TMCPC0002EC Search Results

hamamatsu c1000

Abstract: A2098 transistor a2098 A4869 A4539 C1000-12 image intensifier quantum efficiency data 40VA A3472-50 UV led 200nm
Contextual Info: HIGH-SPEED GATED IMAGE INTENSIFIER UNITS C7244, C7245 Capturing still images of high-speed phenomena! C-mount adapter is optional. The Hamamatsu C7244 and C7245 are high-speed gated image intensifier units developed specifically for imaging of highspeed phenomena occurring at low light levels. These image intensifier units consist of an image intensifier head and its controller with a built-in high voltage power supply. The image intensifier head easily connects to the front of a CCD camera to configure a high-speed shutter camera that allows capturing still images of high-speed phenomena at any desired timing. The C7244

C6706-20

Abstract: IRS5 L1551-IRS5 820nM v709 V7090P V6886U 254 nm uv LED solar tracker circuits C6083
Contextual Info: IMAGE INTENSIFIERS Image Intensifier Image intensifiers often abbreviated as I. I. were primarily developed for nighttime viewing and surveillance under moonlight or starlight. Image intensifiers are capable of detecting and amplifying low-light-level images (weak emissions or

Contextual Info: CIRCULAR MCP AND ASSEMBLY SERIES A microchannel plate MCP is a secondary-electron multiplier which detects and amplifies electrons in two-dimensions. The MCP is sensitive not only to electrons but to ions, vacuum ultraviolet light, X-rays and γ-rays, making it useful in

hamamatsu F2226

Abstract: F1094 F2226 F2225 F1942 F1208 microchannel plate F2224 F2223 photomultiplier tube
Contextual Info: CIRCULAR MCP AND ASSEMBLY SERIES A microchannel plate MCP is a secondary-electron multiplier which detects and amplifies electrons in two-dimensions. The MCP is sensitive not only to electrons but to ions, vacuum ultraviolet light, X-rays and γ-rays, making it useful in

Contextual Info: IMAGE INTENSIFIERS Image Intensifier Image intensifiers often abbreviated as I. I. were primarily developed for nighttime viewing and surveillance under moonlight or starlight. Image intensifiers are capable of detecting and amplifying low-light-level images (weak emissions or