MCP Photo

MCP Assemblies

MCP assemblies have multiple signal readout devices such as phosphor screens, coaxial connectors, and electrode leads to meet application needs.

Specification comparison

Type No.

Effective area

(mm)

Response speed

(ps)

Standard number of MCPs
F14845-11 Φ25 550 1
F14844 Φ14.5 2
F13446-11 Φ27 1300 2
F13447-11 Φ42 1800 2
F12334-11 Φ20 1500 2
F12395-11 Φ27 1500 2
F12396-11 Φ42 1500 2
F2225-11 Φ42 1
F2225-21 Φ42 2
F2225-21PGF Φ42 2
F2226-14 Φ77 1
F2226-24 Φ77 2

Product lineup

The F14845-11, named MIGHTION, is an ion detector using a combination of an MCP (microchannel plate) and AD (avalanche diode). It features fast time response, long service life, and other performance characteristics unique to the hybrid combination.

The F14844 is a microchannel plate (MCP) assembly with a unique triode structure*1 designed to vary the potential gradient and to suppress ion feedback*2 noise. This makes the F14844 a useful tool for portable desktop mass spectrometers in which it is difficult to install a large vacuum pumping system. The F14844 is a breakthrough ion detector that allows downsizing and cost reduction of the equipment. *1: Structure consisting of three electrodes which are the MCP-out, mesh anode, and dynode. *2: Ion feedback is the cause of unstable operation that occurs under low vacuum conditions

MCPs are made of millions to tens of millions of conductive glass capillaries bundled together to form a thin plate. F13446-11 is a microchannel plate (MCP) assembly featuring an effective diameter of Φ27 mm and supporting floating operation up to ±5 kV..

MCPs are made of millions to tens of millions of conductive glass capillaries bundled together to form a thin plate. F13447-11 is a microchannel plate (MCP) assembly featuring an effective diameter of Φ42 mm and supporting floating operation up to ±5 kV.

MCPs are made of millions to tens of millions of conductive glass capillaries bundled together to form a thin plate. F12334-11 is a compact microchannel plate (MCP) assembly featuring a low-profile design and an effective diameter of Φ20 mm, making it suitable for integration into space-constrained environments..

MCPs are made of millions to tens of millions of conductive glass capillaries bundled together to form a thin plate. F12395-11 is a compact microchannel plate (MCP) assembly featuring a low-profile design and an effective diameter of Φ27 mm, making it suitable for integration into space-constrained environments.

MCPs are made of millions to tens of millions of conductive glass capillaries bundled together to form a thin plate. F12396-11 is a compact microchannel plate (MCP) assembly featuring a low-profile design and an effective diameter of Φ42 mm, making it suitable for integration into space-constrained environments.

MCPs are made of millions to tens of millions of conductive glass capillaries bundled together to form a thin plate. F2225-11 is a microchannel plate (MCP) assembly featuring a single MCP element with an effective diameter of Φ42 mm.

MCPs are made of millions to tens of millions of conductive glass capillaries bundled together to form a thin plate. F2225-21 is a microchannel plate (MCP) assembly featuring a dual-MCP configuration with an effective diameter of Φ42 mm.

F2225-21PGF is a microchannel plate (MCP) assembly featuring a dual-MCP configuration with an effective diameter of Φ42 mm. The integrated vacuum flange facilitates easy handling and installation.

MCPs are made of millions to tens of millions of conductive glass capillaries bundled together to form a thin plate. F2226-14 is an assembly-type MCP incorporating a single MCP with an effective diameter of Φ77 mm.

MCPs are made of millions to tens of millions of conductive glass capillaries bundled together to form a thin plate. F2226-24 is a microchannel plate (MCP) assembly featuring a dual-MCP configuration with an effective diameter of Φ77 mm.

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