We present flexible common source and cascode amplifiers fabricated on a free-standing plastic foil, using amorphous-Indium-Gallium-Zinc-Oxide (a-IGZO) TFTs with minimum channel lengths of 2.5 μm. Amplifiers are operated at a supply voltage V DD of 5 V, and exhibit maximum cutoff frequencies f C of 1.2 MHz. The circuits stay fully operational while bent to a tensile radius of 5 mm, and after 1000 cycles of repeated bending and re-flattening. To our knowledge, these are the fastest flexible oxide semiconductor based amplifiers
The quest for high-performance flexible circuits call for scaling of the minimum feature size in thi...
This paper reviews the recent progress of active high-frequency electronics on plastic, and gives an...
This paper reviews the recent progress of active high-frequency electronics on plastic, and gives an...
We present flexible common source and cascode amplifiers fabricated on a free-standing plastic foil,...
An all-enhancement operational amplifier operating at 5 V and comprising 16 n-type amorphous indium-...
Flexible and conformable devices operated in contact with the human body, or fabricated using cost e...
n this letter, the AC performance and influence of bending on flexible IGZO thin-film transistors, e...
The internet of things or foldable phones call for a variety of flexible sensor conditioning and tra...
In this letter, the AC performance and influence of bending on flexible IGZO thin-film transistors, ...
In this letter, the AC performance and influence of bending on flexible IGZO thin-film transistors, ...
Recently flexible electronics has experienced tremendous advances, enabling the demonstration and so...
This paper presents two high-gain amplifiers fabricated in a flexible self-aligned amorphous indium ...
This paper reviews the recent progress of active high-frequency electronics on plastic, and gives an...
This paper presents two high-gain amplifiers fabricated in a flexible self-aligned amorphous indium ...
The quest for high-performance flexible circuits call for scaling of the minimum feature size in thi...
The quest for high-performance flexible circuits call for scaling of the minimum feature size in thi...
This paper reviews the recent progress of active high-frequency electronics on plastic, and gives an...
This paper reviews the recent progress of active high-frequency electronics on plastic, and gives an...
We present flexible common source and cascode amplifiers fabricated on a free-standing plastic foil,...
An all-enhancement operational amplifier operating at 5 V and comprising 16 n-type amorphous indium-...
Flexible and conformable devices operated in contact with the human body, or fabricated using cost e...
n this letter, the AC performance and influence of bending on flexible IGZO thin-film transistors, e...
The internet of things or foldable phones call for a variety of flexible sensor conditioning and tra...
In this letter, the AC performance and influence of bending on flexible IGZO thin-film transistors, ...
In this letter, the AC performance and influence of bending on flexible IGZO thin-film transistors, ...
Recently flexible electronics has experienced tremendous advances, enabling the demonstration and so...
This paper presents two high-gain amplifiers fabricated in a flexible self-aligned amorphous indium ...
This paper reviews the recent progress of active high-frequency electronics on plastic, and gives an...
This paper presents two high-gain amplifiers fabricated in a flexible self-aligned amorphous indium ...
The quest for high-performance flexible circuits call for scaling of the minimum feature size in thi...
The quest for high-performance flexible circuits call for scaling of the minimum feature size in thi...
This paper reviews the recent progress of active high-frequency electronics on plastic, and gives an...
This paper reviews the recent progress of active high-frequency electronics on plastic, and gives an...