Part Number: LM5001-Q1 Dear Sir/Madam,
I have selected LM5001-Q1 as Sepic Convereter . While reading the datasheet i came across max Voltage across COMP pin . It stated as 7v .
In functional diagram i saw the circuit ,it's basically the Comparator circuit…
Part Number: LM5001-Q1 Other Parts Discussed in Thread: LM5001 Hello,
Is there a problem with LM5001-Q1 Ltspice File? Because I cannot get any logical output regardless of what I put...
BR,
Mehmet
Part Number: LM5001-Q1 I have designed SEPIC Converter with LM5001-q1 with input voltage ranging from 3.5V to 15V and output voltage of 11.5V .
Here is the data i have recorded
INPUT VOLTAGE
OUTPUT VOLTAGE
Input Current
15V
11.5 V
0.17A
13V
11…
Part Number: LM5001-Q1 Hello,
I have chosen 3.5-20V input and output of 11.5V ,100mA.Problem is that switching is not taking place. I have skipped the comp pin circuit .Does it has anything to do with the comp pin circuit.
Also i have used Rt 12kohm
Part Number: LM5001-Q1 Dear Sir/Madam,
I have selected the part LM5001-Q1 for SEPIC converter with input voltage 3.5V to 15V and output voltage of 12V . When i am selecting the output current of 230mA on TI work Bench it says " Design update failed…
Part Number: LM5001-Q1 Hi,
I ran the LTspice simulation of the boost application indicated in the LM5001-Q1 datasheet, using the exact same circuit shown in the datasheet by using the PSPICE model provided on TI's website. However, the simulation stops…
Part Number: LM5001-Q1 Other Parts Discussed in Thread: TPS61170-Q1 , TPS61170 , LM5000 My use case: input: 10v-14v, output:65V, output current < 20mA.
Can i use LM5001-Q1 boost mode? webench show that input voltage is not in range.
Part Number: LM5001-Q1 I'm using an LM5001-Q1 to generate 100mA at 30V from an vehicle battery supply (8V to 18V). I used Webench to work out the component values for me, and built a small prototype board using the Webench generated parts. I was expecting…
Part Number: LM5001-Q1 I have an application using LM5001-Q1 to generate 60V out of 12V and need to deduce the current in 60V power rail from 12V input.
I measured the 12V power rail current before and after I applied the load and the difference is 240uA…