Part Number: LM76003 Other Parts Discussed in Thread: LM76005
Hello,
The same question came up in the forum but w/o clarification within this forum. I do not understand the mismatch between the EC data and the description in the text:
VENH in the text…
Part Number: LM76003-Q1 Hi team,
In the datasheet for LM76003-Q1 RevB, there are RNP0030 B and RNP0030 E for the package info.
What is the difference between B and E version?
Which will be the correct one on if the customer orders this device now?
Regards…
Part Number: LM76003 Hi team,
Customer has questions regarding to selection inductor & capacitor.
(The following references the equations in the data sheet.)
Since the output is variable, there is no L that always satisfies equation (18). There are…
Part Number: LM76003 Hi,
I found there is a weird SW waveform resulting in a bad output ripple. I wonder if it's normal and how it happens.
SW waveform
Output waveform
test condition:
V IN = 24V, V OUT = 12V, f SW = 500kHz,100-mA Load, Auto Mode
Part Number: LM76003 Other Parts Discussed in Thread: LM76002 , Hi team,
My customer is asking about the tss (soft start time.)
The definition is "CSS = OPEN, from EN rising edge to PGOOD rising edge"
In the datasheet, EN rising is defined as…
Part Number: LM76003 Hi
The customer has a problem. In the datasheet of TI LM76003, the data listed, taking TYP as an example, is measured at 25°C. But in our measurement, it is found that VEN does not change much between TA = -10°C and 25°C.…
Part Number: LM76003 Hi team,
I am looking at the datasheet especially this graph.
I understood that this shows the transitioning of auto mode from pfm to pwm vs the current.
I would like to know if this graph is true at any voltage.
Thanks,
Luke
Part Number: LM76003
Hello,
we have build up a test setup in the lab bench with 2 LM76003 EVM to verify synchronization. to an external clock. Target is to synchronize both identically built converters (Vin = 12V, Vout=5V, load resistive=3.5ohm) with…
