10mW C+L Band DWDM DFB Laser Diode

Arca Optronica, optoelectronic fabricatrix professionalis, praebet 10mW C+L Band DWDM DFB Laser Diode, summa cura distributa feedback laseris featuring ±0.2nm necem accurationem pro DWDM systemata, fibra sentiendi optici, ac praecisionem applicationis laseris fons. Cum ad libitum ultra-latum necem ab 1527,22nm (C63) ad 1610.92nm (L61) trans utrumque C-band et L-band, hic laser 10mW CW output potestatem opticam tradit. Colit in industria vexillum 14-pini papilio sarcina cum thermoelectric frigidiori (TEC), thermistor, monitor photodiode, et in optical isolator aedificavit.

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Product Overview-10mW C+L Band DWDM DFB Laser Diode

Arca Optronicorum* 10mW C+L Band DWDM DFB Laser Diode praecisio est laseris necem fons cum libitum 1527.22~1610.92nm C+L Cohors aequalium cum ±0.2nm accurationis necem, et 10mW output potentia optica. Integrant TEC, thermistor, monitor photodiodum, et opticus isolator in mensura 14-pini papilio sarcina, stabilis necem praebens imperium, operationem humilem sonum, et integrationem systematis OEM facilem. DWDM systemata communicationis disposita, fibra sentiendi, praecisio instrumentorum opticorum.

Key Features-10mW C+L Band DWDM DFB Laser Diode

· C+L cohortem indeterminatam ad libitum: 1527.22nm (C63) ad 1610.92nm (L61)

· Proportio suppressionis lateralis princeps: ≥40dB minimum, 50dB typicum (CW)

· Intentio relativa strepitum (RIN): ≤ -145dB/Hz (20-1000MHz)

· instructum seclusorium opticum: ≥30dB solitudo

· Integra thermoelectric frigidior (TEC) et 10kΩ thermistor ad necem stabilizationis

· Fiber optiones: SMF-28e modus singularis vel fibra PM1550 polarizationis conservandae

· Latin FC/APC fibra connectens vel nativus

· Monitor photodiodum integratum ad output vim vigilantiam

· Telcordia GR-468 Fiducia idoneus, RoHS facilis

Typical Applications 10mW C+L Band DWDM DFB Laser Diode

· Densa necem divisio multiplex (DWDM) systemata transmissionis trans C-band et L-band.

· DWDM modulorum transmissorium et chartarum transpondentium pro reticulis telecomatis

· Fibra systemata sensibilium opticorum pro temperatura, contentione et tremore mensurae

· Spectrum analysi opticum et fontes referentes necem

· Optica pars probatio et ratio instrumenti

· Investigatio et progressus in laboratorio photonicis et opticis communicationis socialis

· OEM integratio instrumentorum telecomorum in instrumento tradendo et instrumentorum testium"

Product Specifications-10mW C+L Band DWDM DFB Laser Diode

Maximum Ratings

Parameter	Symbolum	Conditio	Min.	Typ.	Maximilianus.	Unitas
Repono Temperature	Ts	-	-40	-	85	°C
Operating Causa Temperature	Top	-	-20	-	70	°C
Deinceps Current	SI*	CW	-	-	200	ma
Laser inversa intentione	VLR	-	-	-	2	V
PD Deinceps Current	IFPD	-	-	-	5	ma
PD Reverse Voltage	VRPD	-	-	-	10	V
TEC Current	ITEC	-	-	-1.5	+1.5	A
TEC Voltage	VTEC	-	-	-3.5	+3.5	V

Characteres optici (T = 25°C Temperature Laser)

Parameter	Symbolum	Test Condition	Min.	Typ.	Maximilianus.	Unitas
Centrum Necem	λ	TL=15~35°C, CW	Ostensum est in canales Selectae			nm
Apicem Optical Output Power	PO	-	10	-	-	mW*
Spectrale Linewidth	LW	FWHM	-	3	5	MHz
Parte-Modus Suppressio Ratio	SMSR	CW	40	50	-	dB*
Optical solitudo	-	-	30	-	-	dB*
Intensitas relativa sonitus	RIN	20-1000MHz	-	-	-145	dB/Hz
Necem PERFLUO (EOL)	λ	XXV annos vita	-	-	±0.1	nm
Necem Temperature Coefficient	λ/ΔT	TEC 15°C ad 35°C	-	0.09	-	um/°C
Necem Current Coefficiente	λ/ΔI	-	-	0.01	-	nm/mA

Electrical Characteres (T = 25°C Laser Temperature)

