HAMAMATSU滨松 EQ-99X-FC-S 激光驱动光源

13249819590

详情

特点

Extremely broad wavelength range：170 nm to 2500 nm
Fiber can be selected from 2 types（UV type：190 nm to 900 mn、Broadband type：350 nm to 2500 nm）
Long lifetime：10 000 hours
High radiance from a small plasma

光谱功率

详细参数

Parameter			Description / Value	Unit
Optical interface			Fiber coupled output	－
Wavelength range^*1			190 to 2500	nm
Plasma size (FWHM)		Typ.	100 × 180	μm
Numerical aperture		NA	0.22	－
Lifetime		Typ.	10 000	h
Warm-up time			30	min
Laser class			Class 1	－
Broadband optical power^*2			95	mW
Output termination			FC or SMA 905	mm
Cooling method			No auxiliary cooling required	－
Nitrogen purge			Recommended. Grade 4.8 or higher, filtered to 5 μm. 20 psiG ±2 psiG	－
Applicable standards			EN 61010-1 EN 61326-1 IEC 60825-1 IEC 62471 EN 50581	－
Device configuration^*3			Lamphead, Power supply controller, Remote control, AC adapter, Necessary cables	－
Power rating	Input voltage (AC)		100 to 240	V
	Power frequency		50 / 60	Hz
	Power consumption		175	W

*1 The optical fiber should be selected according to wavelength range required for the application.

*2 Optical power from the optical fiber (UVFIBERX-230) was measured with a thermopile.

*3 The configuration is different for sales to Japan. Please contact us for details.

Fiber specifications

Optical fibers can be selected with the following core diameters, lengths and connector terminations.

Parameter	UV type						Broadband type								Unit
Type	UV FIBERX						BB FIBERX								－
Recommended wavelength range	190 to 900						350 to 2500^*4								nm
Broadband optical power	30		95		195		25		80		180		215		mW
Core size	115		230		455		100		200		400		600		μm
Length	1	2	1	2	1	2	1	2	1	2	1	2	1	2	m
Termination	FC-FC or FC-SMA														－

※ The model number of each optical fiber is determined by fiber type, core diameter, length and connector termination.

Example: UVFIBERX-230-1M-FC-SMA (UV type, fiber core diameter: 230 μm, length: 1 m, connector: FC-SMA)

* The EQ-99X-FC must use the above dedicated optical fibers.

Attempting to use any other optical fibers will cause optical fiber connector problems, damage to the lamphead and will affect performance.

*4 Although light at wavelengths shorter than 350 nm also passes through the broadband type optical fiber, the fiber transmittance within that wavelength range will drop within a short time. For applications that require UV output, we strongly recommend selecting the UV type optical fiber as they are optimized for that wavelength range.