Microchannel Electron Multiplier (MEM) MEM 100×100
Youopto microchannel electron multipliers (MEMs) are microchannel plates (MCPs), electronic devices dedicated to detecting and amplifying charged particles and radiation. An MCP comprises millions of ultrathin conductive-glass capillaries, each acting as an independent secondary-electron multiplier. Within application equipment, MEMs amplify weak signals and detect particle coordinate parameters.
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Overview
Specifications
| Parameter | Value |
|---|---|
| MEM longitudinal dimension [Figure 03] | 99.5~100,0 |
| Active area dimensions [Figure 03] | Min 96.0×96.0 |
| Thickness [Figure 03] | 0.6~1.0 mm |
| Channel diameter [Figure 03] | 9~12 μm |
| Channel pitch [Figure 03] | Max 15.0 |
| Channel bias angle [Figure 03] | 6~10 degrees |
| Supply voltage corresponding to gain of 10⁴ [Explicit Superscript in Figure 03] | Max 1200 |
| Gain non-uniformity over the active area [Figure 03] | Max 10 |
| Electrical resistance [800V Supply Voltage; Explicit Superscript in Figure 03] | 0.2~10 ×10⁸ Ohm |
| Dark current density [Figure 03] | Max 1×10⁻¹³ |
| Testing voltage [Figure 03] | Max 1350 |
| MEM cross sectional dimension [Figure 03] | 99.5~100,0 |
Key Features
Datasheet
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Supplier Information
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