Part Number: LM46002 Hello. Formula 22 in the LM46002 data sheet is yielding results that do not make sense. I am getting values much larger than expected. Can someone check this formula? It looks like there is a typo there.
Part Number: LM46002 Hi team,
Could you kindly advise for more detail of the OV detection function of LM46002 ?
Our customer is looking for the devices with OVP function.
Thank you and best regards,
Michiaki
Part Number: LM46002 Hi team,
As you can see in the following picture, there are two same PCBs, LM46002 in the second PCB may have some thing wrong. The Vcc has a step in the second PCB when starting up. If we put the second PCB in -40℃，the Vcc will…
Part Number: LM46002 I am using LM46002 as an inverter in order to get -12V output when Vinput = +12V. The output voltage is correctly regulated at light load condition or low loads, but when I connect 1A load the converter output (-12V) is unstable and…
Part Number: LM46002 Dear team,
Vin and BIAS are both input of internal LDO, why give the same 12V to Vin or BIAS, output of LDO Vcc is different? 7 out of 2 LM46002 are in this situation, they may be damaged while testing, but I want to know the theory…
Part Number: LM46002 We are using a LM46002 regulator to provide an output voltage that can be selected between +12V or +24V from a +48VDC input voltage. The selection is done under microcontroller control using a transistor to switch in a parallel resistance…
Part Number: LM46002
Dear Frank, thank you.
Excuse me of my persistence.
I read snva722b Application Report.
1) LM46002 can supply minus 15 V output, if input voltage is 15 V and more.
But the input voltage may be slightly less, than 15 V, for…
Part Number: LM46002 Hi,
I'm using LM46002 to design a DC-DC. Please refer to the schematic as below. After working two hours with 10V/1.5A load output, I restart the DC-DC. But the DC-DC outputs 0V and it does not work.
Could you please review my…
Part Number: LM46002 Other Parts Discussed in Thread: LMR36506 Hi there
We use LM46002 to convert Vin=19V~12.6V to Vout=11.7V/1A, use ext. freq. 800khz (also connect RT=53.6Kohm at the same time).
When vin=12.6V/no-load, the SW node waveform indicated…
Part Number: LM46002 I was looking at the Ap Note SNVA721A and found the suggestion about solid ground planes interesting and would like to discuss it.
Do we really think it's a good idea to have solid ground planes under the switching note and inductor…
