980nm 10pin mini butterfly cooled pump laser diode module

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Product Description

Discover the unparalleled performance of Box Optronics' 980nm 10pin mini butterfly cooled pump laser diode module – your ultimate solution for high-power, wavelength-stable pumping in DWDM EDFA and long-haul CATV systems. Engineered with advanced FBG stabilization, this hermetically sealed module locks emission precisely at 974nm or 976nm, delivering kink-free output up to 600mW even under varying temperature and drive current. Its integrated TEC, thermistor, and monitor diode ensure exceptional tracking error and power stability, while the epoxy-free 10-pin butterfly package with SM/PM fiber guarantees reliable, noise-free operation. Designed for system integrators and network engineers demanding uncompromised spectrum control and highest available powers, this module slashes pump counts, reduces cooling complexity, and extends amplifier lifespan. Trust Box Optronics for Telcordia GR-468 compliance and tailored wavelength selection – because every milliwatt matters in your next-generation optical networks. Order now to elevate your infrastructure with proven, field-ready pumping technology that delivers consistent performance from -20°C to 75°C.

Product Detail

1. Product Description:

The 980nm 10pin mini butterfly cooled pump laser diode module is hermetically sealed in a epoxy-free and flux-free 10-pin butterfly package and built-in a thermistor, thermoelectric cooler, and monitor diode.

The 980nm 10pin mini butterfly cooled pump laser diode module uses FBG stabilization to ”lock” the emission wavelength. It provides a noise-free narrowband spectrum, even under changes in temperature, drive current, and optical feedback. Wavelength selection is available for applications that require the highest performance in spectrum control with the highest available powers. This module complies described in Telcord ia GR-468-CORE requirement.

2. Product Features:

Kink-free operating power 400mW or 600mW;

10-PIN butterfly package with SM Hi1060 or PM980 fiber;

Fiber Bragg grating stabilization, Wavelength selection available;

Integrated thermoelectric cooler, thermistor, and monitor diode.

3. Applications:

Dense wavelength division multiplexing(DWDM) erbium doped fiber amplifiers(EDFA);

Reduced pump-count EDFA architectures;

Very long distance cable television(CATV) trunks and very high node count distribution.

4. Absolute Maximum Ratings:

Parameter	Symbol	Min.	Typ.	Max.	Unit	Notes
Operating case temperature	TCASE	-20	-	75	℃	-
Storage temperature	TSTG	-40	-	85	℃	2000hours
LD Forward current	IF	-	-	1100	mA	-
LD Reverse current	IR	-	-	10	uA	-
LD Reverse voltage	VR	-	-	2	V	-
PD Forward current	IPD	-	-	-10	mA	-
PD Reverse voltage	VPD	-	-	20	V	-
TEC Current	ITEC	-	-	2	A	-
TEC Voltage	VTEC	-	-	3.0	V	-
Fiber bend radius	-	30	-	-	mm	-
Relative humidity	RH	0	-	95%	-	Non condensing
Lead soldering Time	-	-	-	10	Second	260℃
Fiber axial pull force	-	-	-	5	N	-
Fiber side pull force	-	-	-	2.5	N	-

5. Electro-Optical Characteristics(25℃ laser temperature):

Parameters	Symbol	Min.	Typ.	Max.	Unit	Notes
LD Threshold current	ITH		90	110	mA	CW
Output power	PF		400		mW	If(BOL)<900mA
Output power	PF		600		mW	If(BOL)<1000mA
LD Forward current	IF			1200	mA	PF=Rated Power
Kink free power	PKINK	700			mW	>= 1.2*Rated Power
Kink free current	IKINK	>= 1.2*If(BOL)			mA	[ 1]
LD Forward voltage	VF			2.5	V	PF=Rated Power
Center wavelength	λC	973	974	975	nm	Peak,PF=Rated Power
Center wavelength	λC	975	976	977	nm	Peak,PF=Rated Power
Peak wavelength turning	△λp/△Tamb			0.02	nm/℃	T: FBG Temp.
Spectrum width	△λ			2	nm	RMS@-13dB
Spectrum stability		-0.5		0.5	nm	PF=Rated Power,t=60s
Monitor responsivity	IM/PF		1	20	uA/mW	VPD=5V,PF=Rated Power
Monitor responsivity stability				20%		@All Operating Temperature
Monitor dark current	ID			50	nA	VPD=5V
TEC Current	ITEC			1.5	A	TCASE=75℃
TEC Voltage	VTEC			3.0	V	TCASE=75℃
TEC Modual power consumption	P			5	W	TCASE=75℃
Power stability >20mW 10-20mW3.5-10mW				0.20.51	dB	Peak-to-peak,t=60s,DC to 50kHz sampling,TC=25℃
Tracking error	TE	-0.5		0.5	dB	TC=-5~75℃ ,Refered to [2]
Thermistor resistance	RTH	9.5	10	10.5	Kohm	TSTG=25℃
Thermistor B constant	BTH		3900		k	TSTG=25℃

Notes:

[1] Kink Current is defined as the current which deviation of light versus current slop(dL/dI)from a linear fit is beyond +/-50%,Pkink>= 1.2*Rated Power,Ikink>=If(BOL)*1.2

[2] Tracking error is defined at a given case temperature,it is the change in fibre power,at a constant monitor current, relative to the value measured at case 25℃

6. Optical Fiber Specifications:

Parameters	Description
Fiber type	Hi1060 or PM980 fiber
Pigtail type	Bare fiber
Pigtail length	2.0±0.2m
Connector type	Without

7. Package drawing&PIN-OUT Definition(Unit:mm):

PIN	Description	PIN	Description
1	TEC(+)	10	TEC(-)
2	Thermistor	9	Case Ground
3	PDAnode	8	NC
4	PD Cathode	7	LD Cathode
5	Thermistor	6	LD Anode

8. Ordering Information:

BFLD	-XXXF	-XX	XX	-X	XX	X
Laser	Wavelength	Output power	Fiber type	Package	Connector type	Loose tube
PumpLaser	974: 974nm976: 976nm	4H: 400mW6H: 600mW	SM : Single modePM : Polarizationmaintaining	-H: 10PINNull: 14PIN	FA : FC/APCSA : SC/APCN0: Null	Null: Bare fiber 1: Loose tube