Trinitron 2100 monitor

Manufactured by Sony

The Trinitron 2100 monitor is a high-resolution CRT display designed for professional use in laboratory and research environments. It features a Trinitron display technology that provides a sharp, flicker-free image. The monitor supports a range of input signals and resolutions, making it suitable for various laboratory applications.

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Lab products found in correlation

Datapixx crt driver, by VPixx Technologies (2 mentions) Ls 110 photometer, by Konica Minolta (1 mentions)

Close spelling variants of this product

Trinitron monitor

2 protocols using trinitron 2100 monitor

Visual Perception Stimulus Presentation

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Stimuli were presented using a Sony Trinitron 2100 monitor with a screen resolution of 1280 × 1024 pixels and a vertical refresh rate of 100 Hz. The luminance response of the monitor was measured and calibrated using a Minolta LS-110 photometer. The luminance of the mid-grey background was 38.5 cdm

^{2}

and the maximum luminance of the monitor was 74 cdm

^{- 2}

. One pixel subtended 1.47 arc min. A Datapixx CRT Driver (Vpixx Technologies, Saint-Bruno, QC, Canada) was used to achieve 16-bit control of contrast levels. Stimuli were generated and presented using MATLAB and the Psychophysics Toolbox extensions [53 (link),54 ,55 (link)]. Responses were made via the left and right arrow keys on a standard keyboard.

Asher J.M., O’Hare L, & Hibbard P.B. (2021). No Evidence of Reduced Contrast Sensitivity in Migraine-with-Aura for Large, Narrowband, Centrally Presented Noise-Masked Stimuli. Vision, 5(2), 32.

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Psychophysical Stimuli Presentation Protocol

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Stimuli were presented using on a Sony Trinitron 2100 monitor with a screen resolution of 1280 × 1024 pixels and a vertical refresh rate of 100 Hz. One pixel subtended 0.7 arc min. A Datapixx CRT Driver (Vpixx Technologies, Saint-Bruno, QC, Canada) was used to achieve 16-bit control of contrast levels. Stimuli were generated and presented using MATLAB and the Psychophysics Toolbox extensions [35 (link),36 ,37 (link)]. Responses were made via the left and right arrow keys on a standard keyboard.

Asher J.M., O’Hare L., Romei V, & Hibbard P.B. (2018). Typical Lateral Interactions, but Increased Contrast Sensitivity, in Migraine-With-Aura. Vision, 2(1), 7.

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