Part Number: LM7481-Q1 Other Parts Discussed in Thread: LM74900-Q1 , LM7481 Tool/software: Hello Team,
am using the LM7481-Q1 in my design and would appreciate your guidance on setting the current limit.
As per the datasheet, the LM7481-Q1 supports…
Part Number: LM7481 Greetings, I'm looking at using this ideal diode controller in a high current application and have a couple of questions.
1) How does the DGATE voltage regulation work when the Vds drop is greater than 9.1mV due to a large load current…
Part Number: LM7481 Hi,
The datasheet mentions that connecting the RTN pad to GND removes the Reverse Polarity Protection feature (section 9.3).
In my application, I do not care about the reverse polarity protection (only the ideal diode function…
Part Number: LM7481 For a new design, we need a reverse polarity protection and inrush current limiting.
We're analyzing your part LM74810 for this purpose. Along datasheet and some ANs, it's suggested to connect Vsns to input voltage. But according…
Part Number: LM7481-Q1 Other Parts Discussed in Thread: LM7480 Hi Team
Our product incorporates the LM74810-Q1 for protection
The configuration parameters are outlined below:
- Input Voltage (Vin): 22 to 27 and 24V nominlal
Please find the attached…
Part Number: LM7481 Hi,
I already have a Cadence PSPICE license. Where can I get the TI libraries without having to download all the PSPICE software?
Thanks,
Mike.
Part Number: LM7481-Q1 Other Parts Discussed in Thread: LM7481 Tool/software: Hi, we are Using LM7481 - Q1 in our design; We need spice model and reference design Schematic and Simulation design
Part Number: LM7481-Q1 Other Parts Discussed in Thread: LM7481 Tool/software:
Hello ,team
there is a requirement about the redundant supply from customer , can i just copy the LM7481 circuit and connect like below ? is there any risk if the VIN1 and…
Part Number: LM7481 Tool/software: Please provide an unencrypted Pspice model for the LM7481.
If there is still a NDA necessary, please provide the document too. Thank you!
Part Number: LM7481-Q1 Is there any particular reason why the battery monitor ratio is chosen to be 8:1 in the LM7481-Q1 datasheet? Is it desirable to increase the ratio as ones over voltage threshold increases?
