Part Number: LMG3410R070 We use ENR201610F-100M for the buck-boost inductor. We find the VNEG will be no output when we re-soldering GaN or Inductor. May I know how to select the inductor? Is the ENR201610F not suitable for this design?
BR,
Gary
0.033…
Part Number: LMG3410R070 Hi!
The datasheet of the LMG3410R070 suggest using C3D1P7060Q as bootstrap diode for hardswitching applications.
That part is however now obsolete. What new part would you recommend?
I have so far used IDL02G65C5XUMA2 but is seems…
Part Number: LMG3410R070 Questions relate to information given about the LMG3410R070 requirements relating to the ground planes and source connection regarding termination of bypass capacitors and the boost inductor. From data sheet - SNOSD10F –APRIL…
Part Number: LMG3410R070 Hi There,
Am I able to obtain theTI the FIT or any other reliability data for the LMG3410R0x0? This will allow my customer to do some analysis to determine theirproduct's lifetime.
Regards,
Part Number: LMG3410R070 Other Parts Discussed in Thread: LMG3422R050 Hi There,
I have a customer designing with LMG3410R070 and have a question on the LMG3410R070 at higher voltages. Essentially we want to know if we can run this 600V rated part reliably…
Part Number: LMG3410R070 Other Parts Discussed in Thread: PSPICE-FOR-TI , TINA-TI Hello,
I want to simulate a synchronous Buck converter using two LMG3410R070 GaN FETs. Please can you answer the following questions:
1) I have downloaded a LMG3410 buck…
Part Number: LMG3410R070 Hi,
I am developing the LMG3410R070 and currently have a problem with noise at the RDRV pin.
I would like to send you the circuit diagram and waveform of the custom board for consultation, but as this is confidential information…
Part Number: LMG3410R070 Hello experts,
for an onboard charger design, we are having 3.3kW Single PFC (using totempole pfc as front end) and followed by PSFB. Now planning to do incremental design for 3 phase with 11kW power capacity. Since the component…
Part Number: LMG3410R070 Other Parts Discussed in Thread: UCC28950 Hi Team,
Did TI have the reference design of UCC28950+LMG341X ?
My customer has a new project and needs support, thanks.
Condition:
Input: 180~425Vdc
Output: 12V/1500W