Ruby Fluorescence / Raman voltage calibration system

The principle of Ruby Fluorescence pressure standard system is that the wavelength position of R1 fluorescence line of ruby will change correspondingly under different pressures (694.3nm at normal temperature and pressure). According to the wavelength position, the pressure value can be calculated. The advantages of this method are fast measurement speed, less consumables, and the measurement pressure can reach more than 100GPa. According to the user's working conditions, the convenient in-situ pressure calibration device can be configured.

Parameter index
Type	Integral	Split type	Vertical
Model	SPL-2000H	SPL-2000	SPL-Micro2000
Laser	405nm	405nm	405nm/450nm/532nm
Pressure range (normal temperature)	0~100Gpa	0~100Gpa	0~100Gpa
Pressure resolution	0.1GPa
Objective lense	10X	20X	10X/20X
Working distance	34mm	29mm	29-34mm
CCD	1/2”CMOS colorful *CCD， 20481536（3 million pixels** ）
Raman function	non		The excitation wavelength is 785 nm.
Two dimensional scanning	non		*Optional, 50mm 50mm stroke, 2um repeat positioning Accuracy.**
Characteristic	Fully integrated, easy to operate and carry		The host, spectrometer and laser are connected by optical fiber, with high universality and convenient replacement.

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