Part Number: LM43601 Hello TI,
I've been working with a negative DC-DC Synchronous Step-Down Voltage Converter with the LM43601:
Layout design followed from recommendation:
3D view.
I'm using AC/DC power supply of 15V from "IRM-30-15" from Meanwell…
Part Number: LM43601 Hi, Good day. I hope you are well. Our customer wants to know if the external synchronization change the light load operation of LM4360x DCDC devices? For example, does an external sync clock force continuous conduction mode (as it…
Part Number: LM43601 Hello,
My customer would like to get Vout/Iout(max) = -8V/1A from Vin=12V.
WEBENCH suggests an inverting buck-boost topology using LM43601 as one of solution.
According to LM43601 datasheet, Iout(max) = 1A.
But according to tidu32…
Part Number: LM43601 Hello Team,
Good day.
My Customer would like to seek some advice for their application. Using the LM43601PWPR as a positive buck regulator(switcher) to take 13.8 Volts Vin to 3.3V Vout. While testing the design the Bench power supply…
Part Number: LM43601 Other Parts Discussed in Thread: PSPICE-FOR-TI Hi team, I'd like to simulate with PSPICE model for LM43601. But, The LIB file is garbled. Could you check it and share a useable file? Sincerely. Kengo.
Part Number: LM43601 Other Parts Discussed in Thread: LMR62014
We used a webbench design to setup the LM43601 for 5V input and -15V output at 0.1A. We are having trouble getting the -15V output to function.
If you manually short circuit from -15Vout…
Part Number: LM43601 Hi Team,
My customer now use LM43601 in their system and found an issue.
They use webench to design the circuit to convert 24V to -5.5V.
When add a 20 ohm res as point of load (POL), which means the output current is nearly 200mA…
Part Number: LM43601 Hi Support team,
In below circuit, The output N5V0 voltage is generating without giving any enable supply. It is disabling only when left enable signal as floating.
Our requirement is N5V0 should be disabled when P3V_ANA is not there…
Part Number: LM43601 Other Parts Discussed in Thread: LM43602 , LM43603 Tool/software: WEBENCH® Design Tools Hi Team,
I have made a design with WeBench. My design input parameters are -3V3 @ 1.2A:
WeBench comes with a result using the LM43601 chip. However…
Part Number: LM43601 For obvious reasons it is necessary to get an estimate for device power dissipation. I'm not aware of any way to get PSpice to tell me this directly, so was planning to get a value by using PSpice to give complete circuit power loss…