Part Number: LMV762Q-Q1 Other Parts Discussed in Thread: LMV762 , , ISO7721 , ISO7720-Q1 Hai,
I have a doubt regarding the biasing supply voltage of LMV762 comparator. Whether we can apply negative biasing voltage for this comparator? In the datasheet…
Utsav,
Could you explain in greater detail what you are confused about in regards to one vs two switches being protected? Perhaps a picture of both schematics highlighting your concerns might help me identify what you are confused with.
The circuitry…
Part Number: LMV762Q-Q1 Other Parts Discussed in Thread: ISO7721 , LMV762 , LM311 Hai Paul Grohe,
Thanks for your clarification on the matter. Subjected to this query,please see the attached SiC Mosfet gate driver design of TI.
TI Designs: TIDA…
Hello Zachary,
The most obvious would be incorrect or unresponsive output, depending on the degree of "violation" of the spec.
There is not a "cliff' to fall off of at the spec limit. There will be subtle degradation past the spec point up until…
Hello Brian,
We are aware of this issue.
If you notice in the "Switching Charasctristics" table on page 6, there is a note about the prop delay: "Simultaneous switching of inputs causes degradation in output response." So the original designers…
Hello Cortland,
Can you provide the full part number that you are using? There are two versions; the LM393 and the LM393-N, the latter being the former National Semiconductor version. They are different "under the hood" and supported by different groups…
Hello Rustin,
Yes. A differential voltage of 5V would mean that you are exceeding 3.3V in some way.
There are diode clamps from the inputs to the supplies - so the inputs cannot go more than a diode drop (0.7V) above or below the supplies. These diodes…
Dear Manuel,
Thank you so much for your reply. In application note TIDA-01605 attached below, there are simulation results for Push-pull converter using SN6501 controller. Do you have this simulation reference file that can send me?
Alternately…
Part Number: TLV3501 Dear team,
As part of an internal review to evaluate the feasibility of extending order lead times up to 52 weeks for selected critical parts, we are gathering confirmation on supplier commercial and operational constraints.
Could…
