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倍频器 ASG， ATSG，AFsG和AMG二倍频模块（三倍频、四倍频）的功能是通过倍频转换输入波长。输入波长可以从720nm -1600nm，工作原理是利用倍频技术产生稳定的激光源，在飞秒量级的应用中具有较好光束质量和优秀的脉冲扩展。 产品特色：高转换效率小离散角小光束发散角 不发热 产品一览表：产品型号输入波长范围二倍频输出三倍频输出四倍频输出转换效率ASG720-1600 nm360-800 nmnonoSH: 20-50%ATsG 750-1600 nm375-800 nm250-533 nmnoSH: 20-50% TH: 3-15%AFsG820-1600 nm410-800 nmno205-400 nmSH: 20-50% FH: 3-10%AMG780-1600 nm390-800 nm260-533 nm195-400 nmSH: 30-60% TH: 5-10% FH: 1-10% 产品详细参数详情：ASG. 二倍频器二倍频用于上转换（倍频）飞秒激光源的固有频率。ASG-O(for oscillators)ASG-A(for amplifiers)可实现的输入波长范围*720-1600 nm输入波长调谐范围**50-100 nm输出波长***360-800 nm输入脉宽20 fs输入偏振linear, horizontal输出偏振linear, vertical输入平均功率0.1-3 W10 W输入脉冲能量2 uJ2 uJ - 10 mJ输入光斑直径1/е^22 mm10 mm转换效率****20-50%30-50%脉冲展宽100 fs尺寸280x140x190 mm* - may be covered by several exchangeable optics sets, please indicate the desired wavelength range upon your request ** - typical with one optics set, depends on exact central wavelength and pulse duration *** - defined by input wavelength **** - defined by input pulse energy and input pulse duration. ATsG.二倍频、三倍频器（用于飞秒激光）ATsG-O(for oscillators)ATsG-A(for amplifiers)可实现的输入波长范围*750-1600 nm输入波长调谐范围**50-100 nm输出波长***375-800 nm (SH)250-533 nm (TH)输入脉宽20 fs输入偏振linear, horizontal输入平均功率0.3-3 W10 W输入脉冲能量2 uJ2 uJ - 10 mJ输入光斑直径1/е^22 mm10 mm转换效率****20-50% (SH)3-8% (TH)30-50% (SH)8-15% (TH)脉冲展宽100 fs (SH)200 fs (TH)100 fs (SH)180 fs (TH)输出偏振SH - linear, vertical ТГ - linear, horizontal尺寸480x222x192 mm* - may be covered by several exchangeable optics sets, please indicate the desired wavelength range upon your request ** - typical with one optics set, depends on exact central wavelength and pulse duration *** - defined by input wavelength **** - defined by input pulse energy and input pulse duration. AFsG. 二倍频、四倍频器（用于超快激光）AFsG-A-1045 二倍频和四倍频用于Yb-Doped 固态和光纤放大系统AFsG-O(for oscillators)AFsG-A(for amplifiers)可实现的输入波长范围*820-1600 nm输入波长调谐范围**50-100 nm输出波长***410-800 nm (SH)205-400 nm (FH)输入脉宽50 fs输入偏振linear, horizontal输入平均功率0.3-3 W10 W输入脉冲能量2 uJ2 uJ - 10 mJ输入光斑直径1/е^22 mm8 mm转换效率****20-50% (SH)3-8% (FH)30-50% (SH)5-10% (FH)脉冲展宽100 fs (SH), 1000 fs (FH)输出偏振SH - linear, vertical FH - linear, horizontal尺寸480x222x192 mm* - may be covered by several exchangeable optics sets, please indicate the desired wavelength range upon your request ** - typical with one optics set,depends on exact central wavelength and pulse duration *** - defined by input wavelength **** - defined by input pulse energy and input pulse duration. AMG.二倍频、三倍频、四倍频模块AMG-A-1030多倍频器用于1um放大器 AMG-A(for amplifiers)可实现的输入波长范围*780-1600 nm输入波长调谐范围**50-100 nm输出波长***390-800 nm (SH)260-533 nm (TH)195-400 nm (SH)输入脉宽50 fs输入偏振linear, horizontal输入平均功率10 W输入脉冲能量0.2-10 mJ输入光斑直径1/е^28 mm转换效率****30-50% (SH), 5-10% (TH), 1-10% (FH)脉冲展宽100 fs (SH), 250 fs (TH), 1000 fs (FH)输出偏振linear: SH - vertical TH - horizontal FH - vertical尺寸480x222x192 mm* - may be covered by several exchangeable optics sets, please indicate the desired wavelength range upon your request ** - typical with one optics set, depends on exact central wavelength and pulse duration *** - defined by input wavelength **** - defined by input pulse energy and input pulse duration.

Antares-20倍布氏压痕测量高亮显微镜参数及特点测量范围：0-6mm（分辨率0.05mm）放大倍数：20电源：3V(内置LED光源，可避免环境光源对读数结果的影响，外壳指示灯指示内部LED灯，电源可持续工作50小时)工作空间：直径40mm（狭窄空间可选择直径16mm小基座，另有稳定环，提高测量稳定性）标准：符合ASTM E10，ANSI/NCSL-Z54，ISO/IEC 17025尺寸：H153mm，Dmax 51mm重量：0.6kg

TargetSystem 特性显著缩减制备时间不受操作人员技能影响完美的再现性无需成本昂贵的磨料薄膜TargetSystem 设计用于微电子组件和扁平化目标制备。这是第一款失效分析工具，可对可见目标和隐藏目标进行实时对齐和测量，例如微型穿孔和 BGA。系统精度高达 +/- 5 μm。较短的制备时间智能制备系统 (IPS) 可根据实际样品属性和研磨/抛光表面自动调整消除时间和速率。这意味着可将测量和制备时间缩减至 30 分钟以内。再现性自动化工艺使得 TargetSystem 不受操作人员技能的影响，无论何人操作都可确保再现性。降低运行成本TargetSystem 可与任何 SiC 纸或其他耗材配合使用，无需成本昂贵的研磨薄片。请点击此处，登录官网查询设备具体详情。