Easy to Follow Voltage Mode vs Current Mode vs Voltage Mode + Voltage Feedforward Control Methods

Рет қаралды 4,645

2 ай бұрын

When applied to switch mode power supplies, the most common control methods are Voltage Mode Control, Peak Current Mode Control and Voltage Mode Control with Input Voltage Feedforward.
In this video, Dr Seyed Ali Shirsavar of Biricha Digital will explain, in his easy to follow way, how these control methods work, what their advantages and disadvantages and which one is most suitable for your application.
A more detailed presentation including an easy to follow Power Supply Control Method Selection Flowchart can be downloaded from here:
www.biricha.com/psudf-vimode
For our current sense circuit design video please visit here:
• Current Transformer ba...

Пікірлер: 9

@anorthernsoul153 6 сағат бұрын

Great explanation! Thanks Dr!

@dwagner6 Ай бұрын

Every video is just great! You really have a gift for explaining these things.

@user-rx3qi8lv8t Ай бұрын

Very nice Ali

@joet4348 Ай бұрын

Awesome. Thank you for this direct explanation. It helps contextualize the control schemes I've seen and clarifies the advantages and disadvantages.

@peterbulanyi1708 Ай бұрын

Fabulous video. I recommend all your teaching videos, they are such a valuable resource. Thanks for producing and sharing them.

@perrynew8153 Ай бұрын

A pleasure to follow your teachings on all these subtleties and techniques of power electronics. Regarding your series on capacitors, which capacitor technologies would be most appropriate for the creation of compensation networks (error amplifier) of SMPS ? Thank you

@joet4348 Ай бұрын

I'm not the poster, but I believe ceramic caps are pretty common for the PI / compensation amp. They have good capacitance density so they can be quite small. X7R dielectrics are pretty common; they have good capacitance density (lot of capacitance in a small package), usually have a ±10% tolerance but the capacitance has some voltage dependence. C0G dielectrics are also available; they have lower capacitance density but have very little voltage dependence and are available with ±5% tolerance. X7R is usually good if you need a larger capacitance and / or precision is not too important like filtering applications and C0G is generally better for applications where precision is important like setting a precise delay time. There are other ceramic dielectrics available that you can check out if you're curious.