why linear technology do not use buck-boost topology? it still use a single inductor and capacitor.
amir89hamzah 1 month ago
Such company and they have video only 240p, pathetic.
INeedToLiveLonger 7 months ago 2
@INeedToLiveLonger
You're right.
StoesA 6 months ago
Very interesting video and good information!
In boost mode, the first transistor (left side buck) is always on. The boost side (right side) switches on and off as a boost converter.
JamesC539 11 months ago
In boost mode is that first transistor held on, or switched on at and off with the boost transistor?
sjh7132 1 year ago
Hard to understand this guy
X2YeZCAMCNC 1 year ago
Excellent video, very informative!
donx03 1 year ago
How can the voltage range of this high efficiency topology be shifted down for using on e.g. Luxeon/LEDs and LiPo cells/ultracaps?
RobsElectroSoft 2 years ago
why linear technology do not use buck-boost topology? it still use a single inductor and capacitor.
amir89hamzah 1 month ago
Such company and they have video only 240p, pathetic.
INeedToLiveLonger 7 months ago 2
@INeedToLiveLonger
You're right.
StoesA 6 months ago
Very interesting video and good information!
In boost mode, the first transistor (left side buck) is always on. The boost side (right side) switches on and off as a boost converter.
JamesC539 11 months ago
In boost mode is that first transistor held on, or switched on at and off with the boost transistor?
sjh7132 1 year ago
Hard to understand this guy
X2YeZCAMCNC 1 year ago
Excellent video, very informative!
donx03 1 year ago
How can the voltage range of this high efficiency topology be shifted down for using on e.g. Luxeon/LEDs and LiPo cells/ultracaps?
RobsElectroSoft 2 years ago