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 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: 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: 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…
Part Number: LMZM33606 Other Parts Discussed in Thread: LMZM33603 , Hi All,
The two parts we used in the design LMZM33606 load is 14W @ 3.3V configuration and LMZM33603 load current is 2A @3.3V
Please review and provide your feedback asap.