Hey Jeno,
You are correct, if the voltage were higher on HB-HS, the GaN FET would turn on faster. The rise time of the FET is also dependent on many factors external of the gate driver as well. The 0.53V is a quite low Vf for integrated bootstrap diodes…
Part Number: LMG1205 Other Parts Discussed in Thread: SN6501 Hello, I am using ltspice software to simulate LMG1205. The model was downloaded from the non encrypted model on the official website, but I found that there is an issue with multiple errors…
Part Number: LMG1205 Other Parts Discussed in Thread: LM5113-Q1 , , LMG1210 Tool/software: Hi TIer
I have a question about the Gan driver chip I see that the half-bridge drives chips such as LM5113-Q1 and LMG1205, which have a minimum input pulse width…
Part Number: LMG1205 Hi,
I want to use the LMG1205 to drive two EPC2016C transistors in a half-bridge configuration at 6.78 MHz, with a duty cycle of 50% and an input voltage of 48V.
From what I've seen, the LMG1205HBEVM evaluation board can drive two…
Part Number: LMG1205 Other Parts Discussed in Thread: LMG1210 Team,
We had a discussion about the output voltage undershoot already: https://e2e.ti.com/support/power-management-group/power-management/f/power-management-forum/1138025/lmg1205-voltage-undershoot…
Part Number: LMG1205 Hello team - can you help with the question below? Thanks!
Can you tell me what SAC finish these are? Look like SAC105 but not sure.
LMG1205YFXT/R
Part Number: LMG1205 Hello Texas Instruments team,
I would like to ask a question about the part LMG1205YFXR . We would like to solder it using a SN/PB solder paste but since its Lead finish/ Ball material is SNAGCU what you would recommend for better results…
Hi Klemens,
I asked our packaging expert about this subject. He mentioned that underfills are commonly used in parts like this to help meet these standards. I found one other thread where this came up also:
https://e2e.ti.com/support/power-management…
Part Number: LMG1205 Hello. I have a general question about the LMG1205 propagation delay matching. The data sheet specifies the typical value and max value, but it doesn't specify the min value.
In another words, if our input signal has a deadtime…