Part Number: LMG1205HBEVM Other Parts Discussed in Thread: LMG1205 Tool/software: Hello, I hope all is well.
I have a question regarding LMG1205HBEVM. I want to use it as a half-bridge converter. My application specs is VDC_link=10 V, fsw=800kHz and…
Part Number: LMG1205HBEVM Other Parts Discussed in Thread: LMG1205 Tool/software: Hello! I am driving a LMG1205HBEVM with 0.166MHz PWM into a 60 Ohm load. J1(Vin) = 6V J2(PWM_IN) = 3.1V PWM (HI) via BNC; GND,GND,NC(LI) to ground. J3(Vbus) = 12V J4(Vout…
Part Number: LMG1205HBEVM Other Parts Discussed in Thread: LMG1205 Hello,
We are trying to amplify a sine wave pwm (generated by a TMS570) using the LMG1205HBEVM evaluation board. We noticed an abnormally high current with the default EVM board when…
Part Number: LMG1205HBEVM Hello,
MOSFET blow up during load testing, I have below questions:
1- Vpp was between -2.5 and +2.5, that could be an issue to blow up Mosfets? PS: Mosfet was working for testing current from 1 to 10 ampere then suddenly…
Part Number: LMG1205HBEVM Hi Team,
A customer bought 2 sets of LMG1205HBEVM. He tested the boards without load at the supply voltage of 20V without any problem. Then he connected Tekpower 3710A and set it as a constant current load. He powered the board…
Part Number: LMG1205HBEVM Other Parts Discussed in Thread: LMG1205 , LMG1210 Hi Team,
According to Using the LMG1205HBEVM User's guide, Page 8 has the following Dead time circuit.
Do you know if this is a property or stability that can be put to…
Good morning Jeff, and thank you for your continued help.
I'm including the same pdf with the internal copper layers and screen shots of layers 1&2 and all layers with that net highlighted in that region.
There are five via sets in the stack-up…
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…
Part Number: LMG1205 I need to use LMG1205 with 15MHz working frequency, refer to LMG1205HBEVM circuit for simulation. But the output power is not enough, is there any way to increase the output power.
Ok, got it.
So, for testing purpose (in order to test existing pcb boards, that we have on hands) it could be better to try https://www.ti.com/tool/LMG1205HBEVM , does it? 1. Unsolder LM5113SD
2. Connect PWM signal from Microchip controller to LMG1205HBEVM…
