Wareneingangsschein_50001746730001

S A F R A N
WARENEINGANGSSCHEIN zu BWA 101
5000174673/0001
Wareneingangsdatum:
Tagesdatum:
Lieferant:
30.10.2019
30.10.2019
502997
Werk:
Bezeichnung:
3401
Safran Vectronix AG
Name:
Bestellung:
EinkGruppe:
Material:
FURUKAWA ELEJ:TRIC EUROPE LTD
653611/10
HOA Melanie Burren Telefon: 071 726 7423
908734 Änderungsindex:
Charge:
Bezeichnung:
Liefertermin:
Menge:
Emission LD (purukawa)
26.09.2019/
100 ST^
Bruttogewicht:
Stefan Fend
3 0. OKI 2Û19
0.003 KG
LVS-INFORMATION
Lagernummer:
Lagerplatz:
TB-Nummer:
Trans.prior.:
Prüflosnummer:
340
5000174673
0000159891
202999 VE manuell
Lagertyp:
Behältertyp:
902
KG
Lieferschein:
S1912832
Export-Control: Cl Importauflagen Einkauf, EUC/EUS
WEP - INFORMATION
73 52 WEP VECTRONIX
Prüfklasse: ID nach Wareneingangsschein
Hersteller : Furukawa
Herstellernr: FOL15Q56MHI-OH1-N6 prüfen
MMIC 7285 / 17.05.2010
Aussteller BBEK UNTERSCHRIFT

FURUKRUJfì ELECTRIC CO.. LTD.
F U R U K P l U n
ELECTRIC GROUP
2-3. MARUNOUCHI 2-CHOME, CHIYODA-KU, TOKYO, 100-8322 JAPAN
TEL: +81-3-3286-3123 FAX: +81-3-3286-3978
I N V O I C E
& PACKING LIST
Invoice No. SI912832 Tokyo, 2019/10/28
Order No.
P023274
Ref No. 1908424
Shipping Mark & Nos.
OPTORD 000006339
L/G No.
B/LCAWB)No.
76 7850 9160
Consignee
SAFRAN VECTRÜNIX AG
Addr ess MAX-SCHMI DHEINY-STRASSE 202
HEERBRUGG 9435, SWITZERLAND
Phone No. +41-717267230
P. I.e. MR. DIETER STEUDLE
Not i fy FURUKAWA ELECTRIC EUROPE LTD.
Address FURUKAWA HOUSE. 77-85. FULHAM PALACE ROAD
LONDON W6 BJD, Ü. K.
Phone No. +44-207-313-5300
P. I.e. MR. JIM LYON
Shipped per
'DHL"
From
TOKYO , JAPAN
Sal Iing on or about
2019/10/28
To
SWITZERLAND
Payment terms
Packlng"style"
T. T. remittance after shipment
Item No. Description of goods Quantity Unit Unit price
USD
Laser Diode Module
FEEL P0#:P023274. SALES ORDER#:OPTORD 000006339
VECTROHIX P0#:653611
CARTON
Amount
CIP SWITZERLAND
7B-65158 ÌF0L15Q56MHI-0H1
jP/N:908734
100 PCS 118.00 11.800. 00
TOTAL: 2 CARTONS 100 PCS
USD 11.800.00
•Freight : Prepaid
*G/W: 10.0 KGS
*Country Of Origin:JAPAN +H.S.C0DE: 8541.40.990
•SHIPPER'S CODli: Rril-i;RIi.\'CE NUMBER 251900 / SECTION CODE XXG2E
insurance
This Shipment is insured with
TOKYO MARINE & NICHIDO FIRE INSURANCE CO.. LTD.
under the Open Policy NcHQIISSlA
Amount insured : Invoice Value pluslO%
FURUKAWA ELECTRIC.CO., LTD.
W.INOUE MANAGER
OPTOELECTRONICS
GLOBAL MARKETING SALES DIVISION

RoHS
C o m p l i a n t
2 0 1 1 / 6 5 / E U
TEST REPORT
2-3,Marunouchi 2-chome,Chiyodaku,Tokyo,l 00-8322 Japan
Telephone : Tokyo (03) 3286 - 3323
Facsimile : (03) 3286 - 3707 , 3708
Report No. :
19OM20178
Date : 2019/10/28
Manufacture No. : 7B-651 58-16
Specification No. :
OD-KKB3002
Customer Name :
Product Name :
Part Number :
Vectronix AG
1556nm DFB Laser Diode Module
FOLÏ5Q56MHI-OH1-N6
Quantity
Appearance
100 pes
^^^^ T^'P^
Characterization
Total Criteria ^ ^ ^ ^ ^ ^
Checl<
Approve
Yoshinori Suzul<i
Takuya Komatsu
QUALITY ASSURANCE DEPARTMENT
FITEL PRODUCTS DIVISION
FURUKAWA ELECTRIC CO.,LTD.

