Part Number: UCC5350 Hi Tier,
I would like to discuss the SCH&PCB layout for UCC5350M. Could you help recommended the SCH&PCB Layout when MOSFET placed by back to back. 1. the CLAMP of UCC5350M connected after Rg.ext, right? 2. there is need the…
Part Number: UCC5350 Other Parts Discussed in Thread: SN6501 , UCC21551 I want to use UCC5350MC to drive the MOS transistor in the BUCK circuit, and I would like to ask:
(1) How do I connect the VEE pins on the secondary side of the chip? Can it be directly…
Part Number: ATL431LI Other Parts Discussed in Thread: UCC5350 , ATL431 Hi
I am using UCC5350 in 3 phase bridge circuit , sadly i decided later in the project to use isolated Bipolar dc/dc converter (+15/-9) for gate drive supply 15 connected to VDD and…
Part Number: UCC5350 Other Parts Discussed in Thread: UCC27511 Hi
Due to component placement constraints, the PWM traces may become excessively long.
We aim to shift the PWM signal level from 3.3V to 12V to minimize interference. Are there any design…
Hi Haiwen,
Voltage is always defined as a potential between two nodes. Let's make sure to define what each voltage is referenced to.
Let's say the high voltage power supply of a half bridge is 100V, and power ground is 0V. There are two NMOS in series…
Part Number: UCC5350-Q1 Hi team,
Could you confirm if my understanding shown in lower for "tPWmin1" and "tPWmin2" correct?
tPWmin1 "No response at OUT where OUT <10% × VCC2"; this is deglitch filter time on IN+ and IN- pin when "OUT…
Part Number: UCC5350 Dear TI Expert,
Good Day!
I'm using UCC5350MC to drive four SIC Mosfets(C3M0040120K) in parallel, and i would like to know Miler Clamp connection for all SIC Mosfets.
I refer to another miler clamp application discussion article…
Part Number: UCC5350 Hi,teams
The following is the UCC5350 specification. When the chip uses 3.3V power supply and the input high level is 3.3V, if there is a little burr in the input at this time, it may exceed VCC1+0.3V and cause chip damage. Please…
Part Number: UCC5350 Other Parts Discussed in Thread: ALLIGATOR Hi,
Customer want to evaluate the risk about negative voltage between Vout to VEE2 pin.
The negative voltage will occur in the MOSFET transition duration. Here is the waveform.
The maximum…