Part Number: LM5106 Hi team,
My customer is using LM5106 as the driver to do a discrete buck charger circuit. Please see the attached for the schematic
The control signal comes from UC2909 which is a charger controller. could you please help review if…
Part Number: LM5106 Hi,
I would like to ask you about the ESD data for the LM5106. The data sheet stated that the HBM test results were "± 1500V". However, there was no CDM data. Is it possible for you to provide me with CDM data? Also, if…
Part Number: LM5106 Hi,
I recently posted the ESD data for the LM5106 in the following thread. I would like to ask you an additional question. (question 1) Is it possible to acquire CDM and MM data? (Question 2) If you can get the data, how long can I wait…
Part Number: LM5106 Hi
I have an half bridge which is driven by LM5106.
I have around 400nS dead time between high side and low side Vgs. But there is no effect of the this dead time at Vds for high side and low side mosfet.
As you can see in the picture…
Part Number: LM5106 Folks,
We have designed a control board for our motor controller using LM5106 for driving the MOSFETs on the power board. We have been using this for the past couple of months. Had one issue before which was resolved using this forum…
Part Number: LM5106 Other Parts Discussed in Thread: LM5109 , LM5111 Compared to the LM5106, the LM5109 has two inputs - one for low side and one for high side. This means that it is "easily" possible to achieve three different drive options with the LM5109…
Part Number: LM5106 How much is the output resistance of LM5106?
( HO high, HO low, LO high, LO low)
And how much do they vary?(max, typ, min)
Best regards,
Junichi Nomura
Part Number: LM5106 Hello,
We are seeing issues in enabling the LM5106 MOSFET driver chip. Not sure what is going wrong. Got a doubt though ...
This is the sequence of instruction we have for setting the input and enabling the driver in our AHB circu…
Part Number: LM5106 Hello,
We are using the LM5106 in our AHB for motor control. We are using F28379D to drive the enable and the signal pins of the driver. Because our control is complex (duty cycle limitations, the application is a SRM controller))…