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10MHz(LD)激光二极管脉冲光源
10MHz laser diode (LD) pulse
light source
MDL-III -660R/350mW
一、成果简介
Diode infrared laser module at 660 nm is
made features of ultra compact, long lifetime, low cost and easy operating,
which is used in measurement, communication, spectrum analysis, etc.This pulse
LD laser source at 660 nm has the features of high rise time, high repetition
rate,,short pulse duration, which is widely used in sensor, scientific
research, industry, etc.
红外激光二极管模块在660纳米特性的超紧凑、长寿命、低成本和容易操作,用于测量、通信、频谱分析、本脉冲LD激光源在660
nm的特点高上升时间、高重复率、短脉冲持续时间,这是广泛应用于传感器、科学研究、工业等。
二、主要技术指标
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Wavelength |
660±10 |
nm |
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Pulse Peak Power rate |
350 |
mW |
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Rise Time |
1.2 |
nS |
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Rep. rate |
SpecifiedShielding="center">(stable pulse energy, peak, duration and period). |
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Different rep. rate in the range of 1Hz-100kHz can
be obtained by input an external TTL signal. |
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Beam Spot |
Round |
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Energy distribution |
Even |
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Ave power stability |
<5 |
% (over 4 hours) |
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Warm-up time |
<1 |
Second |
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Beam divergence, full angle |
<3 |
mrad |
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Operating temperature |
-40~+65 |
℃ |
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Power supply |
12.0 |
V |
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Expected lifetime |
10000 |
hours |
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Expected lifetime |
10000 |
hours |
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Expected lifetime |
10000 |
hours |
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Warranty period |
1 |
Year |
二、应用范围
A、测速传感器
B、探测器标定
C、科学实验
D、生物应用
四、使用内置信号发生器的操作步骤
*步：关闭12V电源，然后将12V负极和黑线连接；
第二步：将12V正极和红线连接；
第三步：将橙色线和绿色线连接，用胶带缠好，做好绝缘处理；
第四步： 开启12V电源,绿色指示灯亮，红色指示灯亮,激光脉冲输出。
五、使用外部信号发生器的操作步骤
*步：关闭信号发生器，将信号发生器的负极和棕色线相连；
第二步：关闭信号发生器，将信号发生器的正极和橙色线相连；
第三步：关闭12V电源，将12V负极和黑线连接；
第四步：将12V正极和红线连接；绿色线做好绝缘处理；
第五步：开启12V电源，绿色指示灯亮；开启信号发生器，红色指示灯亮，激光脉冲输出。
特种电源销售订制热销
