Full-wavelength external cavity narrow linewidth module     


Using self-designed and produced external cavity chips, the laser achieves stable output with narrow linewidth, high power and low noise through hybrid integration, which is suitable for the field of highly integrated coherent detection. It has low phase noise, low frequency noise, and the integrated line width can reach below 100kHz. It has small design size, stable performance and excellent vibration characteristics.



Product model


Name Model Price
1560nm 100KHz external cavity narrow linewidth module   [PDF]  [RFQ]

SCL0-ECL-1560-B-A81-L05-M0-PA
(Stock NO. Not entered)
[Please inquire]
1560nm 100KHz external cavity narrow linewidth module   [PDF]  [RFQ]

SCL0-ECL-1560-B-A81-L05-M0-SA
(Stock NO. Not entered)
[Please inquire]


Parameter



Characteristics

Wavelength stability: ±10pm

Power stability: 0.01dB

Power consumption: 5W

Dimension: 96x27x68mm 

Operating temperature: -20~75°C 

Laser Specifications

Basic indicators:

Output light characteristics

Parameter

Unit

Output optical power

≥ 1020

mW

Integral linewidth

≤100note1

kHz

intrinsic linewidth

100

Hz

Working wavelength

Reference:Table 2

nm

frequency stability

Typical 10-8 (2MHz)

@100s

Relative intensity noise

≤-150

dBc/Hz

Operating temperature

-1060

Light isolation

≥40

dB

Electrical properties

parameter

unit

Supply voltage

5-6

V

Normal working current

500note2

mA

Module starting current

1500note3

mA

Note 1: The phase noise method is used to test, which is similar to the Lorentz linewidth of the simple test using the delayed self-difference beat method.

Note 2: Typical values are related to the external operating temperature.

Note 3: The current value of the module under the TEC high-current working state during startup. To ensure normal startup, the power supply is usually required to provide a current of 2A.


Spectral analysis

P2.jpg


Linewidth test

P1.jpg

Linewidth Measurement(CW,13.5kHZ@25deg)

Dimension

Unit (mm)

P5.jpg

Ordering Info

SCL0-ECL-□□□□-☆-A8▽-L□□-M□-XX

□□□□: Wavelength

632.8:632.8nm

1550.12: 1550.12nm

*****

1650: 1650nm

☆: Output Power

A: 10mW

B: 20mW

C:30mW

D:40mW

E:50mW

▽: Wavelength Tolerance

1: ±1nm

2: ±2nm

3:±10nm

L□□:Linewidth

01:Grade 1 <1KHZ

02:Grade 2 <3KHZ

03:Grade 3 <5KHZ

04:Grade 4 <50KHZ

05:Grade 5 <100KHZ

M□:Modulation

0:CW

1:External Modulation

XX: Fiber and Connector Type

SA=SM Fiber+ FC/APC

SP=SM Fiber+ FC/PC

PP=PM Fiber+ FC/PC

PA=PM Fiber+ FC/APC


Typical Wavelength Table2

Wavelength(nm

LinewidthKHZ

Power(mW)

Wavelength(nm)

Linewidth(KHZ)

Power(mW)

633

100KHZ

10-30mW

975

100KHZ

10-30mW

660

100KHZ

10-30mW

1030

500KHZ

30-50

762

100KHZ

10-20mW

1046

500KHZ

30-50

770

100KHZ

10-20mW

1050

500KHZ

30-50

775

100KHZ

10-20mW

1053

500KHZ

30-50

780

100KHZ

10-20mW

1060

500KHZ

30-50

785

100KHZ

10-20mW

1064

500KHZ

30-50

795

100KHZ

10-20mW

1070

500KHZ

30-50

808

100KHZ

10-20mW

1080

500KHZ

30-50

810

100KHZ

10-20mW

1270

100KHZ

20mW

820

100KHZ

10-20mW

1280

100KHZ

20mW

830

100KHZ

10-20mW

1290

100KHZ

20mW

840

100KHZ

10-20mW

1300

100KHZ

20mW

850

100KHZ

10-20mW

1310

100KHZ

20mW

852

100KHZ

10-20mW

1320

100KHZ

20mW

895

100KHZ

10-20mW

1330

100KHZ

20mW

900/905

100KHZ

10-30mW

1340

100KHZ

20mW

910

100KHZ

10-30mW

1350

100KHZ

20mW

915

100KHZ

10-30mW

1540-1580

100KHZ

20mW

940

100KHZ

10-30mW

1620-1650

100KHZ

100mW



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