Read this document First !
DocumentNo.FTS-C006
PRECAUTIONS FOR COAXIAL LASER DIODE MODULE
L PRECAUTION FOR SAFETY
Warning: The laser light emitted from the optical fiber end or
the edge of the receptacle is invisible and will be
hazardous to human eyes.
Avoid looking into the optical fiberor the receptacle,
when the device is operated.
1) The laser diode modules are used as an optical source in the data transmission
modules, and operated at certain bit rate in digital signal form. These modules
should be operated after connecting with the fiber, which is used for a medium of
optical signal.
2) In viewing the laser beam, we strongly recommend to use infrared-to-visible
converter, such as fluorescent screen or TV camera.
3) Operating the laser diode module outside of its absolute maxinium ratings may
cause device failure or a safety hazard.
4) Do not open the housing.
5) Do not pull or bend the optical fiber strongly.
6) We recommend incorporating a fail-safe function in the transmitter, such as a LD
disabhng function.
7) A "Warning Label", an "Aperture Label", and an "Identification and Certification
Label", which depict the laser radiation classification, the output power, the
wavelength, and the radiation direction, are attached to the individual laser diode
container. (Fig. 1, 2, and 3)
Fig. 1
Warning Label
D A N G E R
INVISIBLE LASER RADIATION
AVOID DIRECT EXPOSURE TO BEAM
Fig. 2
Aperture Label
AVOID EXPOSURE
Invisible laser radiation
is emitted from the
fiber & receptacle end
Fig. 3
Identification and
Certification Label
THE FURUKAWA ELECTRIC CO.,LTD.
6-1 , Marunouchi 2-chome, Chiyoda-ku,
Tokyo 100, Japan
DATE OF MANUFACTURE
MAXIMUM OUTPUT POWER ZSOmW
WAVELENGTH geoioiseonm
CLASS
[lib LASER PRODUCT
• -
MANUFACTURED IN JAPAN
This product complies wWh
21 CFR 1040 10 and 1040 11
It is important to read this document carefully, since there is much imuorlant information and safety
precaution in this document Keeii this document near the products, so that it is easy to refer it whenever
necessary

Read this document First !
DocumentNo.FTS-C006
2, PRECAUTION FOR OPERATING
1) Electrical precautions
The device shall be handled as an electrostatic sensitive device. For the purpose
of avoiding electrical static damage, lead pins are shorted by using an electrically
conductive material. In removing the device out of the container, appropriate
precautions against the damage, such as a wristband with ground cord, must be
taken. The relative humidity should be maintained above 20 percents because
that can reduce the risk of damage due to static electricity. These precautions
apply to the storage, transport, handling and testing of the device.
2) Handling precautions
Increasing junction temperature of the laser diode contained in the device may
degrade the device. For the purpose of reducing the degradation, the driving
current should not go over the specified LD forward current (Ifmax).
3) Mechanical precautions
The attached optical fiber is subject to breakage if mishandled. Do not pull the
device by the fiber. Do not coil the fiber into a loop of less than 60 millimeters in
diameter.
4) Thermal precautions
The operation of the laser module at temperatures higher than specified Tc will
cause a rapid degradation.
The soldering time should be less than 10 seconds at temperature below 260-C.
5) Operating precautions
The output power varies in terms of the operating temperature. We recommend
maintaining the operating current and the bias current depending on the
operating temperature in order to avoid excess laser radiation.
It is important to read this document carefully, since there is much important information and safety
precaution in this document Keep this document near the products, so that it is easy to refer it whenever
necessary

Shipping Data of Laser Module
FOL15Q56MHI-OH1-N6
Pop=1.6mW
Symbol Ith lop Im Lambda
unit mA mA mA nm
condition CW Pop Pop CW, Pid=5mW
Max 15.0 50.0 1.500 1558.0
Min — — 0.050 1555.0
1 L9X00810 8.0 17.7 0,237 1555.5
2 L9X00811 7,8 17.1 0,280 1557.2
3 L9X00812 6.8 17.3 0,445 1556.0
4 L9X00813 6.9 17.5 0,347 1556.1
5 L9X00815 7.2 17.5 0.323 1555.0
6 L9X00816 7.5 17.3 0.245 1556.6
7 L9X00817 7.8 16.9 0.251 1555.3
8 L9X00818 7.4 17.3 0.226 1556.9
9 L9X00819 8.1 17.7 0.324 1555.4
10 L9X00820 7.6 16.8 0.208 1557,1
11 L9X00821 8.1 17.5 0.201 1556,9
12 L9X00822 7.7 16.9 0.327 1555.5
13 L9X00823 7.7 17.2 0.344 1555.7
14 L9X00824 7.8 17.1 0.313 1555,6
15 L9X00825 6.3 17.7 0.550 1555.7
16 L9X00826 6.3 16.8 0.479 1555.7
17 L9X00827 6.8 17.3 0.389 1555.9
18 L9X00828 9.4 18.3 0.094 1556,6
19 L9X00829 7.7 18.3 0,417 1555,8
20 L9X00830 6.4 17.7 0,471 1555.9
21 L9X00901 6.7 16.9 0.403 1556.0
22 L9X00902 6.7 17.7 0.450 1556.0
23 L9X00904 6.9 19.9 0,503 1556.4
24 L9X00905 6.8 18.7 0.501 1556.4
25 L9X00906 7.0 17.7 0,442 1556,6
26 L9X00907 7.0 19.1 0,543 1556.8
27 L9X00908 7.0 18.9 0.543 1556.8
28 L9X00909 7.2 18.5 0,501 1557.2
29 L9X00910 9.0 18.9 0.114 1555,7
30 L9X00911 7.2 17.1 0.313 1556,2
31 L9X00912 6.7 17.9 0.527 1555.9
32 L9X00913 7.2 16.5 0,209 1556.4
33 L9X00914 8.4 17.5 0.114 1556.6
34 L9X00915 7.7 17.1 0.327 1555.3
35 L9X00916 7.2 16.9 0.324 1555,4
36 L9X00917 6.8 17.3 0,398 1555.8
37 L9X00918 8.7 18.7 0.138 1556.7
38 L9X00919 8.3 17.5 0.158 1557,0
39 L9X00920 7.2 16.5 0.319 1555,7
40 L9X00921 7.2 17.1 0.347 1555.7
41 L9X00922 8.2 18.1 0.172 1557,2
42 L9X00923 7.6 17.3 0.334 1556.1
43 L9X00924 8.9 18.5 0.200 1556,4
44 L9X00925 8.1 18.3 0,150 1556.8
45 L9X00926 7.1 18.5 0,327 1555.1
45 L9X00927 7.8 16.7 0,162 1556.3
47 L9X00928 6.8 16.7 0.230 1556,4
48 L9X00929 7.7 17.9 0.197 1556.3
49 L9X00930 8.4 17.9 0.121 1555.2
50 L9X01001 8.4 17.7 0,138 1556,8

