Part Number: LM5106
Hello,
I'm working on a PWM controlled voltage source using an LM5106 half-bridge MOSFET driver, with a PIC16F15324 supplying the PWM signal. This PWM signal has a frequency of 250 kHz, and a duty cycle step size of 1/128 = 31.25…
Hi Junichi,
Yes, it is likely that the period of under 0V is short enough that the internal component is not stressed too much; however, since this is outside of the datasheet specs we cannot guarantee survival of the device in these conditions.
Reducing…
Part Number: LM5106 Other Parts Discussed in Thread: CSD19502Q5B , CSD Hi
I am trying to simulate the LTspice model of LM5106 , But i am getting the error after 2ms . It would be helpful if the corrected file is shared.
Part Number: LM5106 Hi, The LM5106 claims to be able to drive both Half Bridge and Synch Buck. LM5106 https://www.ti.com/lit/ds/snvs424d/snvs424d.pdf?ts=1682172441045&ref_url=https%253A%252F%252Fwww.google.com%252F However, the strategy is different for…
Part Number: LM5106 Hello,
Is the pin FMEA details available for LM5106. Would like to understand the impact of open circuit, Short to VCC, short to GND and short to adjacent pin condition for each pins of LM5106
Thanks
Arun
Part Number: LM5106 Other Parts Discussed in Thread: UCC27324 Hi expert,
I want to know whether we have a part which do not have UVLO function, or do we have a method to disable UVLO.
Since customer just want LM5106 to expand the PWM.
BR
Emma
Part Number: LM5106 Other Parts Discussed in Thread: LMG1025-Q1 Hello, LM5106 is being used for the motor driver. The problem is that LM5106 is burning.
There is a problem that GND is shaken because there is a mistake in the artwork.
By the way, I'm…
Part Number: LM5106 Hi,
In the datasheet I found:
"The LM5106 is a single PWM input gate driver with Enable that offers a programmable dead-time. The dead-time is set with a resistor at the RDT pin and can be adjusted from 100 ns to 600 ns. The wide…
Part Number: LM5106 I'm using a LM5106 to drive a half bridge but the high side seems to be shutting off in a very strange way.
It turns off well until it gets to the supply voltage; it then holds at supply voltage for approximately 50ns and then continues…