Part Number: LM74700-Q1 While simulating LM74700 as reverse polarity protection circuit, I am getting Convergence issue. I tried below setting which is already there in forum but it didn't worked for me.
Circuit diagram is as it is shown in Typical…
Part Number: LM74700-Q1 HI TI TEAM
I have various 54V/14.8A models and using LM74700QDBVRQ1
When OVP occurs, although there is a protection circuit, due to the problem of response speed, the OVP voltage will exceed 65V, exceeding the maximum voltage of…
Part Number: LM74700-EP Other Parts Discussed in Thread: LM74700-Q1 Hi BU expert,
What is the difference between LM74700-EP and LM74700-Q1?
BWT, the schematic is based on LM74700-EP, and the schematic is suitable for LM74700-Q1? Thanks.
Regards,
Charl…
Part Number: LM74700-Q1 We have a requirement to protect the power line against induced voltage from the tailgate motors, which we control through H-Bridge IPDs.
Our idea is to use LM74700 + NMOS, but connecting CATHODE to GND, so that the charge pump…
Part Number: LM74700-Q1 Hi TI-team
I would like to use lm74700-q1 as an ideal diode.
Is I(GATE) used when calculating turn ON and turn OFF times ?
Please tell me how to calculate in that case.
I(VCAP) (300uA) is used to calculate T(DRV_EN).
Is there…
Part Number: LM74700-Q1 Hi team,
In datasheet, T_Reverse delay is defined Typ.0.45us/Max0.75us. Can customer estimate this time on their use case?
Regards,
Youhei MIYAOKA
Part Number: LM74700-Q1 Ideal Diode team,
Our customer has LiPo battery connected on the anode of an ideal diode, and the LM74700-Q1 looks like the best part for other reasons, especially the FET duty cycle and the low reverse leakage current.
The problem…
Part Number: LM74700-Q1 Good morning, I'm considering to use the IC LM74700-Q1 in order to protect our battery-operated devices against accidental polarity reversal. Our device use 12Vdc battery, voltage can vary from 14 to 10 Vdc. The nominal current…