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Part: FU-653SEA-2M55
Category:
Communication
-> Fiber Optics
-> WDM->DWDM
Description: 10Gb/s Emlbutterfly, 40km/80km Reach , Wavelength=C-band, Output Power=>-2bBm
Company: Mitsubishi Electronics America, Inc.
Datasheet: Download FU-653SEA-2M55 datasheet File size : 58 kB
Request For quote: Find where to buy FU-653SEA-2M55
Datasheet text preview:
TZ7-01-239B(1/7) June 13, 2002 APPROVED APPROVED APPROVED
T.Onodera
Specification of 10Gb/s EML module
Module type: FU-653SEA-2M series FU-653SEA-3M series ##
(Dispersion 800ps/nm) (Dispersion 1600ps/nm)
##
Under development
B x DATE 14.June `02
A
C
D
Approved T.Nambara
TZ7-01-239B(2/7) June 13, 2002 MITSUBISHI (OPTICAL DEVICES)
FU-653SEA-2Mxx FU-653SEA-3Mxx
1.55 µm EA MODULATOR INTEGRATED DFB-LD MODULE (7 PIN PACKAGE WITH GPO CONNECTOR, 10GB/s DIGITAL APPLICATION) DESCRIPTION Module type FU-653SEA-1Mx is a 1.55µm EA modulator integrated DFB-LD module with singlem o d e optical fiber. This module is suitable to a light source for use in 10Gb/s digital optical communication systems.
FEATURES l Input impedance is 50 l Integrated Electro-absorption Modulator l Distributed feed-back(DFB) Laser Diode l Emission wavelength is 1.55µm band l Single mode optical fiber pigtail l Built-in optical isolator l Built-in thermoelectric cooler l 7-pin Butterfly package with GPO connector l For DWDM application APPLICATION STM-64, OC192 application
ABSOLUTE MAXIMUM RATINGS Item L a s e r diode Optical output power Forward current Reverse voltage Modulator Reverse voltage Forward voltage Photodiode for Reverse voltage monitoring Forward current Thermoelectric C u r r e n t cooler(Note1) Voltage Operating case temperature Storage temperature
Symbol Pf If Vrl Vrm Vfm Vrd Ifd Ipe Vpe Tc Tstg
Condition CW CW CW -
Rating 10 200 2 5 1 20 2 1.5 3 -20 7 0 -40 8 5
Unit mW mA V V V V mA A V °C °C
Note1 Even if the thermoelectric cooler (TEC) is operated within the rated conditions, uncontrolled current loading or operation without heat sink may easily damage the module by exceeding the storage temperature range. Thermistor resistance should be properly monitored by the feedback circuit during TEC operation to avoid the catastrophic damage.
TZ7-01-239B(3/7) June 13, 2002 MITSUBISHI (OPTICAL DEVICES)
FU-653SEA-2Mxx FU-653SEA-3Mxx
1.55 µm EA MODULATOR INTEGRATED DFB-LD MODULE (7 PIN PACKAGE WITH GPO CONNECTOR, 10GB/s DIGITAL APPLICATION)
1. ELECTRICAL/OPTICAL CHARACTERISTICS (Tc=25°C,chip temperature=Tld, unless otherwise noted)
Item Threshold current Operating current Operating voltage Input impedance Optical output power from fiber end S i d e mode s u p p r e s s i o n ratio Relative intensity noise Power penalty Extinction ratio Rise/fall time Cutoff frequency RF return loss Tracking error Monitor current Dark current(PD) Capacitance(PD) Optical isolation Symbol Ith Iop Vop Zin Pf Sr RIN Pp Ex tr/tf fc S11 Er Imon Id Ct Iso Condition(Note2) CW,Vm=0V CW,Vm=0V CW, If=Iop, Vm=0V If=Iop (Note 3,4) (Note 3,4) CW, If=Iop, Vm=0V,10GHz (Note 3,4,), 800ps/nm (Note 3,4,6), 1600ps/nm (Note 3,4) (Note 3,4),20-80% If=Iop,Vm=-1V If=Iop,Vm=-1V, f5GHz If=Iop,Vm=-1V, f10GHz If=Iop,Tc=-20 70°C, Note 5 If=Iop,Vrd=-5V Vrd=-5V Vrd=-5V Tc=25° C Tc=-20 7 0 ° C Min. 5 50 -2 35 10 11 10 5 0.1 35 23 15 Typ. 70 50 40 15 7 0.3 10 Max. 30 100 1.7 -135 2.0 2.0 45 0.5 1.5 0.1 35 Unit mA mA V dBm dB dB/Hz dB dB dB ps GHz dB dB dB mA µA pF dB dB °C
