Abstract:
Pixel sensor cells, method of fabricating pixel sensor cells and design structure for pixel sensor cells. The pixel sensor cells including: a photodiode body (150) in a first region of a semiconductor layer (100); a floating diffusion node (165) in a second region of the semiconductor layer, a third region of the semiconductor layer between and abutting the first and second regions; and dielectric isolation (105) in the semiconductor layer, the dielectric isolation surrounding the first, second and third regions, the dielectric isolation abutting the first, second and third regions and the photodiode body, the dielectric isolation not abutting the floating diffusion node, portions of the second region intervening between the dielectric isolation and the floating diffusion node.
Abstract:
A reference pixel sensor cell (e.g., global shutter) with hold node for leakage cancellation, methods of manufacture and design structure is provided., A pixel array includes one or more reference pixel sensor ceils (5') dispersed locally throughout active light sensing regions (5). The one or more reference pixel sensor cells provides reference signal (Vdd or REFERENCE) used, to correct for photon generated leakage signals which vary by locality within the active light sensing regions.
Abstract:
Disclosed herein is a surface acoustic wave (SAW) filter and method of making the same. The SAW filter includes a piezoelectric substrate (110; Fig 3); a planar barrier layer (120) disposed above the piezoelectric substrate, and at least one conductor buried (130) in the piezoelectric substrate and the planar barrier layer.
Abstract:
Pixel sensor cells, method of fabricating pixel sensor cells and design structure for pixel sensor cells. The pixel sensor cells including: a photodiode body (150) in a first region of a semiconductor layer (100); a floating diffusion node (165) in a second region of the semiconductor layer, a third region of the semiconductor layer between and abutting the first and second regions; and dielectric isolation (105) in the semiconductor layer, the dielectric isolation surrounding the first, second and third regions, the dielectric isolation abutting the first, second and third regions and the photodiode body, the dielectric isolation not abutting the floating diffusion node, portions of the second region intervening between the dielectric isolation and the floating diffusion node.
Abstract:
Pixel sensor cells, method of fabricating pixel sensor cells and design structure for pixel sensor cells. The pixel sensor cells including: a photodiode body in a first region of a semiconductor layer; a floating diffusion node in a second region of the semiconductor layer, a third region of the semiconductor layer between and abutting the first and second regions; and dielectric isolation in the semiconductor layer, the dielectric isolation surrounding the first, second and third regions, the dielectric isolation abutting the first, second and third regions and the photodiode body, the dielectric isolation not abutting the floating diffusion node, portions of the second region intervening between the dielectric isolation and the floating diffusion node.
Abstract:
Pixelsensorzellen, Verfahren zur Herstellung von Pixelsensorzellen und Entwurfsstruktur für Pixelsensorzellen. Die Pixelsensorzellen umfassen das Folgende: einen Photodiodenkörper (150) in einer ersten Zone einer Halbleiterschicht (100); einen schwebenden Diffusionsknoten (165) in einer zweiten Zone der Halbleiterschicht, wobei eine dritte Zone der Halbleiterschicht zwischen der ersten und zweiten Zone angeordnet ist und an diese angrenzt; und eine dielektrische Isolierung (105) in der Halbleiterschicht, wobei die dielektrische Isolierung die erste, zweite und dritte Zone umgibt, die dielektrische Isolierung an die erste, zweite und dritte Zone und den Photodiodenkörper angrenzt und die dielektrische Isolierung nicht an den schwebenden Diffusionsknoten angrenzt, wobei Abschnitte der zweiten Zone zwischen der dielektrischen Isolierung und dem schwebenden Diffusionsknoten angeordnet sind.