ATR21064-600mW 1064nm 拉曼窄线宽激光器

ATR21064-600mW 1064nm 拉曼窄线宽激光器

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2022-04-28 15:20:01
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奥谱天成(厦门)光电有限公司

奥谱天成(厦门)光电有限公司

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产品简介

ATR21064-600mW 1064nm 拉曼窄线宽激光器ATR20202 785nm narrow line laser is characteristic by its highreliability and ultra-narrow linewidth. ATR20202 operates with a single 5V power supply and can output 500 m

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ATR21064-600mW 1064nm 拉曼窄线宽激光器

产品详情

GENERAL DESCRIPTION

ATR20202 785nm narrow line laser is characteristic by its highreliability and ultra-narrow linewidth. ATR20202 operates with a single 5V power supply and can output 500 mW laser power.When ATR20202 is used in Ramanspectrometer, it will help to obtain high spectral stability and highresolution. It can be controlled through the TTL interface by the offered pinout definition and the communication protocol. The output laser power canbe changed continuously by changing the LD working current with the commands.

APPLICATIONS

  • Ramanspectrometer

  • Bio-medical

  • Sensing

ATR21064-600mW 1064nm 拉曼窄线宽激光器

FEATURES

lMaxoutput power: 500 mW

lCenterwavelength: 785±0.5 nm

lLinewidth (FWHM): < 0.1 nm

lFiber:105/125μm, 0.22NA,FC/PC

lInterface:UART

lPowersupply: +5V/DC

ADVANTAGE

  • Narrowline

  • Highstability                

  • Low powerconsumption            

  • Highreliability

 

Optical Parameters

Specs

Conditions

Min

Typ

Max

Wavelength center

784.5

785 nm

785.5

 

Line-width

 

0.08 nm

0.12 nm

FWHM

Output Power

  

500 mW

Multimode fiber  coupled

Power stability in 2h

  

0.4%

RMSE

Stability time

 

5 s

7s

Power stability while open laser

SMSR

 

>40 dB

  

Optical fiber

105/125um multimode  fiber 0.22NA

Fiber coupled

Connector

FC/PC

Fiber coupled

Electrical Parameters

LD working current

300mA

700mA

1000mA

 

TEC (˚C) (±5)

 

25 ˚C

  

Power Supply

4.75 V

5 V

5.25 V

 

Current (Laser on)

 

0.75 A

2 .5 A

TEC on

Current (Laser off)

 

0.3 A

1.3 A

TEC on

Figure3 the relationship between output laser power and the operationcurrent

1    Reliabilityand Stability

Figure 4showing thestability times while open laser. The typical stabilization time is 5 seconds. Thisparameter affects the application directly in rapid detection.

Figure 5 showing the long term power stabilitytesting result of 5 samples, it indicated that the laser has a good stabilityin continuous work.

 

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