VECTOR 系列焦热电激光功率计探头

VECTOR 系列焦热电激光功率计探头是一种热电型激光功率计。具有高精确度和高灵敏度，低噪音，光谱范围宽，响应速度快，操作简便等特点。探测器每一个波长经过, 严格的NIST校准，广泛应用于医用激光，激光器生产和激光技术等精密测量之中。

特点：
 体积小巧，方便携带
 结构坚固 &n, bsp;
 便携式激光能量、功率测量
 探测器经过严格的NIST校准
 高灵敏度
 USB接口

Fig.1 光谱范围图

主要参数：

型号	SP25	SPHF25	SPHD25	SP50	SPHF50	SPHD50	P25	PHF25
口径直径	25.4mm	25.4 mm	25.4 mm	50.8 mm	50.8 mm	50.8 mm	25.4 mm	25.4 mm
光谱范围	See Fig. 1	See Fig. 1	See Fig. 1	See Fig. 1	See Fig. 1	See Fig. 1	See Fig. 1	See Fig. 1
最大功率	5 W*	5 W*	5 W*	5 W*	5 W*	5 W*	5 W*	5 W*
最小能量	7%**	7%**	7%**	7%**	7%**	7%**	7%**	7%**
噪音	4 μJ	4 μJ	4 μJ	16 μJ	16 μJ	16 μJ	4 μJ	4 μJ
最大能量密度	See Note 25	See Note 25	See Note 26	See Note 25	See Note 25	See Note 26	See Note 25	See Note 25
精确度	5%	5%	8%	5%	5%	8%	5%	5%
输出灵敏度	8 V/J	8 V/J	2 V/J	2 V/J	2 V/J	2 V/J	8 V/J	8 V/J
最大重复频率	100 pps	400 pps	40 pps	50 pps	400 pps	20 pps	100 pps	400 pps
最大脉冲时间	0.2 msec	0.045 msec	0.2 msec	0.4 msec	0.045 msec	0.4 msec	0.2 msec	0.045 msec
尺寸/cm	5.8 x 5.8 x 1.4	5.8 x 5.8 x 1.4	5.8 x 5.8 x 1.4	7.6 x 7.6 x 1.5	7.6 x 7.6 x 1.5	6.12 x 5.77	6.12 x 5.77	6.12 x 5.77

#p#分页标题#e#

型号	PHD25	PHDX25	PHDX25UV	PHDX50	PHDX50UV	P50	PHF50	PHD50
口径直径	25.4 mm	7 mm	7 mm	15 mm	15 mm	50.8 mm	50.8 mm	50.8 mm
光谱范围	See Fig. 1	See Fig. 1	See Fig. 1	See Fig. 1	See Fig. 1	See Fig. 1	See Fig. 1	See Fig. 1
最大功率	5 W*	5 W*	5 W*	10 W*	10 W*	10W*	10 W*	10 W*
最小能量	7%**	7%**	7%**	7%**	7%**	7%**	7%**	7%**
噪音	4 μJ	4 μJ	4 μJ	16 μJ	16 μJ	16 μJ	16 μJ	16 μJ
最大能量密度	See Note 26	See Note 27	See Note 28	See Note 27	See Note 28	See Note 25	See Note 25	See Note 26
精确度	8%	8%	8%	8%	8%	5%	5%	8%
输出灵敏度	2 V/J	2 V/J	2 V/J	2 V/J	2 V/J	2 V/J	2 V/J	2 V/J
最大重复频率	40 pps	40 pps	40 pps	20 pps	20 pps	50 pps	400 pps	20 pps
最大脉冲时间	0.2 msec	0.2 msec	0.2 msec	0.4 msec	0.4 msec	0.4 msec	0.045 msec	0.4 msec
尺寸/cm	6.12 x 5.77	8.76 x 9.88	8.76 x 9.88	8.76 x 9.88	8.76 x 9.88	6.12 x 5.77	6.12 x 5.77	6.12 x 5.77

