The Mcp (MCP) consists of millions of very-thin, conductive glass capillaries (4 to 25 micro meters in diameter) fused together and sliced into a thin plate. Each capillary or channel works as an independent secondary-electron multiplier to form a two-dimensional secondary-electron multiplier. The MCP shows a high detection efficiency to electrons and ions. It is also sensitive to a wide range of other radiation including UV, VUV, soft X-ray photons and neutrons. The MCP offers many advantages over conventional detectors, compact, light weight, good timing properties due to short length, high gain, excellent pulse height distribution and two-dimensional imaging when used in conjunction with a phosphor screen. MCPs are used in mass spectroscopy, low light level imaging and all types of electron microscopes.
Samsung’s MCP portfolio leverages the company’s expertise in memory design and semiconductor process technologies. Its MCPs are built using its lowpower memory technology so that mobile devices will consume as little power as possible. In addition, Samsung’s core MCP technology utilizes the company’s skills in wafer thinning, same-die stacking, wire bonding – chip to chip and long-wire bonding – and molding.
The memory chips included in Samsung MCPs are built using advanced process technologies – from 90 to 65 nanometers. The company’s ongoing investments in fabs and technology assure customers of MCPs that will stay on the leading edge.
One of the many advantages of Samsung MCPs is the consistent use of the
same packaging and footprint, which makes it easy to professional scale between different Samsung MCP combinations. In addition, Samsung customers are assured of broad options within the same footprint.
dicam pro
This is a high performance intensified Manufacturer of ccd camera system with gating times down to 1.5 ns. With its 12 bit dynamic range and a high resolution CCD image sensor it features an excellent signal-to-noise-ratio and the ability of single photon detection. The system is suited for applications in environments with high electromagnetic disturbances. A high speed serial fiber optic data link connects the system to the PC. The industrial camera can be triggered by light or electrical input.
