Part Number: UCC14131-Q1 Tool/software: BY ANY CHANCE IS THERE A STEP (214) FILE AVAILABLE FOR THE SUBJECT PART? I WOULD LIKE TO USE IT IN MY CAD MODEL. THANK YOU IN ADVANCE FOR ANY ASISTANCE.
Part Number: UCC14131-Q1 Other Parts Discussed in Thread: SN6501 , Tool/software: Dear team,
Can it be used for normal isolated DCDC, not the bias supply?
I like to use it for 12V -> 12V isolated DCDC for small size, as alternative of SN6501 + external…
Part Number: UCC14131-Q1 Tool/software: Hello,
are the Temperatures according to efficiency given in the datasheet Tjunction or Tambient ?
If the Efficiency is Junction Temperature are there any values for Tjunction 120°C available?
Thanks a l…
Part Number: UCC14131-Q1
Hello,
does the UCC14131-Q1 IC function with a variable input voltage, ranging from 15.2V under load up to 19.3V without any load?
I need it for driving GaN MOSFETs, so the output voltage level will be at the lower end. Does…
Part Number: UCC14131-Q1 Other Parts Discussed in Thread: UCC14141-Q1 , When will TI have DIN EN IEC 60747-17 (VDE 0884-17) Certification, we require it to put into our design.
Thanks
Part Number: UCC14131-Q1 Hello, is it planned to release the UCC14131 or similar Isolated DC/DC modules for a working voltage of 1500V (8 kV surge isolation voltage; Basic Isoltaion rating)? Many thanks in advance.
Part Number: UCC14131-Q1 Other Parts Discussed in Thread: UCC25800-Q1 , SN6507-Q1 Hi,
I'm looking for a power solution for SiC MOSFET drive.
The power rating is 10KW.
As the PCB area is small, so i have to find a compact design for this.
Based on that…
Part Number: UCC14131-Q1 Other Parts Discussed in Thread: UCC25800-Q1 , UCC14240-Q1 , SN6501-Q1 , LM5180-Q1 , SN6507 , UCC25800
Hi Expert Iam working on topology trade off between different isolated gate driver bias supply for cascoded GaN. I have performing…
Part Number: UCC14131-Q1
Hi Expert , Could you please provide the un-encrypted spice model of the IC UCC14131-Q1 for simulation purpose?. It is a production based design only. Your timely response would be greatly appreciated. Kind regards, Unnimaya.V
12V to 12V single output is no problem but you will not be able to get 12V to 3.3V from the third schematic shown. Download and complete the UCC14131 Excel Calculation Tool . You should be able to complete the tab labeled as "Dual Output" where VIN=12V…