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FU-653SEA-1M6

Mitsubishi Electric
Part Number FU-653SEA-1M6
Manufacturer Mitsubishi Electric
Description (FU-653SEA-1M5/-1M6) EAM-LD Module
Published Feb 19, 2006
Detailed Description Preliminary w w w .D a t a S e e h U 4 t .c om APPROVED APPROVED TZ7-01-385 (1/5) Nov. 15, 2001 APPROVED A....
Datasheet PDF File FU-653SEA-1M6 PDF File

FU-653SEA-1M6
FU-653SEA-1M6

Overview
Preliminary w w w .
D a t a S e e h U 4 t .
c om APPROVED APPROVED TZ7-01-385 (1/5) Nov.
15, 2001 APPROVED A.
Adachi T.
Onodera Preliminary specification of 10Gb/s EML module Type No.
=FU-653SEA-1M5 (Dispersion=1200ps/nm) Type No.
=FU-653SEA-1M6 (Dispersion=1600ps/nm) w w w .
D t a S a e h t e U 4 .
c m o MITSUBISHI ELECTRIC CORPORATION w w w .
D at B x DATE 20.
Nov.
’01 A h S a t e e 4U .
m o c C D Approved T.
Nambara TZ7-01-385 (2/5) FEATURES ⋅ Input impedance is 50Ω ⋅ Integrated Electro-absorption Modulator ⋅ Distributed feed-back(DFB) Laser Diode ⋅ Emission wavelength is 1.
55 µm band ⋅ Single mode optical fiber pigtail ⋅ Built-in optical isolator ⋅ Built-in thermoelectric cooler ⋅ 7-pin Butterfly package with GPO connector 1.
Absolute maximum ratings Parameter Laser diode Optical output power Forward current Reverse voltage Modulator Reverse voltage Forward voltage Photodiode for Reverse voltage monitoring Forward current Thermoelectric Current 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 6 200 2 5 1 20 2 1.
5 3 -20 ∼70 -40 ∼85 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.
MITSUBISHI ELECTRIC CORPORATION TZ7-01-385 (3/5) 2.
Electrical and optical Parameter Threshold current Operating current Operating voltage Input impedance Optical output power from fiber end Light emission central wavelength Side mode suppression ratio Relative intensity noise Dispersion penalty characteristics (Tld=Tc=25 °C, unless otherwise noted) Symbol Condition(Note2) Min.
Typ.
Ith CW,Vm=0V 5 Iop CW,Vm=0V 50 70 Vop CW, If=Iop,...


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