#p#分页标题#e#

备注：*全辐照传感器 **中心吸收 ***选择的范围

#p#副标题#e#

NOTE

Note 1	AC2501, AC5001 30W/cm²@1064nm, 23W/cm²@532nm, 8.5W/cm²@355nm, 175mW/cm²@266nm
Note 2	ACX2501, ACX5001 Note 1 specs x 8 for 400nm to 1.2µm
Note 3	AC25UV, AC50UV, 384UV5, 388UV5, UC150UV 50W/cm²@355nm
Note 4	AC2504, AC5004 35W/cm²@1064nm
Note 5	AC2501, AC5001 100GW/cm²@1064nm, 78GW/cm²@532nm, 29GW/cm²@355nm, 580MW/cm²@266nm
Note 6	AC25UV, AC50UV, 384UV5, 388UV5, UC150UV Repetitive pulses: 101MW/cm²@355nm; Single pulses: 3.5GW/cm²@355nm
Note 7	AC2504, AC5004 125GW/cm²@1064nm
Note 8	AC2500, AC5000, 360401, 360801, UC150 Max J/cm² = 1,000 x (pulse width)^1/2 to a max of 200J/cm²
Note 9	AC250FX, AC50FX Max J/cm² = 4,950 x (pulse width)^1/2 to a max of 12.3J/cm²
Note 10	ACX25FX, ACX50FX Max J/cm² = 39,600 x (pulse width)^1/2 to a max of 36.9J/cm²
Note 11	AC2501, AC5001 Repetitive pulses: 4.1J/cm²@1064nm, 3.2J/cm²@532nm, 1.2J/cm²@355nm, 24mJ/cm²@266nm Single pulses: 8J/cm²@1064nm, 6.2J/cm²@532nm, 2.3J/cm²@355nm, 46mJ/cm²@266nm
Note 12	ACX2501, ACX5001 Note 11 specs x 8 for 400nm to 1.2µm
Note 13	AC25UV, AC50UV, 384UV5, 388UV5, UC150UV Repetitive pulses: 1.1J/cm²@355nm; Single pulses: 40J/cm²@355nm
Note 14	AC25004, AC5004 Repetitive pulses: 4.8J/cm²@1064nm; Single pulses: 10J/cm²@1064nm
Note 15	AC25FX, AC50FX Max p.p.d.: 70MW/cm²@1064nm pulse
Note 16	ACX25FX, ACX50FX Max p.p.d.: 560MW/cm²@1064nm pulse
Note 17	380401 27W/cm²@1064nm, 21W/cm²@532nm, 7.7W/cm²@355nm, 158mW/cm²@266nm
Note 18	380801 13.5W/cm²@1064nm, 10.5W/cm²@532nm, 3.85W/cm²@355nm, 79mW/cm²@266nm
Note 19	380401 90GW/cm²@1064nm, 71GW/cm²@532nm, 27GW/cm²@355nm, 530MW/cm²@266nm
Note 20	380801 45GW/cm²@1064nm, 35.5GW/cm²@532nm, 13.5GW/cm²@355nm, 265MW/cm²@266nm
Note 21	380401 Repetitive pulses: 3.7J/cm²@1064nm, 2.9J/cm²@532nm, 1J/cm²@355nm, 20mJ/cm²@266nm Single pulses: 7J/cm²@1064nm, 5.6J/cm²@532nm, 2.1J/cm²@355nm, 41mJ/cm²@266nm
Note 22	380801 Repetitive pulses: 1.85J/cm2@1064nm, 1.45J/cm²@532nm, 0.5J/cm²@355nm, 10mJ/cm²@266nm Single pulses: 3.5J/cm²@1064nm, 2.8J/cm²@532nm, 1.05J/cm²@355nm, 20.5mJ/cm²@266nm
Note 23	AC25HD, AC50HD, UC150HD, UC150HD40 Max J/cm_ = 4,500 x (pulse width)^1/2 to a max of 14J/cm²
Note 24	ACX25HD, ACX50HD Max J/cm² = 36,000 x (pulse width)^1/2 to a max of 42.5J/cm²
Note 25	SP25, SPHF25, SP50, SPHF50, P25, PHF25, P50, PHF50, PHF02, PHF05, PHF09, P05, P09 Max J/cm² = 316 x (pulse width)^1/2
Note 26	SPHD25, SPHD50, PHD25, PHD50 Max J/cm² = 4,500 x (pulse width)^1/2 to a max of 1.4J/cm²
Note 27	PHDX25, PHDX50 Max J/cm² = 36,000 x (pulse width)^1/2to a max of 12.6J/cm²
Note 28	PHDX25UV, PHDX50UV Max J/cm² = 18,000 x (pulse width)^1/2to a max of 5.6J/cm²

转载请注明出处。

• 3D打印火箭升空人类在航天探索中迈出的一个里	• 太空探索中的激光技术应用
• 睿智时代助力奥润激光实现数智化管理	• 激光动力无人机，中国科学家实现“永久”空中飞
• 激光教父攻克“卡脖子”35项关键技术之一的激光	• 研究人员设计了基于等离子体的全息透镜
• 中国科学家研发迄今像素最高的固态激光雷达，产	• 国产激光武器厉害了，创世界首次，沙特：好用又
• NASA“毅力号”正在使用激光钻进火星岩石	• 全球首次！“寂静狩猎者”成功击落无人机，中国