Hello,
Your figure has some problems, allow me to explain:
The reason we use an isolator for signals to the half bridge is to account for the different reference potentials between the high side (Vbus to switch node) and the low side (switch node to GND…
Part Number: LMG3411R150 Other Parts Discussed in Thread: LMG3410R150 , TIDA-010059 , TIDA-00915 Hi team, Good day. Our customer is interested in using the LMG341xR150 for motor driver application and has the following questions.
"Do you have an authorized…
Part Number: LMG3411R150 Hello,
We have an application that has minimum storage temperature of -65C and degraded operating temperature of -55C.
We are considering using TI P/N LMG3411R150 for this application.
However, TI P/N LMG3411R150 datasheet indicates…
Part Number: LMG3411R150 Other Parts Discussed in Thread: UCC28065 , , LMG3410R150 Hi Team,
Customers are looking for 500W GAN total solutions Can we arrange concall with customer to introduce TI products to customers ?
UCC28065(PFC) + LMG3410R150(GAN) …
Part Number: LMG3411R150 Hi team,
My customer is interested in LMG3411.
Could you tell me if there is thermal simulation model for LMG3411?
Best regards,
Takuya
Part Number: LMG3411R150 GaN FET support team,
I would like to create a spread sheet for calculating the power loss of GaN FET. Please show the detailed formula of power loss or introduce the document.
Regards,
Tamio
Part Number: TIDA-010059 Other Parts Discussed in Thread: LMG3411R050 , LMG3411R150 , TIDA-00915 Hi support team all.
I created a board using the Gerber data published in TIDA-010059. A 3-phase BLDC is driven in an open loop with sinusoidal wave. The rotation…
Part Number: LMG3411R150 Hi Sir,
May I learn from you does LMG3411R150 can use in parallel application circuit?
If yes, do you have any data or reference circuit could share to me?
If not, may I know the reason?
Thank you.
Edward Chen
Part Number: LMG3411R150 Other Parts Discussed in Thread: LMG3411EVM-031 , Hi All,
How much Wattage can the LMG3411EVM-031 cover with a normal LLC at a normal frequency?