Part Number: LM311-N Hi, Staff
The LM311-N (SNOBJ1E) description states: [Further, they can drive lamps or relays, switching voltages up to 50V at currents as high as 50 mA.]
Please provide your comments below. 1. I understand that the sink current…
Part Number: LM311-N Other Parts Discussed in Thread: LM311 , TLV1812-Q1 Hello guys,
One of my customers is considering using LM311M(X)/NOPB. They have the following questions. Could you please tell me your reply?
Q1. What is LM311-N minimum operation…
Part Number: LM311 To TI Support Team:
Hello;
I am with one of your authorized distributors (Mouser Electronics) and we have a customer who ordered and received TI voltage comparator part LM311H and they are frustrated because the actual part…
Part Number: LM311 Other Parts Discussed in Thread: , LM6511 , LM211 Hi team,
What is the difference between LM311, LM311-N and LM311-M?
I can't see big difference between them on the internal circuit in the DS.
I would like to use it for GND…
Part Number: LM311-N Have been using Capture CIS 17.4 for a few months now and have been using components from the Cadence standard library. I've just started using Pspice for TI and I gather looking at other threads that trying to simulate a circuit…
Part Number: LM311-N Other Parts Discussed in Thread: LM393-N , LM311 , TL331 , LM339 , LM393 I'm using the LM311N/LM211P in a basic zero crossing detector circuit as in Fig 13. below with a pull-up voltage divider to give 3.3V logic output. The attached…
Part Number: LM311-N Hi,
Our customer keeps using "LM311H/NOPB" but I cannot find the data sheet on TI website, so could you please share it with me ?
Best regards, Kato
Part Number: LM311-N Other Parts Discussed in Thread: LM311 , LM7705 , LM6511 , LMV7235 Using this comparator LM311 based on the attached schematics, only when the reference voltage at the inverting input is above 78mV does the output signal voltage pulled…
Hi Chadchayut, figures 33 and 37 of datasheet of LM311-N are relevant for you. Positive supply pin will draw 5mA and 4mA supply current will flow through the negative supply pin. Makes 5mA x 15V + 4mA x 15V = 135mW. And when the output of LM311-N is pulled…
Hi Elsa,
as the "input bias current" also depends on "differential input voltage", thinking in terms of "input impedance" is no good approach.
Have a look at figure 13 of datasheet of LM311-N. I guess there's no relevant difference to the LM211-Q1…
