PHOTO diodes 
related topic: Fiber technology,
Lasers, Opto-electronics,
Opto electronic circuits |
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Avalance photodiodes
Avalanche photodiodes, Avalanche photodiode detectors have and will continue to
be used in many diverse applications such as laser range finders and photon
correlation studies. This paper discusses APD structures, critical performance
parameters and the excess noise factor, pdf file |
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Avalanche photodiodes avalanche photodiodes, pdf file |
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Avalanche photodiodes: a user's guide this paper discusses APD structures,
critical performance parameters and the excess noise factor, for low-light
detection in the 200 to 1150 nm range, the designer has three basic detector
choices - the silicon PIN detector, the silicon avalanche photodiode (APD) and
the photomultiplier tube (PMT), pdf file |
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Basic PIN Photodiode Characteristics
Basic PIN Photodiode Characteristics, Input Light Intensity, Temperature And
Bias effects, Detector/ Filter Combination, Avalanche Photodiodes, High Speed
Devices, Opto Hybrids, Noise and lower limit of detectivity, UV / Soft X-Ray
Enhanced Series, Position Sensing Devices (PSDs), Packaging / Mechanical |
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BPW43 Silicon PIN Photodiode
BPW43 is a very high speed PIN photodiode in a standard T–1 plastic package, pdf file |
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Characteristics of a Photodiode pdf file |
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Fiber optic components for communication systems Photodiodes are
semiconductor devices responsive to high energy particles and photons.
Photodiodes operate by absorption of photons or charged particles and generate a
flow of current in an external circuit, proportional to the incident power, pdf file |
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Designing
Photodiode Amplifier Circuits with OPA128 pdf file |
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Fiber Optic Detectors detectors perform the opposite function of light emitters. They
convert optical signals back into electrical impulses that are used by the
receiving end of the fiber optic data, pdf file |
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Germanium detectors
a Ge photodiode generates a current across the p-n or p-i-n junction when
photons of sufficient energy are absorbed within the active region |
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Infra
Red Remote Control and Data Transmission An Introduction to Photodiodes -
Load Circuits and Applications, pdf file |
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Laser Diodes |
| Microwave PIN
diodes microwave PIN
diodes |
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Photodiode
monitoring with op amps |
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Photo
diode photodiode technical information, pdf file |
| Photo
diode photodiode construction, photodiode polarity, responsivity, spectral
response, linearity, quantum efficiency, temperature effects, respons time,
circuits |
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Photodiode characteristics
silicon photodiodes are semiconductor devices responsive to highenergy particles and photons. Photodiodes operate by absorption of photons or charged
particles and generate a flow of current in an external circuit, proportional to
the incident power, pdf file |
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Photodiode characteristics and applications pdf-file |
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Photodiode Technical Information pdf-file |
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Photodiode technology photodiode technology, Photodiode Construction,
Photodiode Polarity, Responsivity Spectral Response, Linearity, Quantum Efficiency, Temperature Effects |
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Photodiodes a photodiode is a solid-state device that converts light into an
electric current. In principle, any pn junction exposed to light will
function as a photodiode. "Light" here not only includes visible light, but also
infrared and ultraviolet light, pdf-file |
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Photonic detectors |
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Photodiodes
The purpose of any photodetector is to convert electromagnetic radiation into an
electronic signal—ideally one that is proportional to incident light intensity,
...,
pdf file |
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Photodiodes |
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Photodiodes
spectral response of photodiodes |
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Photodiodes
Avalanche Type, Schottky Type, PIN Type, PNN+ Type, Planar Diffusion Type,
Low-Capacitance Planar Diffusion Type, Photodiode equivalent circuit, Spectral
response, Si PIN photodiode, Response speed and frequency response, Basic
photodiode connection, Light pulse response, Spectral response of APD |
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Photodiodes
silicon photodiodes
are constructed from single crystal silicon wafers similar to those used in the
manufacture of integrated circuits. The major difference is that photodiodes
require higher purity silicon |
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Photodiode-Phototransistor technology
photodiode technology, silicon photodiodes are constructed from single crystal silicon wafers similar to those used in the manufacture of integrated circuits,
pdf file |
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PIN Diodes Application Note GaAs PIN diodes for use in Microwave
applications ranging from switches, attenuators, phase shifters to limiter
circuits,
pdf file |
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PIN diodes
pdf file |
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PIN photodiodes
PIN photodiodes |
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PIN photodiode PIN is an acronym for P-Intrinsic-N, and
refers to the construction geometry of these diodes, where intrinsic
semiconductor material is sandwiched between p- and n-semiconductor
material,
pdf file |
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PIN diodes as switches |
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Semiconductor optical detectors
Photodiode and Photovoltaic Detectors |
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Semiconductor optical detectors |
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Si Avalance Photodiodes Characteristics and use of SI APD,
pdf file |
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Silicon
Avalanche Photodiodes The operation principle of an APD is based on the
conversion of the energy of photons (γ-quanta, ionizing particles) into free
charge carriers in the semiconductor bulk and their further multiplication via
the process of impact ionization, ..., pdf file |
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Horizontaal |
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2011-01-02
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