Part Number: LMQ62440-Q1 I have a question about LMQ62440CPPQRJRRQ1(Output Voltage Fixed-5V)
[Question]
1. What is the internal feedback resistance value in this product?
And what is the resistance tolerance?
2. Load : 4A
Output Voltage: 5V
What…
Part Number: LMQ62440-Q1 Hi There,
1.We are using LMQ62440-Q fixed version ics in our design. The component RFF(R3) & CFF(C1) are in DNP(Do not populate) state. Can you please help me to understand whether we keep this component as DNP or as a part…
Part Number: LMQ62440-Q1 Hi,
On the datasheet for the LMQ62440-Q1, I am not sure if the minimum to maximum value of the EN threshold is ±8.1% or if it varies between 24% and 32%.
Is it correct to read ±8.1% if the threshhold TYP is 1.263?…
Part Number: LMQ62440-Q1 Hi Team,
There is the following data about the dropout voltage in the datasheet:
But only for 3,3V@4A.
Is there a formula to calculate it also for different scenarios(different voltages and different currents)?
Thanks and re…
Part Number: LMQ62440-Q1 Hi Team,
It is possible to synchronize the device to an external signal. The device itself does not model an additional spread spectrum. What is not quite clear from the data sheet is whether it is permissible that the incoming…
Part Number: LMQ62440-Q1 Hello, At the bottom right of the first page of the datasheet shows efficiency plots down to 1mA at Vout=5V and Fsw=2.1GHz. My customer would also like to know the efficiency plots at Iout= 0.1mA to 1mA range (especially for…
Part Number: LMQ62440-Q1 Other Parts Discussed in Thread: LM61440-Q1 , LM61460 , LMQ61460 Hello My customer has some questions about EMI performances as follows. Q1: My customer would like to minimize the conducted EMI as much as possible, but also would…
Part Number: LMQ62440-Q1 Other Parts Discussed in Thread: LM62440-Q1 Hello guys,
One of my customers is considering using LMQ62440-Q1 for their new products.
But they found LM62440-Q1 as a similar device on TI web site.
But they couldn't find any difference…
Part Number: LMQ62440-Q1 Datasheet 9.2.2.5 Input Capacitor Selection:
"A minimum of 10 μF of ceramic capacitance is required on the input of the device. This must be rated for at least the maximum input voltage that the application requires ; preferably…