Other Parts Discussed in Thread: LMZ13608 Hi,
In the simplified application schematic for LMZ13608 (page 3 of the datasheet) is mentioned capacitor Cff. What is purpose of this capacitor?
As I see most of the typical performance characteristics are given…
Other Parts Discussed in Thread: LMZ13608 We have problems with a LMZ13608 module. Some devices function as expected, and some consume 12% more power. They do so under different load conditions. We have also seen with a thermal camera that these modules…
Other Parts Discussed in Thread: LMZ13608 Hi,
I use the LMZ13608 on the board with 1.2V, 2.5V, 3.3V.
first batch was 3 cards.
In one of the cards , on the voltage of 1.2V, i get Saw tooth on the output of about 200 mv and every ~175 us (not the freq of…
Other Parts Discussed in Thread: LMZ13608 , LMZ14203 Hi,
I use the LMZ13608 on the board with 1.2V, 2.5V, 3.3V.
first batch was 3 cards.
In one of the cards , on the voltage of 1.2V, i get Saw tooth on the output of about 200 mv and every ~175 us (not the…
We use the LMZ13608TZE/NOPB part to create 5V rail on the board with external 24V serving as an input voltage. During design phase we applied our derating criteria for temperature and maximum load so that under normal operating conditions there is a lot…
Other Parts Discussed in Thread: LMZ13608 When I open a Webbench design with the LMZ13608 (default settings, 14-18V Vin, 3.3V Vout, 8A) and I run the thermal simulation, I can't view the results.
I'have wait a few hours, run the simulation again and…
Hi,
I was reading the LMZ13608 REV G datasheet and I believe there is a typo.
Page 3 illustrate PIN4 as EN, while page 20 states that PIN 4 (AGND) is to be connected to PGND
Yohan
Other Parts Discussed in Thread: LMZ13608 0310.LMZ13608_Power.pdf
I am currently working on a board to power 20 LED drivers. Using Webench, I chose the LMZ13608 to provide the necessary current of 6A. Unfortunately, now that I have soldered the circuit…
Other Parts Discussed in Thread: LMZ13608 , LMZ13610 On page 13 of LMZ13608’s datasheet, the output voltage is determined by this equation: Vout = 1.2V * (1+ R_FBT/R_FBB)
In practice we are finding that LMZ13608’s output voltage is actually determined…
Part Number: LMZ13610 Other Parts Discussed in Thread: LMZ13608 , Hi,
We are using LMZ13610 in our board.I want to know what is the minimum input required to get 5V/3A output for both LMZ13610 and LMZ13608. And i have observed that while input voltage is…