Shipping Data of Laser IVIodule
FOL15Q56MHI-OH1-N6
Pop=1.6mW
Symbol Ith lop Im Lambda
unit
condition
mA
CW
mA
Po^
mA
Pop
nm
CW, Pld=5mW
Max 15.0 50,0 1,500 1558,0
Min — — 0.050 1555,0
51 L9X01002 7 7 17.1 0,343 1555.5
52 L9X01003 6.5 17.5 0.465 1555.9
53 L9X01004 6.7 17.5 0.397 1555,9
54 L9X01005 6.8 17.7 0.405 1555.9
55 L9X01006 7.2 18.3 0,218 1556.5
56 L9X01007 7,4 16.4 0,179 1556.6
57 L9X01008 7.5 16.9 0.292 1555.5
58 L9X01009 7.0 16.5 0.222 1556.7
59 L9X01010 7.5 16.9 0.315 1555,5
60 L9X01011 7.0 18.5 0.275 1557,1
61 L9X01012 7.6 17.1 0.280 1555,4
62 L9X01013 7,9 17.3 0,210 1555.7
63 L9X01014 7.4 17,9 0.311 1557.3
64 L9X01015 8.8 18,7 0.182 1556.3
65 L9X01016 9,0 18,3 0,170 1555.5
66 L9X01017 7.9 18.3 0,282 1555.9
67 L9X01018 8.6 18,5 0.172 1556.2
68 L9X01019 7.7 17,1 0.278 1555.4
69 L9X01401 7.5 19.1 0.541 1556.2
70 L9X01402 7,2 17.9 0,433 1555.9
71 L9X01403 7,4 17.5 0,403 1555.9
72 L9X01404 8,3 17.9 0.215 1555.7
73 L9X01405 9.2 18,7 0,140 1555.8
74 L9X01406 10.2 19,9 0.087 1555,6
75 L9X01407 8.4 18.3 0.254 1557,0
76 L9X01408 9,5 19.7 0.113 1557,2
77 L9X01409 9.9 19.5 0,140 1556.1
78 L9X01410 7.1 18,1 0,477 1555.9
79 L9X01411 8,2 17.5 0.140 1557.1
80 L9X01412 7.3 17.7 0,441 1555,8
81 L9X01413 8.0 17.5 0.313 1555.8
82 L9X01414 8.1 17.5 0,242 1555.7
83 L9X01415 7.8 17.7 0.223 1557.1
84 L9X01416 7.4 18.1 0.451 1556.6
85 L9X01418 7,4 19.3 0.527 1556.7
86 L9X01419 8.0 17.9 • 0.272 1556.8
87 L9X01420 8,8 18.1 0.129 1556.1
88 L9X01501 8.8 18.1 0,139 1556,2
89 L9X01502 8.5 18.9 0,172 1556.4
90 L9X01503 8,0 17.9 0,204 1556.4
91 L9X01504 6,8 17.9 0,420 1556.3
92 L9X01505 7.3 17.7 0.367 1556,5
93 L9X01506 10.5 19.7 0.094 1557.2
94 L9X01507 7.9 17.3 0,301 1555.8
95 L9X01508 8.9 18.5 0,142 1555,4
96 L9X01509 8.2 17.7 0,180 1556,8
97 L9X01510 7.3 18.1 0.417 1555,3
98 L9X01601 8,3 18.3 0.203 1556.3
99 L9X01602 7.1 17.1 0,403 1555,4
100 L9X01603 6.7 17,7 0.469 1555,3