Part Number: LM5066I Other Parts Discussed in Thread: LM5069 Hi TI,
I am planning to use 2x LM5066I configured in back-to-back similar to the attached schematic. I would like to use the controls and protections (OCP, OVP, UVLO) for bidirectional current…
Part Number: LM5066I Other Parts Discussed in Thread: LM5060
Hi TI,
Below is a block diagram of my design. The input power is +48V from an AC-DC power supply, which is connected to the input connector on my board. I have a reverse voltage protection…
Part Number: LM5066I Other Parts Discussed in Thread: LM5069 , LM5066
Hello TI,
I have two equivalent designs using LM5066 and LM5069. While testing for reverse input voltage behaviour, I discovered that these 2 parts have internal diode voltage when measured…
Part Number: LM5066I
Hi TI,
I have a design with LM5066I to protect a power output to user. It is +48V at 16A max. I originally designed it to startup with no load, enable (EN) controlled by a digital signal (refer to LM5066I_original excel calculator…
Part Number: LM5066I Hi TI Teams,
We have purpose for 54V / 141A HSW application.
We plan to use 4 sets of LM5066i+3 NMOS, however the layout area spacing not allowed this solution.
Please help to find the recommand solution for this
BR,
Helen
Part Number: LM5066I Hi,
Would like to know what's the min Cap supportive at ITIMER pin?
Customer would like to know the min fault timeout period the device can support.
Part Number: LM5066I Hello,
When I am trying to compute the switching time for the gate of the MOSFET that is chosen in the application report Robust Hot Swap Design (Rev. A) (ti.com) , and basing on the gate source current (20uA typ.) of LM5066I, I got…
Part Number: LM5066I Other Parts Discussed in Thread: CSD19536KTT Hello expert,
If our design condition is shown below, do you have recommended MOSFET for us? and how many MOSFET should I parallel? Thanks!
54V with 3300W, OCP=85A
Best regards,
Ann Lie…
Part Number: LM5066I Hi team,
I have 3 questions about reading power.
(1) We should use 1mOhms or 0.7mOhms for Rs?
(2) We should use b=-4000, R=-3. Correct?
(3) How are m = 7553, b = –65, R = –1 derived? Could you please show the calculation process…