Part Number: TIDA-00182 Other Parts Discussed in Thread: TIDA-00199 , UCC28701 We are using TI reference TIDA-00182 design for my application, I am able to design all primary parameters by using reference design formulas, In the reference design they…
Hi Nicholas,
A single flyback converter with multiple output windings similar to TIDA-00199 or TIDA-010006 can be used for generating the gate drive voltages.
For higher power output motor drive inverters like TIDA-00917 it is better to use multiple…
Hi,
The transformer design specs are given in Section 2.2 on Page 5 of the Design guide ( https://www.ti.com/lit/ug/tidu411/tidu411.pdf )
You can modify Vin & Vout specs as per your requirement and provide to the transformer manufacturer - they can…
Dear Frank,
i am trying to reach you for our discussion regarding Splits power supply on the below thread. will you please comment on that as I am stuck in between regarding the transformer design as you have suggested. Please reach out as I have few…
Hello Mohsen, Thankyou for looking into TIDA-00366. 16v supply is meant for gate drivers and we left it as an option to operate either in bootstrap config or with dedicated supply rails. We do only sub system designs and in this case we focused on gate…
Part Number: LM5160A Other Parts Discussed in Thread: LM5160 , TIDA-00199 Hi everyone,
I have question about GT03-122-037-B transformer model of Ice Components, This transformer have 2 seconder as 1:2.5:2.5. I am planning to obtain 20V and -5V for driving…
Hello MAA,
Let me rephrase to add clarity : when I meant external supply - I referred to external isolated supply like TIDA-00199. This would ensure all gate drivers have supply including AMC130X at start up. For the bootstrap technique it doesn't matter…
Vishal,
We have lots of good content on how to design a Fly-Buck. Here are a few ( 1 , 2 , 3 ) but you can search more on google or ti.com.
In general, though, you can add more windings to get more output voltages. I've seen success with up to 4 isolated…
Part Number: LM5160 Hi,
I am developing Three-Phase Inverter Gate Drive circuit.
I design the Isolated IGBT gate drive power following TIDA-00199 reference design, but changing Zener diode "BZX84J-B15,115" to "BZX84-B15".
Schematic is down below…
After more research, I realize that what I really want is best described as a circuit like the TIDA-00199 reference design, but which can run on 12V. The transformer appears to have a 1:2.33 ratio between the primary and all secondaries, which explains…
