Part Number: LM76005 Hi Team,
May I have your help to suggest the proper spec. of inductor for customer LM76005 design.
The input is 48V and output is 24V/4.5A, switching freq. is around 400KHz.
As customer design now(not up to 4.5A output), the inductor…
Part Number: LM76005-Q1 Hello ,
We are planning to use LM76005-Q1 BUCK Converter in our design for 24V applications. Please find the parameters details mentioned below
Parameters-
Vin max = 36V
Vin typ = 24V
Vout = 12v
Iout = 3.5A
When we perform the…
Part Number: LM76005 Hi team,
My customer is evaluating LM76005 in their new project, below is the schematic. Could you please help review and give some comments?
Vin 24V, Vout +-15V
Thanks!
Regards,
Ivy
Part Number: LM76005-Q1 Hi Sir,
My customer is asking some questions about LM76005-Q1.
He would like to use the design condition V-in = 4.5~60V (normal case is 9~36V), V-out = 4.2V, I-out = 5A.
Since the webench tool could not simulate this design condition…
Part Number: LM76005-Q1 Other Parts Discussed in Thread: LM76005 Hello team,
What will be the output of buck(LM76005 -Q1) if input voltage is 10V and is designed for 12V output?
thanks,
Juan.
Hi Masato,
The capacitor should be able to handle the short duration of the pulse, but just in case a Schottky diode would be good to add to prevent any damage.
Regards,
Rahil
Part Number: LM76005 Hi Experts,
I am posting this on your behalf.
I want to simulate a circuit that uses LM76005RNPR dc to dc converter is in pspice i have the ic spice modal but not able to get the solutions
first i design the circuit on ti webench…
Part Number: LM76005-Q1 Other Parts Discussed in Thread: LM76005
Hello,
We are using LM76005 in our design to convert from input of 10 - 32V to 5V with Iout < 5A
However, one of test involves increasing input from 0V to 10V slowly and check the operation…
Part Number: LM76005 Other Parts Discussed in Thread: LM76002 , LM76003 Hi-team,
In data sheet of LM76005, NC pin no.7 and 23 are demand to float in order to maximize distance from the high level voltage input to ground.
On the other hand, in LM76002 and…
Part Number: LM76005
Hi Experts,
Please assist us with the customer's concern below.
I made a buck converter design using WEBENCH, linking further down, which according to the WEBENCH simulation works fine. However, when I then built the exact same…