Part Number: LM74701-Q1 Hi engineer:
I am evaluating LM74701-Q1 for my project, and I tested your EVM these days.
I have several questions about this part, waiting for your reply.
1. Full conduction mode: I tested the EVM, the Voltage difference…
Part Number: LM74701-Q1 Hi engineer:
I am evaluating LM74701-Q1 for my project, and I tested your EVM these days.
I have several questions about this part, waiting for your reply.
1. Full conduction mode: I tested the EVM, the Voltage difference…
Part Number: LM74701-Q1 Tool/software: Hi,
the datasheet states:
(8.3.4) ... The EN pin can withstand a voltage as large as 65 V and as low as –33 V. This feature allows for the EN pin to be connected directly to the ANODE pin if enable functionality…
Part Number: LM74701-Q1 Hello Expert,
We'd like to make sure about what protection TVS diode can be omitted by LM74701-Q1.
Regarding negative surge as like as ISO7637-2 pulse 1, this device can clamp anode side down to VCLAMP. So I think we can omit…
Part Number: LM74701-Q1 Tool/software: Hi team,
We are interested in TVS less solution. In the datasheet, It passes ISO 16750 Pulse 5B but it looks 35V suppressed load dump. There are two questios shown below.
ISO16750-2 pulse 5a/5b are corresponding…
Part Number: LM74701-Q1 We use LM74701 design in our parallel battery packs. We have some question from our end customer.
Does the LM74701 need a resistor series in Gate for limit the driver current?
They use LM74701 drive 2 x Mosfet (CRTT067N10N…
Part Number: LM74701-Q1 Other Parts Discussed in Thread: LM74700-Q1 Hi team,
I have a question.
Can this device withstand for negative 600 volts? If not, what could be the right device for this?
Best Regards,
Shoji
Part Number: LM74701-Q1 Hi team,
Does this device follow "JASO D 001 type-A: A-1 load dump requirement? Or is ISO7637-2 test corresponding to that certification?
Regards, Ochi
Part Number: LM74701-Q1 Hello,
There are 2 similar parameters in the datasheet: ENTDLY and T(DRV_EN). I would like you to confirm if the 75us in the below equation in p.12 of the datasheet is actually ENTDRY.
T(DRV_EN) = 75 µs + C(VCAP) × V(VCAP_UVLOR…
