Optromix SFYSM

CW Single-frequency 1 µm Fiber Laser OEM Modules

Optromix SFYSM model is the single-frequency low noise 1 µm wavelength fiber laser module with wide-range thermal wavelength tuning and fast piezo tuning using an external PZT driver. The SFYSM key feature is the ultra-narrow linewidth based on the longitudinal single mode. In the standard version, this model provide an optical output using a PM fiber patch cord with an FC/APC connector. This module are controlled via an Ethernet port or via an RS-232 connector using a software supplied with the device. API documentation is provided.

Specifications

Parameter	Optromix SFYSM
Operating Mode	CW, Single-frequency, TEM00
Standard Wavelength	1030 nm, 1064 nm, 1093 nm, 1107 nm, 1112 nm
Custom Wavelength	1030 – 1120 nm
Thermal Wavelength Tuning Range1	0.5 nm
Linewidth (FWHM)	< 100 kHz
Nominal Output Power	30 – 40 mW
Power Stability2	< 1% (typical <0.5%)
Beam quality (M2)	< 1.05 (typical <1.02)
Piezo Tuning Range3	> 80 MHz/V
Wavelength Modulation3	Up to 10 kHz
Polarization	Linear (PER > 23dB)
RIN level (peak:app 0.7 MHz)	< -110 dB/Hz@peak,
RIN level (peak:app 0.7 MHz)	< -140dB/Hz@10MHz
Output Optical Isolator	Yes
Optical Output4	Fiber cable terminated by an FC/APC connector
1. Optionally up to 1 nm
2. Over 8 Hours with base temperature constant within 0.2 0C after 30 minute warm-up
3. External PZT Driver 0-100V, Modulation up to 10 kHz
4. Optional Output: The output type can be replaced by the customers' request

Key features

Applications

Optical Sensing
Acoustic Sensing
Atom Cooling and Trapping
Atomic spectroscopy
LIDAR
Interferometry
Seed Laser
Others

Product modifications

CW Single-frequency 1 µm Fiber Laser Module Optromix SFY-1030-S, 40 mW

CW Single-frequency 1 µm Fiber Laser Module Optromix SFY-1064-S, 40 mW

CW Single-frequency 1 µm Fiber Laser Module Optromix SFY-1093-S, 40 mW

Product Code: Optromix SFY-10xx-S-yyyy

xx-Wavelength (nm):	S-dimensions:	yyyy-Output Power (W):
30 – 1030 nm	S – 119 mm x 23.5 mm x 238 mm	0040 – 40 mW
64 – 1064 nm
93 – 1093 nm