts Discussed in Thread: LM2917-N , OPT101 , LM2903 Hi Team,
my customer is looking for 50Hz/60Hz detector for Fluorescent lamp flicker detection, I make proposal below and would like to check if LM2907-N is the right solution…
Part Number: LM339 Other Parts Discussed in Thread: TL074 , LM2903 , TL072 , LM311 , LM319-N Hi everybody!
I'm trying to find out how to enlarge the built-in hysteresis voltage of LM339 when comparing two different varying (AC) voltages at + and - inputs…