Part Number: PMP7962 Other Parts Discussed in Thread: LM5001 , LM5002
Team,
PMP7962 based on LM5001 supports 5V Vin, 80V Vout @ 160mW. Could you please suggest some modification to support:
+40V/-40V (keeping the same power output) none isolated…
I done some further investigation, and yes seems really to be more a Switching noise instead of AC Ripple:
Measurement has been made with the tip-ring to shorten as soon as possible the ground path.
Trace #1 (Yellow): Ouput , coupling in AC
Trace#2…
Part Number: LM5002 Tool/software: WEBENCH® Design Tools Hi!
Picture taken from the LM5002 Datasheet:
When I try to simulate this using Webench Power Designer, it does not recognize this as a valid solution. Any ideas?
Thanks!
In a boost, if Vin>Vout, the PWM controller will stop switching and the Vin will pass through to Vout, and produce Vout = Vin -VF -Vdrop, where VF is the forward drop of the rectifier diode, and Vdrop is the voltage drop across the boost inductor and…
Part Number: LM5002 Other Parts Discussed in Thread: LM5022 , LM5156 Tool/software: WEBENCH® Design Tools Hi Team,
The customer tried to simulate LM5002 in Webench in Boost topology with the specification below but he received an error message: Design…
Part Number: LM5002 Other Parts Discussed in Thread: LM5155 Tool/software: WEBENCH® Design Tools Hi.
I would like to have a boost power supply with input 3.7 lithium battery (minimimum 3.2V maximum 4.2V) and output 75V 75mA.
Is it possible with lm5002…
Part Number: LM5002 Hello Guys,
I would like to use a LM5002 for a 10-36 VDC in with 16VDC out @ 150mA. I have used the same schematic given in the datasheet for 24 VDC SEPIC regulator ( made change the value of resistors for Feedback R5= 11.8K and…
Part Number: LM5002 I use LM5002 to convert 12V to 48V, While the ripple of the waveform is too high(about 10V). The load is a mic, and the current is about 10mA.
What is the possible reason?(Below is the schematic and the waveform)
Part Number: LM5002 Other Parts Discussed in Thread: LM5001 , Hi
Is it possible to replace LM5002 by LM5001 in a circuit? Are there any changes involved?
The circuit that I am using is a TI design
Regards
Himanshu