Tld L a s e r diode temperature Note 2 : Vm is EAM bias voltage at CW condition, Vpp and Voff are EAM amplitude and EAM high level offset voltage respectively at modulation condition. Note 3 : 9.95328Gbps, NRZ, PRBS2^23-1, If=Iop,Vpp=2.5V,Voff=0V to 1V Note 4 : Optical return loss of the connectors should be greater than 40dB in order to get specified performance. Note 5 : Er=10×log[Pf(Tc)/Pf(25°C)] Note 6 : Under development
TZ7-01-239B(4/7) June 13, 2002 MITSUBISHI (OPTICAL DEVICES)
FU-653SEA-2Mxx FU-653SEA-3Mxx
1.55 µm EA MODULATOR INTEGRATED DFB-LD MODULE (7 PIN PACKAGE WITH GPO CONNECTOR, 10GB/s DIGITAL APPLICATION) THERMAL CHARACTERISTICS Parameter Thermistor resistance B constant of Rth Cooling capacity Cooler current Cooler voltage Symbol Rth B T Ipe Vpe Conditions (Note2) Min. 9.5 45 Limits Typ. 10 3950 0.6 1.2 Max. 10.5 1.2 2.5 Unit K °C A V
Tc=Tld=25° C , Tld=25°C If=Iop, Tc=70°C,Tld=25°C If=Iop, Tc=70°C,Tld=25°C
FIBER PIGTAIL SPECIFICATIONS Parameter
Type Mode field diameter Cladding diameter Secondary coating outer diameter Connector Optical return loss of connector
DOCUMENTATION Threshold current (Ith) Laser forward current (Iop) Monitor current (Imon) Central wavelength (c) Laser set temperature(Tld) Extinction ratio Offset voltage
Unit Specification SM 9.5±1 µm 125±2 µm 0.9±0.1 mm See OUTLINE DIAGRAM 40(min) dB
TZ7-01-239B(5/7) June 13, 2002 MITSUBISHI (OPTICAL DEVICES)
FU-653SEA-2Mxx FU-653SEA-3Mxx
1.55 µm EA MODULATOR INTEGRATED DFB-LD MODULE (7 PIN PACKAGE WITH GPO CONNECTOR, 10GB/s DIGITAL APPLICATION) Wavelength table Extension Wavelength(nm) Extension Wavelength(nm) Dispersion Dispersion Dispersion Dispersion 800ps/nm 1600ps/nm 800ps/nm 1600ps/nm -2M11 -3M11 1530.33 -2M53 -3M53 1546.92 -2M12 -3M12 1530.72 -2M54 -3M54 1547.32 -2M13 -3M13 1531.12 -2M55 -3M55 1547.72 -2M14 -3M14 1531.51 -2M56 -3M56 1548.11 -2M15 -3M15 1531.90 -2M57 -3M57 1548.51 -2M16 -3M16 1532.29 -2M58 -3M58 1548.91 -2M17 -3M17 1532.68 -2M59 -3M59 1549.32 -2M18 -3M18 1533.07 -2M60 -3M60 1549.72 -2M19 -3M19 1533.47 -2M61 -3M61 1550.12 -2M20 -3M20 1533.86 -2M62 -3M62 1550.52 -2M21 -3M21 1534.25 -2M63 -3M63 1550.92 -2M22 -3M22 1534.64 -2M64 -3M64 1551.32 -2M23 -3M23 1535.04 -2M65 -3M65 1551.72 -2M24 -3M24 1535.43 -2M66 -3M66 1552.12 -2M25 -3M25 1535.82 -2M67 -3M67 1552.52 -2M26 -3M26 1536.22 -2M68 -3M68 1552.93 -2M27 -3M27 1536.61 -2M69 -3M69 1553.33 -2M28 -3M28 1537.00 -2M70 -3M70 1553.73 -2M29 -3M29 1537.40 -2M71 -3M71 1554.13 -2M30 -3M30 1537.79 -2M72 -3M72 1554.54 -2M31 -3M31 1538.19 -2M73 -3M73 1554.94 -2M32 -3M32 1538.58 -2M74 -3M74 1555.34 -2M33 -3M33 1538.98 -2M75 -3M75 1555.75 -2M34 -3M34 1539.37 -2M76 -3M76 1556.15 -2M35 -3M35 1539.77 -2M77 -3M77 1556.55 -2M36 -3M36 1540.16 -2M78 -3M78 1556.96 -2M37 -3M37 1540.56 -2M79 -3M79 1557.36 -2M38 -3M38 1540.95 -2M80 -3M80 1557.77 -2M39 -3M39 1541.35 -2M81 -3M81 1558.17 -2M40 -3M40 1541.75 -2M82 -3M82 1558.58 -2M41 -3M41 1542.14 -2M83 -3M83 1558.98 -2M42 -3M42 1542.54 -2M84 -3M84 1559.39 -2M43 -3M43 1542.94 -2M85 -3M85 1559.79 -2M44 -3M44 1543.33 -2M86 -3M86 1560.20 -2M45 -3M45 1543.73 -2M87 -3M87 1560.61 -2M46 -3M46 1544.13 -2M88 -3M88 1561.01 -2M47 -3M47 1544.53 -2M89 -3M89 1561.42 -2M48 -3M48 1544.92 -2M90 -3M90 1561.83 -2M49 -3M49 1545.32 -2M91 -3M91 1562.23 -2M50 -3M50 1545.72 -2M92 -3M92 1562.64 -2M51 -3M51 1546.12 -2M93 -3M93 1563.05 -2M52 -3M52 1546.52 All wavelengths are referred to vacuum. Extension -3Mseries(dispersion =1600ps/nm) is under development.
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