Part Number: LM76003 Hello,
we would like to use two (2) Step-down converter build with LM76003 in synchronous interleaved operating mode (same clock 500kHz, 180° phase shift). Some questions regarding implementation:
- According datasheet a termination…
Part Number: LM76003 Other Parts Discussed in Thread: TPS54560 , LMZ14203 , TPS54540 , TPS40200 , LM5149 , LM5013 Hi,
This is regarding the BUCK IC. Our requirement is as follows:
Input = 6-42V
Output = 5V, 3A
Ambient temperature = 90degC
Operating Junction…
Part Number: LM76003 Other Parts Discussed in Thread: LM25149 I'm looking for a device with similar performance.
VIN = 24V±20% VOUT = 12V±5% IOUT = 2A (TYP, the MAX is still undefined)
However, we would really like to use an external FET…
Part Number: LM76003 Hi Team,
My customer want to apply LM76003RNPR in their new project and want to design the products for DNV certification.
1. Do you have the customers who use your chips to get the certification?
2. Do you have EMI test report of L…
Part Number: LM76003 Hello,
I have a question about the VFB of this chip. It is given as VFB=1V during calculation. And here is also a value of VFB=1.5V on page 6 of the component datasheet.
Does this voltage value change when some other value is changing…
Part Number: LM76003 Dear Team,
We have 2pcs damaged components of LM76003 from customer side.
Could you help to double check the schematic? Thanks a lot!
Vin: 54V Vout: 5V
Many Thanks,
Jimmy
Part Number: LM76003 I did not find the capacitance (Cds, Cgs, Cgd) of the internal MOSFET in the datasheet.
The customer need the reference value to design their project.
Could you pls provide some information of that？
Part Number: LM76003 Other Parts Discussed in Thread: LM76002 Hi team,
quick question regarding the minimum input voltage that the LM76003 needs to keep the output voltage stable.
Example: 24V supply (VIN = 25-48V, VOUT = 24, P=50W)
Following the first…
Part Number: LM76003-Q1 Hello,
I cannot plot the Load Transient, Steady State and Input Transient in a LM76003-Q1 design. I can only see the Bode Plot.
It is a step-down, Vinput: 21V-49V, Voutput: 12V, Io = 3,5A.
The Webench reports enough MF = 48º…
