Part Number: LM7310 Tool/software: Hello,
In LM73100 design, we would like to know in Active ORing application of this part, will it share current . we need to get 8A at the load side.
How the current sharing is happening here..Could someone support…
Sorry Jaden. LM7310 does not has certification as it is not a current limiting device.
Please look at TPS25947 corresponding certificates are available at https://www.ti.com/product/TPS25947#tech-docs
BR,
Rakesh
Part Number: LM7310 Tool/software: Hi,
I would like to use the LM7310 in a simple ORing application. The power comes from 2 sources, V1 and V2 and powers a DC/DC converter and 12V load (up to 8A) as shown in the picture. V1 should always have priority…
Part Number: LM7310 Tool/software: Hi Team,
I am trying to simulate the LM73100RPWR in PSpice for TI. I have designed the UV (under-voltage) to be 2.6V and the OV (over-voltage) to be 7V, but in the simulation, I did not observe voltage cutoff in either…
Part Number: LM7310 Tool/software: Hi all, I'm implementing a load switch based on a LM73100RPWR IC. I'm just interested on enabling/disabling a load with a GPIO and slightly limiting inrush current. I want to ignore OVLO and PG features and be sure…
Part Number: LM7310 Other Parts Discussed in Thread: TPS2663 Tool/software: Greetings,
I have an existing design for a motor controller using a 12V input voltage leveraging the LM73100 for input protection. However, we need to upgrade the system to operate…
Part Number: LM7310 Other Parts Discussed in Thread: TPS25983 Tool/software: Hi team,
I want to find a device to protect circuit when Vin and GND are connected reversely. The working condition is about 12V,30A. the integrated solution is as below but the…
Part Number: LM7310 Tool/software: Hey,
we see on our design more or less the same behaviour as in this post:
e2e.ti.com/.../lm7310-unexpected-latch-off-condition
Was there a solution to fix the unexpected-latch-off-condition?
Thanks
Finally, for low-power products like mine, which are less than 28 V, 5 W, and require only two functions, OVP and UVLO, and low power consumption (no need for current limiting and reverse current less than 30 mA), LM74502+FET is considered a more advantageous…
Part Number: LM7310 Tool/software: I am working on a new project and were considering using the LM7310 for our purpose. We have two DC power supplies - An SMPS (220VAC/12VDC 50A O/P) and an AUX (12V DC O/P). Till the supply from Mains is available SMPS…