HAMAMATSU Manuals

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The document provides information and characteristics of the P2823 supplier.

CdS photoconductive cells are used for sensing the strength of light

C5331 series APD module is a single 5V supply APD module, which has the characteristics of high sensitivity, small size, light weight and low price. It can be used for APD evaluation, spatial light transmission, bar code readers, laser radars, optical rangefinders, optical communications and other fields.

This document describes the features and characteristics of the infrared detector modules, including high signal-to-noise ratio, compact size, and ease of use. The modules operate simply by connecting to a DC power supply and are suitable for infrared detection and CO2 laser detection. The document also mentions the availability of custom devices tailored to specific applications.

This document is the datasheet of S2381 to S2385, S5139, S8611, S3884 photodiode products, which mainly introduces the product features, characteristics, parameters, uses, etc.

This document describes the features and characteristics of the R5900U-L16 and H7260 series products, including high cathode sensitivity, high speed response, and multi-channel linear array applications.

S8380/S8381 series are designed to have higher sensitivity in the infrared and soft X-ray regions when compared to standard NMOS linear image sensors. The peak sensitivity wavelength is in the near IR region (λp=750 nm).

L2D2灯泡(氘灯) from Germany Dinghao has the longest life, the highest light output and the best stability. Its ceramic structure ensures a uniform and optimum temperature distribution, which are the most important factors for stable operation. The L2-4000 series lamps assure an operating life of 4000 hours-4 times longer than conventional lamps. This is the longest operat- ing life of any deuterium lamp. The L2-2000 series lamps produce 1.3 times higher light output than conven- tional lamps. The L2-4000 series lamps even offer light output 1.1 times higher than conventional lamps.

C7921 is a newly developed digital X-ray image sensor for non-destructive inspection, biomedical imaging, X-ray microscopy, and other real-time X-ray imaging applications requiring high resolution and high image quality. It consists of a sensor board and a control board, assembled in a thin, flat, and compact package. The sensor board contains a CsI scintillator plate, a two-dimensional photodiode array with FET switches, and a signal processing IC chip. The photodiode array has a 1056 × 1056 pixel format with minimized blooming and is highly sensitive to bluish green light emitted from the CsI scintillator. Each row of pixels is addressed in sequence by the vertical shift register connected to the gate line. Light emission occurs when X-rays are absorbed in the CsI scintillator. This light emission enters directly into the two-dimensional photodiode array where an electric charge is stored in each pixel according to the light intensity. This charge is then transferred to the corresponding data line by applying a control signal to the vertical shift register. The sensor board also has 8 charge-sensitive amplifier arrays, each having 132 channel amplifiers with a horizontal shift register. These amplifiers, with a total of 1056 channels, are connected to a CDS (Correlated Double Sampling) circuit that senses the charge on each video line and sends it as the analog video signal from each amplifier array.

This product is a circuit board for signal processing of 1D PSD with the features of no complicated adjustments, high accuracy position sensing and compact design.