Determination of the ultraviolet and visible spectral response of a charge‐injectiondevice array detector

Lewis, Hilton; Denton, M. Bonner

doi:10.1155/s1463924681000035

Cited by 5 publications

(1 citation statement)

References 16 publications

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“…12 Also, the simple electrode structure leaves a significant amount of silicon exposed to incident radiation, which in turn leads to high sensitivity in the blue-visible and UV spectral region. 13 Another important property of the CID is that pixels may be accessed in a pseudorandom manner. 3 ' 11 This permits the reading of only the particular pixels of interest without having to read or purge charge from other pixels.…”

Section: Characterization Of a Charge-injection-device Camera System mentioning

confidence: 99%

Characterization Of A Charge-Injection-Device Camera System As A Multichannel Spectroscopic Detector

Sims

Denton

1987

Opt. Eng

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A solid -state camera system designed for use as a multichannel detection system for spectroscopic applications is evaluated. The camera is based on a charge-injection-device sensor that permits very high dynamic range operation by virtue of its unique nondestructive readout capability.Methods of determining gain and readout noise are discussed. Performance of the camera system is evaluated with respect to sensitivity, linearity, readout noise, and dynamic range. The use of nondestructive readout to reduce effective readout noise and increase dynamic range is described. Spectral responses in the visible and ultraviolet of coronene-coated and uncoated devices are reported. Various time -dependent anomalies caused by interface trapped charge are discussed.

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Section: Characterization Of a Charge-injection-device Camera System mentioning

confidence: 99%

Characterization Of A Charge-Injection-Device Camera System As A Multichannel Spectroscopic Detector

Sims

Denton

1987

Opt. Eng

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Novel applications of multichannel spectroscopy in pharmaceutical analysis

Fell

Clark

Scott

1983

Journal of Pharmaceutical and Biomedical Analysis

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Charge Transfer Device Detectors for Analytical Optical Spectroscopy—Operation and Characteristics

et al. 1987

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This article is the first in a two-part series describing the operation, characteristics, and application of a new class of solid-state multichannel UV-visible detectors. In this paper, charge transfer devices (CTDs) are described. Detector characteristics pertinent to spectroscopic application—including quantum efficiency, read noise, dark count rate, and available formats—are emphasized. Unique capabilities, such as the ability to nondestructively read out the detector array and the ability to alter the effective detector element size by a process called binning, are described. CTDs with peak quantum efficiencies over 80% and significant responsivity over the wavelength range of 0.1 nm to 1100 nm are discussed. Exceptionally low dark count rates, which allow integration times of up to many hours and read noises more than two orders of magnitude lower than those read by commercially available PDA detectors, contribute to the outstanding performance offered by these detectors.

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Determination of the ultraviolet and visible spectral response of a charge‐injectiondevice array detector

Cited by 5 publications

References 16 publications

Characterization Of A Charge-Injection-Device Camera System As A Multichannel Spectroscopic Detector

Characterization Of A Charge-Injection-Device Camera System As A Multichannel Spectroscopic Detector

Novel applications of multichannel spectroscopy in pharmaceutical analysis

Charge Transfer Device Detectors for Analytical Optical Spectroscopy—Operation and Characteristics

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