这款高能量调Q纳秒激光器采用调Q脉冲激光器技术,可输出1064nm, 532nm, 355nm, 266nm, 213nm, 1053nm, 526.5nm, 351nm, 263nm, 211nm激光波长,采用Nd:YLF二极管泵浦固体激光DPSS技术制造,结构紧凑而能量稳定,非常适合激光诱导击穿光谱LIBS,光致荧光光谱LIF,激光烧蚀和激光遥感等应用。
高能量调Q纳秒激光器特点
输出高达100mJ脉冲能量，平均功率可达4W
空气冷却制冷,不需要水冷
重复频率可达100Hz
短脉冲脉宽＜7ns
重复频率可调
内置同步脉冲发生器，用于触发用户其它设备，方便使用。
通过内置的以太网或WiFi接口进行远程控制
可选二倍频,三倍频,四倍频或五倍频等谐波发生器。
可选基频光衰减器
可选的光纤耦合输出
寿命高达2G个激光脉冲
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高能量调Q纳秒激光器简述高能量调Q纳秒激光器是一款紧凑高效的空气制冷Q开关激光器,具较高的脉冲峰值功率，非常适合激光诱导击穿光谱LIBS,光致荧光光谱LIF,激光烧蚀和激光遥感等应用。
高能量调Q纳秒激光器可产生100mJ@10Hz激光脉冲,具有超低发散角和较高的倍频效率,***高可到倍频波长211nm,使用OPO后波长可扩展到红外范围。
高能量调Q纳秒激光器采用全空气冷却模式得益于它*越的wall-plug效率，液体不用于传热，因此不需要经常*换冷却液或清洗冷却系统。在内部触发模式下具有较低抖动,可采用脉冲触发用户设备,如果需要，激光脉冲可以从延时发生器外部触发,允许在单次发射（single-shot）或可变脉冲重复模式下操作。
具有以太网接口,方便从电脑上控制和监测激光器,WiFi可选。
这款高能量调Q纳秒激光器可配置1053nm和1064nm基频波长，其中1053nm激光器采用Nd:YLF晶体，可以在单脉冲到***高重复频率范围内工作，而不改变发散角和光束质量。
高能量调Q纳秒激光器应用
激光诱导击穿光谱LIBS
时间飞行光谱TOFS
激光诱导荧光光谱LIF
激光闪光光解
基质辅助激光解析电离MALDI
脉冲光沉积PLD
遥感
激光烧蚀
TFT-LCD激光修复
PIV激光粒子图形测速
高能量调Q纳秒激光器参数
| Model |
Q2HE |
| -D20 |
-D50 |
-D100 |
-E20 |
-E50 |
-F10 |
-F20 |
| Wavelength |
1064 nm |
1053 nm |
| Pulse repetition rate 2) |
20 Hz |
50 Hz |
100 Hz |
20 Hz |
50Hz |
10 Hz |
20 Hz |
| Pulse energy |
40 mJ |
70 mJ |
100 mJ |
| Typical pulse duration 3) |
< 7 ns |
< 6 ns |
| Pulse to pulse energy stability |
<0.5 % RMS 4) |
| Power drift |
± 3.0 % 5) |
| Beam profile |
Bell-shaped, >75 % fit to Gaussian |
| Beam divergence 6) |
< 1 mrad |
| Polarization |
Linear, horizontal |
| Typical beam diameter 7) |
3.0 mm |
4.0 mm |
5.0 mm |
| Jitter |
< 0.5 ns RMS8) |
| Optional harmonics generator 9) |
| Pulse energy, mJ |
| 526.5/532 nm |
20 mJ |
35 mJ |
50 mJ |
| 351/355 nm |
12 mJ |
20 mJ |
30 mJ |
| 263/266 nm |
5 mJ |
10 mJ |
15 mJ |
| 211/213 nm |
1.5 mJ |
3 mJ |
6 mJ |
| Optional attenuator 10) |
| Transmission range |
1% – 95 % |
| Dimensions |
| Laser head, (W×L×H) |
190 × 408 × 155 mm3 |
| Controller unit, (W×L×H) |
108× 191 × 59 mm3 |
| Power adapter, (W×L×H) |
192 × 178 × 46 mm3 typical |
| Operating requirements |
| Cooling requirements |
Air cooled |
| Ambient temperature |
15 – 30 ºC |
15 – 27 ºC |
| Relative humidity |
10 – 80 % (non-condensing) |
| Mains voltage |
90-230 VAC, single phase, 47-63 Hz. 11) |
| Average power consumption |
50 W |
100 W |
150 W |
80 W |
150 W |
70W |
120W |
- Due to continuous improvements all specifications are subject to change. Unless stated otherwise all specifications are measured at fundamental wavelength and maximum pulse repetition rate. The parameters marked typical are not specifications. They are indications of typical performance and will vary with each unit we manufacture.
- Factory-set pulse repetition rate is fixed at max repetition rate shown in the table. Pulse repetition rate up to 200 Hz are available by request.
- At FWHM level at 1064 nm, measured with 350 ps rise time photodiode.
- Measured during 30 seconds operation after warm-up.
- Over 8 hour period after 20 minutes of warm-up when ambient temperature variation is less than ±2 °C.
- Full angle measured at the 1/e2level.
- Beam diameter is measured 20 cm from laser output at the 4σ level.
- In respect to falling edge of pump diode triggering pulse.
- Q2HE is compatible with our attachable second harmonic generator and all models of stand-alone H-SMART harmonics generator. Pulse energies presented here are maximum values. Please refer to harmonic generator datasheets for detailed specifications.
- Motorized attenuator intended to be attached to the laser housing. Transmission can be changed remotely trough laser web-server control interface.
- Laser can be powered from appropriate 27 VDC power source. Please inquire for details.
纳秒可调谐激光器
