Part Number: LM73605-Q1 Hi Gentlemen,
I need to do the stability simulation of bode plots with different load conditions for LM73605-Q1, but it seems the design tool is still not available in website.
Is there any tools for LM73605-Q1 stability analysis…
Part Number: LM73605-Q1 Hi team,
For LM73605-Q1, can we on line change the working mode from auto mode to FPWM mode during 73605 normal working state? And will it update immediately or we need to toggle EN?
Thanks,
Part Number: LM73605-Q1 When the input voltage goes to lower than the output voltage, will LM73605-Q1 have any problem?
This condition means that the input voltage will ramps down or the power supply will be off for some reason before the output capacitor…
Part Number: LM73605EVM-5V-2MHZ Hello,
Based on this EVM and using the same schematic, I have designed a board. But the max current rating available without voltage fold back is only 3A. Of course,the layout is not exactly same but the circuit is. Any…
Part Number: LM73605 I have a design with the enable pin tied to a microcontroller. When I drive the enable low, the output doesn't go to zero but to ~1.2 V. It's still supplying current to some of the devices on my board. Any ideas why this would…
Part Number: LM73605-Q1 In the datasheet, the tolerance on the feedback voltage is -1% and +2% - not symmetrical. I would like confirmation because the DC-DC design is failing WCCA.
Part Number: LM73605-Q1 Hi team,
I would like to know if there is any limitation in soft-start time or capacitance, such as minimum soft-start time/minimum capacitance (Css).
My customer placed 3.3nF, the typical soft-start time is 1.65ms, but the result…
Part Number: LM73605-Q1 Other Parts Discussed in Thread: LM73605 Hi TI expert,
I am using LM73605 for automotive infotainment LCD panel 3.3V power supply, the LCD panel has a maximum 3.96V input voltage.
During normal operation, will overvoltage happen…
Part Number: LM73605 Hi Team,
My customer is seeking for solution to realize, 12V input and -5V output with 3A load ability. I recommended our LM73605 to working as buck-boost inverter to realize this. I use our TINA to simulated and would you pls help…