Part Number: UCC24610 Hi Team,
There is a good new that we could DIN TI product!
Customer is looking for the replacement of TEA1995T
https://www.nxp.com/docs/en/data-sheet/TEA1995T.pdf
Please help suggest TI solution, THX
Below is customer…
Part Number: UCC24610 Other Parts Discussed in Thread: LM5026
Dear TI,
I'm designing a 66-144 VDC to 24 VDC (300W) converter using LM5026 with ACF topology. Regarding SR I have to use conditioning circuit for self-driving of FETs due to secondary…
Part Number: UCC24610 Other Parts Discussed in Thread: UC1842A , , UCC24612 Hi,
Good Day. I have a customer who is working with UC1842A. Please see below the query of the customer for your reference. Thank you very much.
I'm designing a Flyback…
Hello Oscar,
The UCC24610 does not have an internal clamp. It is up to the designer to make sure these pins do not exceed the absolute maximum rating. This can be controlled by the transformer turns ratio and the maximum output voltage. I would add…
Hi Phil,
UCC24610 is a VDS sense SR controller , that means before it decide to turn on SR FET , it should be some current flow in the body diode . then the VDS can trigger turn on threshold. if two mosfets opposing in series . this structure stop the…
Part Number: UCC24610 Hello E2E,
I want to do estimation for deadtime about secondary side full-synchronous at forward topology used two UCC24610s. Does TI know how to calculate?
Regards,
ACGUY
Hi Ben,
Thank you for your opinion. >> I would suggest placing a capacitor in series with the sync resistor instead. Could you show me that schematic? And, do you know how to simulate for UCC24610?
If we can prove to adjust or set for dead time(or…
Part Number: UCC24610 Other Parts Discussed in Thread: UCC24612 Hi,
Can you help to advise whether how can we achieve the Vout: 9V@2A by using UCC24610. Can you help to share the calculation of external components? Below is the schematic for your advise…
Part Number: UCC28780 Other Parts Discussed in Thread: UCC24610 , , UCC24612 Question: everybody is suggesting the use of general MOSFET drivers to adapt to GaN by adjusting to 5V drive levels.
So, why can I not use UCC24610 for driving the synchronous…
Part Number: UCC24610 Other Parts Discussed in Thread: UCC29950 , LM258 Team,
TIDA-00704 was designed to support output voltages of 20 to 32V. We have a customer who needs to know how this should be modified to support 12V out.
This design uses UCC24610…
