Part Number: LM5110 Other Parts Discussed in Thread: UCC27525 While entering in my question, I saw the problem. So I'm really asking for a potential part or solution.
The LM5110 datasheet only refers to driving N-CH MOSFETS.
I wanted to use the LM5110…
Part Number: LM5110 Other Parts Discussed in Thread: UCC27524 I need clarification on the LM5110-1M/NOPB gate driver.
The LM5110 datasheet does not mention the part’s drive strength pulling ‘Low’ when the SHDN pin is low . I’m guessing that when in…
Part Number: LM5110 hi, I'm a FAE of TI, My customer has a question about LM5110
from the Datasheet, we can know that the maximum input voltage level of LM5110's IN_A and IN_B pin is "IN to IN_REF -0.3-15V"
so we just need to consider the voltage…
Hi Casper,
I love your company name. Please send us a business card sometime!
Casper van Doorne said:
Q1) Are pins 5 and 6 of the LM5110 -1SD bonded to the die internally ("Do Not Connect") or are they truly not connected ("Not Connected")?
…
Part Number: LM5110 Hi,
I'am designing a board using LM5110-1 to drive an half-bridge between Ground and a negative voltage.
So, VEE is connected to the negative voltage and IN_REF is connected to Ground (IN_A and IN_B drived with positive logic level…
Part Number: LM5110 Would you please advise if clamping body diodes are present on the OUT_A and OUT_B pins? i.e. if the device is unpowered will the outputs be clamped to a diode drop from 0V?
Thanks
Part Number: LM5110 Hello.
I have a question about the LM5110.
Datasheet P4. 7.3 Recommended Operating Conditions IN_REF to VEE 4V(max)
The maximum negative voltage of this IC is 4 V. Is this OK?
Is there an IC that supports the maximum voltage…
Other Parts Discussed in Thread: LM5110 I have questions about LM5110.
1.Please tell me the absolute voltage of IN_A pin and IN_B pin.
2.If the voltage of IN_B is over absolute voltage, what happens from VCC to VEE? Is the IC broken?
Best regards…
Other Parts Discussed in Thread: LM5110 I have questions about LM5110.
Question 1.
- In datasheet graph, frequency is ~1000kHz.
(For example, Figure.3 and Figure 14.)
Can we use this IC at 2000kHz?
Question 2.
- If we can use this IC…
Part Number: LM5110 Other Parts Discussed in Thread: LM5112 I need to control lower mosfet with a gate driver that is isolated, but design below does not allow for isolated grounds. I could possible use an isolated power supply for gate drivers or maybe…
