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inkista
inkista
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Ionization, radiation, transistor wear, color filter aging, and so on... In normal use you will never see anything weird except the dead pixel count slowly rising that are not mapped out. The worst ones are those that are a little bit lighter/darker than the others. Hard to map them out if they are not exactly stuck. See Since I am on the Active Pixel Sensors Papers by Prof. Glenn H. Chapmanphone this link may be an interesting readhttp://www2.ensc.sfu.ca/~glennc/apspapers.html

Basically all electronic devices degrade. Take your cheap memory card for example. Or solidSolid state drives and so on. Everything fails. Just depends on the time. I'll try to find the PDF materials regarding CMOSCmos sensors used in medicine where they had problems. In the end, the sensor is an analog device and quite many things can mess up the analog signal on a nano scale circuit.

Ionization, radiation, transistor wear, color filter aging, and so on... In normal use you will never see anything weird except the dead pixel count slowly rising that are not mapped out. The worst ones are those that are a little bit lighter/darker than the others. Hard to map them out if they are not exactly stuck. See the Active Pixel Sensors Papers by Prof. Glenn H. Chapman.

Basically all electronic devices degrade. Take your cheap memory card for example. Or solid state drives and so on. Everything fails. Just depends on the time. I'll try to find the PDF materials regarding CMOS sensors used in medicine where they had problems. In the end, the sensor is an analog device and many things can mess up the analog signal on a nano scale circuit.

Ionization, radiation, transistor wear, color filter aging and so on... In normal use you will never see anything weird except dead pixel count slowly rising that are not mapped out. The worst ones are those that are a little bit lighter/darker than the others. Hard to map them out if they are not exactly stuck. Since I am on the phone this link may be an interesting readhttp://www2.ensc.sfu.ca/~glennc/apspapers.html

Basically all electronic devices degrade. Take your cheap memory card for example. Or Solid state drives and so on. Everything fails. Just depends on the time. I'll try to find the PDF materials regarding Cmos sensors used in medicine where they had problems. In the end the sensor is analog device and quite many things can mess up the analog signal on nano scale circuit.

Worked in the text with a bit of info on where the link goes. Small grammar edits.
Source Link
inkista
inkista
  • 53k
  • 10
  • 91
  • 163

Ionization, radiation, transistor wear, color filter aging, and so on... In normal use you will never see anything weird except the dead pixel count slowly rising that are not mapped out. The worst ones are those that are a little bit lighter/darker than the others. Hard to map them out if they are not exactly stuck. Since I am onSee the phone this link may be an interesting readhttp://www2.ensc.sfu.ca/~glennc/apspapersActive Pixel Sensors Papers by Prof. Glenn H. Chapman.html

Basically all electronic devices degrade. Take your cheap memory card for example. Or Solidsolid state drives and so on. Everything fails. Just depends on the time. I'll try to find the PDF materials regarding CmosCMOS sensors used in medicine where they had problems. In the end, the sensor is an analog device and quite many things can mess up the analog signal on a nano scale circuit.

Ionization, radiation, transistor wear, color filter aging and so on... In normal use you will never see anything weird except dead pixel count slowly rising that are not mapped out. The worst ones are those that are a little bit lighter/darker than the others. Hard to map them out if they are not exactly stuck. Since I am on the phone this link may be an interesting readhttp://www2.ensc.sfu.ca/~glennc/apspapers.html

Basically all electronic devices degrade. Take your cheap memory card for example. Or Solid state drives and so on. Everything fails. Just depends on the time. I'll try to find the PDF materials regarding Cmos sensors used in medicine where they had problems. In the end the sensor is analog device and quite many things can mess up the analog signal on nano scale circuit.

Ionization, radiation, transistor wear, color filter aging, and so on... In normal use you will never see anything weird except the dead pixel count slowly rising that are not mapped out. The worst ones are those that are a little bit lighter/darker than the others. Hard to map them out if they are not exactly stuck. See the Active Pixel Sensors Papers by Prof. Glenn H. Chapman.

Basically all electronic devices degrade. Take your cheap memory card for example. Or solid state drives and so on. Everything fails. Just depends on the time. I'll try to find the PDF materials regarding CMOS sensors used in medicine where they had problems. In the end, the sensor is an analog device and many things can mess up the analog signal on a nano scale circuit.

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user48173
user48173
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Ionization, radiation, transistor wear, color filter aging and so on... In normal use you will never see anything weird except dead pixel count slowly rising that are not mapped out. The worst ones are those that are a little bit lighter/darker than the others. Hard to map them out if they are not exactly stuck. Since I am on the phone this link may be an interesting readhttp://www2.ensc.sfu.ca/~glennc/apspapers.html

Basically all electronic devices degrade. Take your cheap memory card for example. Or Solid state drives and so on. Everything fails. Just depends on the time. I'll try to find the PDF materials regarding Cmos sensors used in medicine where they had problems. In the end the sensor is analog device and quite many things can mess up the analog signal on nano scale circuit.