Part Number: LM3488Q-Q1 Tool/software: Hi expert,
My customer has question about Vocp. They want to know whether if the vocp will increase or decrease with temperature rise?
Thanks!
Part Number: LM3488Q-Q1 Other Parts Discussed in Thread: LM3488 Tool/software: Hi expert,
My customer found that there is one pc of LM3488 that has bad transient response:
The left is the bad one, the right is ABA swap with a new LM3488, the undershoot…
Part Number: LM3488Q-Q1 Other Parts Discussed in Thread: LM3488 , LM5155 , LM5121 Hello support team,
I use LM3488 for conversion - from 12v to 24v.
(classical boost converter)
it should support up to 2.2A at the output (short pulse), for some worst case…
Part Number: LM3488Q-Q1 Other Parts Discussed in Thread: LM3488 , LM5155 , LM5157 Dear TI support,
I would like to ask you about the LM3488 in Sepic configuration:
Vin = 6V to 18V
Vout=13.5V
Iout_max = 0.9A
fsw = 220kHz
L = 15uH
Cout = 100uF
Feedback loop…
Part Number: LM3488Q-Q1 Other Parts Discussed in Thread: LM3488 , LM5155 Hi expert,
My customer is using LM3488 as a sepic to power control board of traction inverter.
Here is their block.
Here is their schematic.
When they put the module in 85°C temperature…
Part Number: LM3488Q-Q1 Hi,
I am working with LM33488MM/NOPB which is a 2.97V to 40V wide Low side N channel controller for switching regulator. Circuit is exactly same as mentioned in datasheet, but we are unable to get the 5V at 1A. Voltage will drop…
Part Number: LM3488Q-Q1 Other Parts Discussed in Thread: LM3478 , LM3488 does ti have any p2p options for this device in same package? besides the non-auto variant of course lol
pic for attention
Part Number: LM3488Q-Q1 Other Parts Discussed in Thread: LM3488 Hi!
I designed a SEPIC converter based on the LM3488Q-Q1 chip but I have an issue on my SEPIC : when the input voltage is lower than Vout_order and Rload is high (a few hundreds of ohms)…
Part Number: LM3488Q-Q1 Other Parts Discussed in Thread: LM3488 , LM3478 Hi,
Good Day.
I can't find the meaning of the voltage "Vo" in the datasheet of the LM3488.
It occurs in equations 19, 20, and 24.
To denote it as output voltage does…
Part Number: LM3488Q-Q1 Other Parts Discussed in Thread: LM3488 Hello everyone,
in the datasheet of LM3488 is no formula given to calculate IC power dissipation. Can you help me how to calculate of PD just of the controler IC?
WebBench gives me about…
