Part Number: LMZM33603 Other Parts Discussed in Thread: LMR38020 , LMR36520
I'm reaching out for support regarding an inverting application using the LMZM33603. I've utilized the WEBENCH tool for my design, and there are two points of concern where…
Part Number: LMZM33603 Dear Specialists,
My customer is interested in LMZM33603 and has a question.
I would be grateful if you could advise.
Regarding LMZM33603, when the external EMI filter is needed, are there any recommended devices, manufacturers…
Part Number: LMZM33603 In the datasheet for this component, there is an analog ground and a power ground. The pin description for AGND says to not connect AGND and PGND, and that the connection is made internal to the device. Are there potential problems…
Part Number: LMZM33603 Hi,
Can someone please review my design with respect to the two buck regulators and other general guidelines.
I have a 24V input supply. I am generating a +5, +15 and a -15V.
The number and sizing of input/output capacitors is according…
Part Number: LMZM33603 Hi everybody,
i intent to use the LMZM33603 as in inverter to get -10V from a 24V source.
Power designer gives me the proposed design, which translates into the PCB as shown.
but as now the normally indented GND and VCC pins are…
Part Number: LMZM33603LMZM33603RLRR.PDF
LMZM33603RLRR is used in our design to power a 3.3V module @ 2A
Kindly review the schematics and layout attached, and provide your valuable comments ASAP.
Part Number: LMZM33603
Could you help check the LMZM33603 schematic as below and any need to adjust? Vin=24V; Dynamic adjustment Vout = +5V~+12V, Iout (max)=2.52A
The datasheet recommends Separating AGND and DGND, FB pin is connect to AGND?
Part Number: LMZM33603 Other Parts Discussed in Thread: LMZ31710 Hi team,
The datasheet states max output capacitance of 200uF at 5Vout, however my customer's 5V rail has a module that may require an additional 470uF of capacitance. Will the LMZM33603…
Part Number: LMZM33603 Hello,
We are considering using LMZM33603 for an application with 24V input, 15V output @1.8A. I notice in the datasheet it specifies up to 18V output @2A and up to 13.5V output up to @3A. Is this current range for sustained DC current…