Part Number: LM74700-Q1 Is the LM74700/74500-Q1 limited in functionality if the operating voltage is within absolute maximum ratings but exceed Recommended Operating Conditions?
For example, under the condition of 70V@100us, will LM74700/74500 be limited…
Part Number: LM74700-Q1 Hello Team,
We have one application requirement where I see LM74700 is a best possible solution, but I have some concerns before I make the decision to use this IC.
1. Whether this IC is capable to handle LV124 E6 test requirements…
Part Number: LM74700D-Q1 Other Parts Discussed in Thread: LM74700-Q1 , Hi support team,
What is the difference between LM74700-Q1 and LM74700D-Q1?
Does changing the package to "D" allow it to withstand larger input voltages? (Are the silicon chips…
Part Number: LM74700-Q1 hi,
Customer plans to add 1Meg OHM resistor between source terminator and Gate terminator in LM74700 circuit. is it any possible risk?
Part Number: LM74700-Q1 Other Parts Discussed in Thread: LM74700D-Q1 Hi team,
I'd like to confirm the difference of LM74700-Q1 between DBV and DDF package.
Could you tell me why TI made a different package of same device?
Regards,
Nishimura
Part Number: LM74700-Q1 According to LM74700-Q1 datasheet, the device enters reverse current protection mode when Vanode - Vcathode < -11mV. I assume the external N MOSFET is turned off in this mode, hence Vanode - Vcathode will no longer be < -11mV.…
Part Number: LM74700-Q1 Hi E2E team,
From the LM74700-Q1 datasheet 10.1.1.2.2 MOSFET Selection:
It shows the VGS rating is 15-V:
This would include any anticipated fault conditions. It is recommended to use MOSFETs with voltage rating up to 60-V maximum…