尽管此类 10 W 氙气闪光灯使用的是低成本电极,但仍具有高稳定性和长寿命,因而具有多功能性,且可轻松用于各种用途。
灯的形状可选,提供球形窗或扁平窗。
参数 | L4640 | L4642 | L4644 | L4646 | L4641 | L4643 | L4645 | L4647 | 单位 | |
---|---|---|---|---|---|---|---|---|---|---|
光源形状 | 半球型 | 扁平 | 半球型 | 扁平 | 半球型 | 扁平 | 半球型 | 扁平 | - | |
电弧尺寸 | 1.5 | 3.0 | 1.5 | 3.0 | mm | |||||
窗材 | 紫外玻璃 | 硼硅玻璃 | - | |||||||
侧管材料 | 紫外玻璃 | 硼硅玻璃 | 紫外玻璃 | 硼硅玻璃 | 硼硅玻璃 | - | ||||
光谱分布 | 185 至 2500 | 240 至 2500 | nm | |||||||
主放电电压范围 | 300 至 1000 | V | ||||||||
推荐主放电电压范围 | 700 至 1000 | V | ||||||||
最大光源输入能量(每次闪光) | 参见操作条件示例 | mJ | ||||||||
最大重复频率 (*1) | 100 | Hz | ||||||||
最大平均光源输入(连续) | 参见操作条件示例 | W | ||||||||
光输出稳定性 (*2)(*3) | 典型值 | 0.5 | 0.4 | 0.5 | 0.4 | % CV | ||||
2.5 | 2.0 | 2.5 | 2.0 | % p-p | ||||||
最大值 | 1.0 | 0.8 | 1.0 | 0.8 | % CV | |||||
4.5 | 4.0 | 4.5 | 4.0 | % p-p | ||||||
保证使用寿命 (*4) | 1 × 109 | 闪光次数 | ||||||||
触发电压 | 5 至 7 | kV p-p | ||||||||
冷却方式 | 不需要 | - | ||||||||
工作温度范围 | +5 至 +40 | ℃ | ||||||||
存储温度范围 | -40 至 +90 | ℃ | ||||||||
操作湿度范围 | 低于 85%(无冷凝) | - | ||||||||
存储湿度范围 | 低于 95%(无冷凝) | - | ||||||||
触发开关(单独出售)(*5) | E2442 | E2418 | E2442 | E2418 | - |
备注:
*1:为确保高度稳定的操作,建议重复频率为 10 Hz 或以上。
*2:光输出稳定性(重复频率为 10 Hz 或以上)
光输出稳定性 (% CV) = 光输出标准偏差/平均光输出 × 100
光输出稳定性 (% p-p) =(最大光输出 – 最小光输出)/平均光输出 × 100
*3:在 5 W 工作条件下(主放电电压:1000 V,主放电电容:0.1 μF,重复频率:100 Hz)
*4:使用滨松硅光电二极管 S1336-8BQ 测量。寿命是指在 1000 V 的主放电电压、0.2 μF 的主放电电容和 100 Hz 的重复频率条件下操作光源时,190 nm 至 1100 nm 的光输出降至初始输出水平的 50% ,或光输出波动超过规定最大值的时间。
*5:请参见各选项以了解有关触发开关的信息。
主放电电容 (μF) |
主放电电压 (V) |
最大光源输入能量(每次闪光)(mJ) (*5) |
最大重复频率 (Hz) (*6) |
最大平均光源输入(连续) (W) (*7) |
电源 (单独出售) (*8) |
---|---|---|---|---|---|
0.2 | 1000 | 100.0 | 100 | 10.0 | C13316-02 |
700 | 49.0 | 100 | 4.9 | ||
0.1 | 1000 | 50.0 | 100 | 5.0 | C13315 |
700 | 24.5 | 100 | 2.5 |
备注:
*6:光源输入能量(每次闪光)(J)
E = 1/2 × Cm × Vm2 Cm:主放电电容 (F),Vm:主放电电压 (V)
*7:为确保高度稳定的操作,建议重复频率为 10 Hz 或以上。
*8:平均光源输入(连续)(W)
P = E × f E :光源输入能量(每次闪光)(J), f :重复频率 (Hz)
*9:请参见各选项以了解有关电源的信息。
滨松提供专为氙气闪光灯设计的触发开关。这些触发开关与高压变压器、电压分压电阻器和电容器集成在同一紧凑型外壳中,因此减少了绘制电路和设备设计的麻烦。
滨松提供专门设计用于实现氙气闪光灯最大性能的电源。这些都是带有内置高速充电电路和放电停止电路的开关电源。尽管这些都是小型化、大容量的电源,但能确保高度稳定的氙气闪光灯操作。
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