TC-ASE Series ASE Broadband Light Source

 

The TC-ASE Series broadband light source utilizes spontaneous emission from rare-earth-doped fiber, excited by semiconductor laser pumping, and stabilized via localized optical feedback control. This series is designed to deliver broad-spectrum emission with high output power, low polarization, and excellent wavelength and power stability. Whether in scientific research, optical testing, biomedical imaging, or sensing, the TC-ASE Series meets the stringent demands of precision optical systems.

 

 

 

● High output power

● Excellent power stability

● Low Degree of Polarization (DOP) output

● Intelligent microprocessor control

● Stable average emission wavelength across temperature and time

 

 

● Passive fiber optic component characterization

● Spectral analysis

● Biomedical imaging

● Distributed fiber optic sensing

● Fiber optic gyroscope testing platforms

 

 

Parameter			minimum value	Typical value	Maximum value	Unit
Working wavelength		C	1525	-	1565	nm
		L	1570	-	1610
		C+L	1525		1610
		1060	1030		1090
Output power				10/13/17/23		dBm
Power spectral density			-20		-2	dBm
Power stability	15min @ 23℃		2.0	3.0	5.0	%
	8h@ 23℃		-	0.01	0.02	dB
3dB spectral width			37	40	42	nm
Spectral flatness				1.5	2	dB
Specifications			Desktop		Module
External dimensions L x W x H			320×220×90 mm		90×70×18mm
Power requirements			AC 220V ± 10％ 30W		DC +5V GND
Fiber type			SMF-28 or PMF
Joint type			FC/PC,FC/APC Or user specified

 

 

Parameter	Symbol	Unit	minimum value	Typical value	Maximum value
Operating temperature	Top	ºC	-20		60
Storage temperature	Tst	ºC	-40		85
humidity	RH	%	5		90

 

 

TC	ASE	XX	X	XX	X	XX
	ASE	Working wavelength: C-C-band L-L-band CL -- C+L band O - Other bands	Packaging form: D - Desktop M -- Module	Output Optical Power： 10---10dBm 13---13dBm 17---17dBm 20---20dBm 23---23dBm	Other: Empty - with GFF 1- Without GFF	Fiber optic connectors: FP -- FC/PC FA -- FC/APC SP - User specified

If you have special needs, our sales engineers are available to discuss specialized requirements.

 

 

 

1. Multi-Band Support Including C, L, and 1060 nm Windows
Unlike traditional ASE sources limited to C or L band, the TC-ASE series supports flexible wavelength configurations including C+L and 1060 nm bands, enabling broader use across optical testing, telecom, and biomedical applications.

2. High Stability Over Time and Temperature
With power stability of ±0.01 dB over 8 hours and excellent wavelength flatness, the TC-ASE is built for long-term reliability in lab and production environments alike.

3. Intelligent Control Architecture
Each unit is equipped with a microprocessor-based feedback system that actively monitors and maintains emission parameters, ensuring real-time thermal and power stability.

4. Modular Flexibility for OEM and Research Use
Offered in both desktop and ultra-compact module formats, the TC-ASE integrates easily into benchtop setups or OEM optical systems.

5. Proven Performance in Demanding Applications
Whether you are testing optical gyroscopes, characterizing passive components, or conducting OCT imaging, this light source is trusted for its low polarization, broad spectrum, and high output consistency.

6. Full Customization Options
From fiber and connector types to GFF filter inclusion and output power tuning, the TC-ASE can be tailored to meet project-specific technical requirements.

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