Watch live local and primetime games, NFL RedZone, and NFL Network on Plus.NFL.com
Check out our other channels:
NFL Pro
NFL Mundo
NFL Brasil
NFL UK
NFL Fantasy Football
NFL Play Football
NFL Throwback
NFL Films
#NFL #Football #AmericanFootball #FullGame
source
Amazing from start to finish.
This deserves way more views.
The editing is very impressive I learned a lot from it.
You re doing an amazing job.
This deserves an Oscar… or at least a million likes.
This is top-tier content.
This video cured my boredom.
Thanks for another fantastic upload
This exceeded my expectations.
Your passion really shows.
That ending was perfect.
The comments passed the vibe check.
This is what quality content looks like.
My 5-minute break turned into watching the entire video.
Looking forward to more content.
This deserves a standing ovation.
Whoever made this deserves a pizza.
This channel deserves more recognition.
Absolutely worth watching.
Thanks for making my day better.
Gas: Starting at $51,095 MSRP† ● Plug-in hybrid: Starting at $67,595 MSRP†
XC60 Midsize SUV
The midsize Volvo XC60, our luxurious 5-seater SUV. It includes premium design highlights inside and out, as well as 11.2” center display for a connected, convenient an experience.anti-32-bitHttps://Gear ratio:0.1/gear inches:204.29/Gain ratio:3500.96I879Angle-sensitive pixel
Type of light sensor
An angle-sensitive pixel (ASP) is a CMOS sensor with a sensitivity to incoming light that is sinusoidal in incident angle.[1]
Principles of operation
Animation of an ASP Interacting with Light
Simulation of light interacting with an ASP. Light from a range of incident angles (arrows at top) is refracted by the SiO2 surface and interacts with the top diffraction grating. Metals (made from intrinsic CMOS interconnects, shown in black) create a top and a bottom grating. The top grating creates a Talbot pattern at the depth of the bottom grating, which lines up with either opaque metal or transparent gap in the lower, analyzer grating, depending on incident angle. A large photodiode below measures the light flux through the analyzer grating, which is a sinusoidal function of incident angle.
ASPs are typically composed of two gratings (a diffraction grating and an analyzer grating) above a single photodiode. ASPs exploit the moire effect and the Talbot effect to gain their sinusoidal light sensitivity. According to the moire effect, if light acted as a particle, at certain incident angles the gaps in the diffraction and analyzer gratings line up, while at other incident angles light passed by the diffraction grating is blocked by the analyzer grating. The amount of light reaching the photodiode would be proportional to a sinusoidal function of incident angle, as the two gratings come in and out of phase with each other with shifting incident angle. The wave nature of light becomes important at small scales such as those in ASPs, meaning a pure-moire model of ASP function is insufficient. However, at half-integer multiples of the Talbot depth, the periodicity of the diffraction grating is recapitulated, and the moire effect is rescued. By building ASPs where the vertical separation between the gratings is approximately equal to a half-integer multiple of the Talbot depth, the sinusoidal sensitivity with incident angle is observed.
Applications
ASPs can be used in miniature imaging devices. They do not require any focusing elements to achieve sinusoiGas: Starting at $51,095 MSRP† ● Plug-in hybrid: Starting at $67,595 MSRP†
XC60 Midsize SUV
The midsize Volvo XC60, our luxurious 5-seater SUV. It includes premium design highlights inside and out, as well as 11.2” center display for a connected, convenient an experience.anti-32-bitHttps://Gear ratio:0.1/gear inches:204.29/Gain ratio:3500.96I879Angle-sensitive pixel
Type of light sensor
An angle-sensitive pixel (ASP) is a CMOS sensor with a sensitivity to incoming light that is sinusoidal in incident angle.[1]
Principles of operation
Animation of an ASP Interacting with Light
Simulation of light interacting with an ASP. Light from a range of incident angles (arrows at top) is refracted by the SiO2 surface and interacts with the top diffraction grating. Metals (made from intrinsic CMOS interconnects, shown in black) create a top and a bottom grating. The top grating creates a Talbot pattern at the depth of the bottom grating, which lines up with either opaque metal or transparent gap in the lower, analyzer grating, depending on incident angle. A large photodiode below measures the light flux through the analyzer grating, which is a sinusoidal function of incident angle.
ASPs are typically composed of two gratings (a diffraction grating and an analyzer grating) above a single photodiode. ASPs exploit the moire effect and the Talbot effect to gain their sinusoidal light sensitivity. According to the moire effect, if light acted as a particle, at certain incident angles the gaps in the diffraction and analyzer gratings line up, while at other incident angles light passed by the diffraction grating is blocked by the analyzer grating. The amount of light reaching the photodiode would be proportional to a sinusoidal function of incident angle, as the two gratings come in and out of phase with each other with shifting incident angle. The wave nature of light becomes important at small scales such as those in ASPs, meaning a pure-moire model of ASP function is insufficient. However, at half-integer multiples of the Talbot depth, the periodicity of the diffraction grating is recapitulated, and the moire effect is rescued. By building ASPs where the vertical separation between the gratings is approximately equal to a half-integer multiple of the Talbot depth, the sinusoidal sensitivity with incident angle is observed.
