Part Number: LM2903B-Q1 Hello,team
If the input of one of the two elements is open, Will it have any effect on the output of the other element?
Regards, Saito
Part Number: LM2903B-Q1 Other Parts Discussed in Thread: LM2903 , Hi e2e:
Could you please explain the meaning of response time with its test conditions from the below graph? What does the input overdrive mean? And how to understand the value of both 300…
Part Number: LM2903B-Q1 Other Parts Discussed in Thread: LM2903B Hi team!
The customer wanted to use LM2903B-Q1 to converter voltage to high and low level voltage. IN+ voltage is from 11V to 16V, IN- voltage is 13.33V, and the supply voltage is 16V. I know…
Part Number: LM2903B
Hi guys,
I want to compare a PWM from [0-5V] to a voltage reference of 2V. I want the output of the comparator to be offseted to the following voltage [5-12]V so I' planning on putting the Vss pin to 5V and the Vdd pin to +12V. That…
Part Number: LM2903B-Q1 Other Parts Discussed in Thread: LM2903 , LM393LV , LM339 Hello Experts,
We are researching on the LM2903B-Q1. And according to the typical application, there is a pull up resistor on the output to Vlogic. I suppose this is for to…
Part Number: LM2903B-Q1 Other Parts Discussed in Thread: LM2903B Hi Expert,
I'm calculateing the value of the hysteresis input with LM2903B.
However I found the difference between similation results and caliculation results.
Could you please let me…
Part Number: LM2903B-Q1 Other Parts Discussed in Thread: LM2903B , LM2903 , LM339 Hi - customer question below:
If 13.5V is applied through 49.9kOhms to the (+) input of a LM2903B that has no power applied to it (VCC=0V), is there any kind of positive-voltage…
Part Number: LM2903B Other Parts Discussed in Thread: LM2903 , LM2904 Hi team
LM2903B has lower Ibias than LM2904. Does it mean input impedance is higher than LM2903?
Customer concerns that high input impedance results in weaker against input noise. If…
Part Number: LM2903B Other Parts Discussed in Thread: LM2903
Hi,
I am using LM2903 Comparator with hysteresis in my circuit. Circuit is as shown below image. I want to know the formula to calculate the Hysteresis (Both High Threshold & Low Threshold…
Part Number: LM2903B-Q1 Dear Team,
I have a question for wettable flank plating.
Regarding LM2903BWDSGRQ1, dimple point of wettable flank is metal pleated ?
I saw below URL page, it says dimple point is step-cut and then re-plated.
Is it same as LM2903BWDSGRQ1…