Part Number: LM1117 Hello team,
LM1117 and some of other LDOs is recommending non-ceramic capacitor as output capacitor. Is it only due to circuit stability? If we place dummy resistor, can we use ceramic capacitor without any problem?
Best regards…
Part Number: LM1117 Hi you all, this is Mike
I'm using the LM1117IMP-3.3/NOPB and the output voltage is not 3.3,V, it is 4.4V , the input are 5V I have used this RV before, and I don't remeber to have problems with it,
The pins TWO (the one is in…
Part Number: LM1117 Hello Sir,
In our design we are using following TI make part number.
Our requirement is that the selected components are UL approved and REACH compliance.
So please let us know whether the below marked components are UL approved…
Hi Joong-hyeok,
1) 06/22/1998 (may be earlier then this, as this is an older part the RTM date in our system may not be fully accurate)
2) N
3) Our obsolescence policy is located here: www.ti.com/.../product_change_notification.page
There is…
Other Parts Discussed in Thread: LM1117 Hello,
I have a customer who is using the LM1117 in his design. He has 12Vin and 5V@500mA output. He is using the TO-252 package and would like to make sure that he is not going to have any thermal issues.
What…
Part Number: LM1117 Support Path: /Product/Help with Device Selection/ Hello sir,
we are manufacturing product for automotive industries.
we would like to verify the layout of LM1117MP-3.3/NOPB
here we attched layout as well as ckt for your refere…
Gus,
I have reviewed your layout and everything seems fine. It would be nice if the output cap was a little closer to the device but I don't think that is the issue. I believe it's possible for there to be interference coming from the surrounding…
Hello Ron
Please send me your recommend of below Question.
>TLV1117 :
Vin,max : 15V
>LM1117 :
Vin,max : 15V
>Question :
TLV1117 is absolute Maximum rating is 16V. Because customer test condition is 18~20V.
But LM1117 is absolute…
Hi
Follow the EC table test condition, which is operating non-swithing, so i think it should be an open loop test, just add 0.85V to vense pin, make some inner block work but no switching.
BR,
Yuchang
Chris,
You are correct, the dropout voltage of the LM1117 is in excess of 0.4V at 800mA.
Are you looking for something that can do up to 800mA? Or do you really need less current than that?
Certainly there are a number of devices that fit your specification…