Applications
ASPs can be used in miniature imaging devices. They do not require any focusing elements to achieve sinusoiGas: Starting at $51,095 MSRP† ● Plug-in hybrid: Starting at $67,595 MSRP†
XC60 Midsize SUV
The midsize Volvo XC60, our luxurious 5-seater SUV. It includes premium design highlights inside and out, as well as 11.2” center display for a connected, convenient an experience.anti-32-bitHttps://Gear ratio:0.1/gear inches:204.29/Gain ratio:3500.96I879Angle-sensitive pixel
Type of light sensor
An angle-sensitive pixel (ASP) is a CMOS sensor with a sensitivity to incoming light that is sinusoidal in incident angle.[1]
Principles of operation
Animation of an ASP Interacting with Light
Simulation of light interacting with an ASP. Light from a range of incident angles (arrows at top) is refracted by the SiO2 surface and interacts with the top diffraction grating. Metals (made from intrinsic CMOS interconnects, shown in black) create a top and a bottom grating. The top grating creates a Talbot pattern at the depth of the bottom grating, which lines up with either opaque metal or transparent gap in the lower, analyzer grating, depending on incident angle. A large photodiode below measures the light flux through the analyzer grating, which is a sinusoidal function of incident angle.
ASPs are typically composed of two gratings (a diffraction grating and an analyzer grating) above a single photodiode. ASPs exploit the moire effect and the Talbot effect to gain their sinusoidal light sensitivity. According to the moire effect, if light acted as a particle, at certain incident angles the gaps in the diffraction and analyzer gratings line up, while at other incident angles light passed by the diffraction grating is blocked by the analyzer grating. The amount of light reaching the photodiode would be proportional to a sinusoidal function of incident angle, as the two gratings come in and out of phase with each other with shifting incident angle. The wave nature of light becomes important at small scales such as those in ASPs, meaning a pure-moire model of ASP function is insufficient. However, at half-integer multiples of the Talbot depth, the periodicity of the diffraction grating is recapitulated, and the moire effect is rescued. By building ASPs where the vertical separation between the gratings is approximately equal to a half-integer multiple of the Talbot depth, the sinusoidal sensitivity with incident angle is observed.
Applications
ASPs can be used in miniature imaging devices. They do not require any focusing elements to achieve sinusoiGas: Starting at $51,095 MSRP† ● Plug-in hybrid: Starting at $67,595 MSRP†
XC60 Midsize SUV
The midsize Volvo XC60, our luxurious 5-seater SUV. It includes premium design highlights inside and out, as well as 11.2” center display for a connected, convenient an experience.anti-32-bitHttps://Gear ratio:0.1/gear inches:204.29/Gain ratio:3500.96I879Angle-sensitive pixel
Type of light sensor
An angle-sensitive pixel (ASP) is a CMOS sensor with a sensitivity to incoming light that is sinusoidal in incident angle.[1]
Principles of operation
Animation of an ASP Interacting with Light
Simulation of light interacting with an ASP. Light from a range of incident angles (arrows at top) is refracted by the SiO2 surface and interacts with the top diffraction grating. Metals (made from intrinsic CMOS interconnects, shown in black) create a top and a bottom grating. The top grating creates a Talbot pattern at the depth of the bottom grating, which lines up with either opaque metal or transparent gap in the lower, analyzer grating, depending on incident angle. A large photodiode below measures the light flux through the analyzer grating, which is a sinusoidal function of incident angle.
ASPs are typically composed of two gratings (a diffraction grating and an analyzer grating) above a single photodiode. ASPs exploit the moire effect and the Talbot effect to gain their sinusoidal light sensitivity. According to the moire effect, if light acted as a particle, at certain incident angles the gaps in the diffraction and analyzer gratings line up, while at other incident angles light passed by the diffraction grating is blocked by the analyzer grating. The amount of light reaching the photodiode would be proportional to a sinusoidal function of incident angle, as the two gratings come in and out of phase with each other with shifting incident angle. The wave nature of light becomes important at small scales such as those in ASPs, meaning a pure-moire model of ASP function is insufficient. However, at half-integer multiples of the Talbot depth, the periodicity of the diffraction grating is recapitulated, and the moire effect is rescued. By building ASPs where the vertical separation between the gratings is approximately equal to a half-integer multiple of the Talbot depth, the sinusoidal sensitivity with incident angle is observed.
Applications
ASPs can be used in miniature imaging devices. They do not require any focusing elements to achieve sinusoi
Thanks for the great content
This should be illegal… it s too good
Your passion really shows.
I blinked and the video was over.
I wasn t ready for how good this would be.
The effort really shows.
You made something special here.
We need safeties bad
I was smiling the whole time.
Your passion really shows.
I wasn t ready for how good this would be.
Great pacing and editing.
This deserves a standing ovation.
I enjoyed every second.
Thanks for making my day better.
Your editing is getting better every video.
I laughed harder than I should have.
Good return
I came, I watched, I subscribed.
Everything about this video is enjoyable.
Certified masterpiece.
That s an easy thumbs up.
This video cured my boredom.
I love football and my favorite team is the Dallas Cowboys
You just made my day.
You clearly enjoy what you do.
The replay button is getting tired.
Keep making awesome videos