Other Parts Discussed in Thread: PMP10804 , UCC28631 , UCC28632 , UCC28633 , PMP9643 , UCC28630 Below are the specs as tried to check from web that Ti does not have EVM available.
VAC: 110V ~ 265V
Vout: 24V@4A
During no load, power supply should…
Other Parts Discussed in Thread: UCC28633 , UCC28631 Dear Ti,
I would like to check whether is Ti able to provide a solution of AC/DC with below required specs:-
Vin: 87 ~ 276VAC
Vout: 24V@7A (VDC)
Solution must be able to pass the EMC and…
Part Number: UCC28630 Other Parts Discussed in Thread: TIDA-00386 , , MCF8316A Hi,
We developed a low voltage ceiling fan controller using TI devices.
Power Supply : TIDA-00386 Power Supply (UCC28630), Flyback transformer is Wurth 750343068
Motor…
Hi Jaden,
Can you take a look at Ti spreadsheet with my design parameters in it.
Please note the suggested vs overridden number of turns. We went with a transformer with Np=58, Ns=3, Nb=8. If I follow the ratios suggested in the sheet, I'm off by…
ACGUY
UCC24650 is a special wake up IC that's designed to work with specific primary side regulated flyback controllers from TI. It only works with UCC28730 and UCC28633.
Our promotional material for UCC24650 is included in the promotional material…
Thanks Eric,
I have calculated the values according to your suggestions.
The input is 36V (min), 48V(nom) and 72V(max). The output is 12V at 65W. So, 12V@5.5A. If we back calculate with an efficiency of 85%, the input current is 1A min(72V) and…
I am currently an undergrad engineering student at the University of Toronto. For my project, I need to use a flyback converter whose duty cycle is controlled by a microcontroller or a microchip. At the start of the design, the microcontroller might not…
Part Number: UCC28633 Hi,
I am trying to understand the typical application example in the datasheet of UCC2863x. Under section "9.2.4.7 Transformer Selection and Design", I am having a difficult time to use the equation 46 in my application parameters…
Part Number: UCC28633 In UCC2863x datasheet at section "9.2.4.8 Slope Compensation Verification", I couldn't follow this paragraph:
"As listed in Table 7, the specified peak-load transient is 130 W for 2 ms. In a worst case, peak transient timing with…
