WinCamD-GCM
采用GigE Vision接口，支持長達100米的遠距離傳輸
可通過以太網網絡訪問光束分析儀
WinCamD-GCM千兆網遠距離光束分析系統
遠距離可擴展的GigE Vision光束分析解決方案
采用與WinCamD-LCM相同的傳感器（11.3×11.3mm有效感光區，420萬像素，5.5×5.5μm像素尺寸，全局快門），WinCamD-GCM通過GigE Vision?接口實現遠距離應用（傳輸距離可達約100米），并可輕松集成到現有網絡系統中。
核心特性
? 標準GigE Vision千兆網接口
? CMOS探測器支持355-1150nm波長
? 420萬像素分辨率(2048×2048)
? 5.5μm像素尺寸
? 可選MagND™磁性ND濾鏡或C接口濾鏡
? 2500:1信噪比(RMS)
? 帶TTL觸發的全局快門
? 40μs-2s電子自動快門(47dB動態范圍)
? 12位模數轉換
? 隔離脈沖觸發功能
? 支持多相機并行采集
? 可現場更換圖像傳感器
? 無窗傳感器標準配置，消除干涉條紋
? 可選ISO 11146 M2測量套件（光束傳播/發散角/焦點分析）
? 兼容大光束(LBPS)和線激光(LLPS)分析系統
典型應用
? 需要長距離布線的應用場景
? 連續/脈沖激光束形分析
? 激光設備現場維護
? 光學系統裝調與校準
? 光束漂移監測記錄
? M2參數測量
（注：通過”千兆網”明確接口類型；”約100米”符合中文技術文檔表述習慣；保持與系列產品統一的參數排版格式）
系統優勢：
工業級網絡接口，抗干擾能力強
適合集成到自動化產線監測系統
支持多臺設備組網監控
保持WinCamD系列的高精度測量性能
| Specification | Detail |
|---|---|
| Wavelength | WinCamD-GCM: 355 to 1150 nm WinCamD-GCM-1310: 355 to 1350 nm (includes long pass filter) WinCamD-GCM-TEL: 1480 to 1610 nm WinCamD-GCM-UV: 190 to 1150 nm |
| Pixel Count? H x V | 4.2 MPixel? 2048 x 2048 |
| Optical Format | 1″ |
| Image Area | 11.3 x 11.3 mm |
| Pixel Dimension | 5.5 x 5.5 μm |
| Min. Beam (10 pixels) | ~55 μm |
| Shutter Type | Global |
| Max Frame Rate | TBA |
| Single Pulse Capture PRR | TBA |
| Signal to RMS Noise | 2,500:1 (34 dB optical / 68 dB electrical) |
| Electronic Shutter Range | TBA |
| ADC | 12-bit |
| Measurable Sources | CW beams? pulsed sources; CW to 12.6 kHz with single pulse isolation Software configurable Auto-trigger? Synchronous & Variable Delay |
| Measured Beam Powers | See Charts |
| Manual Beam Attenuation | Includes ND-1, ND-2, and ND-4?magnetic ND filters?or?C-mount ND filters |
| Displayed Profiles | Line? 2D & 3D plots. Normalized or un-normalized. Linear or Logarithmic? Zoom x10 2D? 3D in 10? 32 or max. colors or grayscale Contoured display at 10 and 32 colors |
| Measured & Displayed Profile Parameters | Raw and smoothed profiles Triangular running average filter up to 10% FWHM |
| Beam Diameter | Diameter at two user set Clip levels Gaussian & ISO 11146 Second Moment beam diameters Equivalent diameter above a user defined Clip level Equivalent Slit and Knife Edge diameters |
| Beam Fits | Gaussian & Top Hat profile fit & % fit Equivalent Slit profile |
| Beam Ellipticity | Major? Minor & Mean diameters. Auto-orientation of axes. |
| Centroid Position | Relative and absolute Intensity Weighted Centroid and Geometric Center Beam Wander Display and Statistics |
| Measurement Accuracy (not limited to pixel size) | 0.1 μm processing resolution for interpolated diameters. Absolute accuracy is beam profile dependent – ~1 μm accuracy is frequently achievable. Centroid accuracy is also beam dependent (as good as ±1 μ since it is arithmetically determined from all pixels above the centroid clip level). |
| Processing Options | Image & profile Averaging? 1? 5? 10? 20? Continuous. Background Capture and Subtraction. User set rectangular Capture Block for capture User set or Auto ellipse Inclusion region with beam tracking for processing *.ojf files save all WinCamD custom settings for particular test configurations |
| Pass/Fail display | On-screen selectable Pass/Fail colors. Ideal for QA & Production. |
| Log Data and Statistics | Min.? Max.? Mean? Standard Deviation? to 4096 samples |
| Relative Power Measurement | Rolling histogram based on user’s initial input. Units of mW? μJ? dBm? % or user choice (relative to a reference measurement input) |
| Fluence | Fluence? within user defined area |
| Certification | RoHS? WEEE? CE |
| Multiple Cameras | TBA |
| Head Dimensions? Width x Height x Depth | 2.9 x 2.9 x 2.1 in. (72.6 x 72.6 x 54.2 mm) |
| Optical depth from housing/filter to sensor (no window) ±0.2 mm | TBA |
| Mounting | 8-32 thread, 8 mm deep |
| Weight? Camera w/ MagND and filter cover | TBA |
| Minimum Requirements | Windows 10 64-bit |