Parameter	Symbolum	Test Condition	Min.	Typ.	Maximilianus.	Unitas
Limen Current	Ith	-	-	10	35	ma
Clivo Efficens	η	PO=10mW, CW	0.05	0.13	0.2	mW/mA
Operans Current	Iop	PO=10mW, CW	-	100	150	ma
TEC Set Temperature	Ts	-	15	-	35	°C
Laser Deinceps intentione	VF	PO=10mW, CW	-	1.2	3.0	V
Monitor PD Current	IMPD	PO=10mW, CW	10	-	2500	μA
Monitor Dark Current	ID	IF=0mA, VRPD=5V	-	-	0.1	μA
Thermistor Current	ITC	-	10	-	100	μA
Thermistor Resistentia	RTH	TL=25°C	9.5	10	10.5	kΩ
Thermistor Constans	B	-	3800	-	4100	K
TEC Current	ITEC	TL=25°C, TC=70°C	-1.5	-	+1.5	A
TEC Voltage	VTEC	TL=25°C, TC=70°C	-3.5	-	+3.5	V
TEC Capacitas	T	Tc=70°C	-	-	50	°C

Electus canales: Pars Number et laser Centrum necem album ut infra

Channel	Pars Number	Min. Necem(um).	Typ. Necem(um).	Maximilianus. Necem(um).	Unitas
C63	BFLD-C63-10XX-XX	1527.02	1527.22	1527.42	nm
H62	BFLD-H62-10XX-XX	1527.40	1527.60	1527.80	nm
C62	BFLD-C62-10XX-XX	1527.79	1527.99	1528.19	nm
H61	BFLD-H61-10XX-XX	1528.18	1528.38	1528.58	nm
C61	BFLD-C61-10XX-XX	1528.57	1528.77	1528.97	nm
H60	BFLD-H60-10XX-XX	1528.96	1529.16	1529.36	nm
C60	BFLD-C60-10XX-XX	1529.35	1529.55	1529.75	nm
H59	BFLD-H59-10XX-XX	1529.74	1529.94	1530.14	nm
C59	BFLD-C59-10XX-XX	1530.13	1530.33	1530.53	nm
H58	BFLD-H58-10XX-XX	1530.52	1530.72	1530.92	nm
C58	BFLD-C58-10XX-XX	1530.92	1531.12	1531.32	nm
H57	BFLD-H57-10XX-XX	1531.31	1531.51	1531.71	nm
C57	BFLD-C57-10XX-XX	1531.70	1531.90	1532.10	nm
H56	BFLD-H56-10XX-XX	1532.09	1532.29	1532.49	nm
C56	BFLD-C56-10XX-XX	1532.48	1532.68	1532.88	nm
H55	BFLD-H55-10XX-XX	1532.87	1533.07	1533.27	nm
C55	BFLD-C55-10XX-XX	1533.27	1533.47	1533.67	nm
H54	BFLD-H54-10XX-XX	1533.66	1533.86	1534.06	nm
C54	BFLD-C54-10XX-XX	1534.05	1534.25	1534.45	nm
H53	BFLD-H53-10XX-XX	1534.44	1534.64	1534.84	nm
C53	BFLD-C53-10XX-XX	1534.84	1535.04	1535.24	nm
H52	BFLD-H52-10XX-XX	1535.23	1535.43	1535.63	nm
C52	BFLD-C52-10XX-XX	1535.62	1535.82	1536.02	nm
H51	BFLD-H51-10XX-XX	1536.02	1536.22	1536.42	nm
C51	BFLD-C51-10XX-XX	1536.41	1536.61	1536.81	nm
H50	BFLD-H50-10XX-XX	1536.80	1537.00	1537.20	nm
C50	BFLD-C50-10XX-XX	1537.20	1537.40	1537.60	nm
H49	BFLD-H49-10XX-XX	1537.59	1537.79	1537.99	nm
C49	BFLD-C49-10XX-XX	1537.99	1538.19	1538.39	nm
H48	BFLD-H48-10XX-XX	1538.38	1538.58	1538.78	nm
C48	BFLD-C48-10XX-XX	1538.78	1538.98	1539.18	nm
H47	BFLD-H47-10XX-XX	1539.17	1539.37	1539.57	nm
C47	BFLD-C47-10XX-XX	1539.57	1539.77	1539.97	nm
H46	BFLD-H46-10XX-XX	1539.96	1540.16	1540.36	nm
C46	BFLD-C46-10XX-XX	1540.36	1540.56	1540.76	nm
H45	BFLD-H45-10XX-XX	1540.75	1540.95	1541.15	nm
C45	BFLD-C45-10XX-XX	1541.15	1541.35	1541.55	nm
H44	BFLD-H44-10XX-XX	1541.55	1541.75	1541.95	nm
C44	BFLD-C44-10XX-XX	1541.94	1542.14	1542.34	nm
H43	BFLD-H43-10XX-XX	1542.34	1542.54	1542.74	nm
C43	BFLD-C43-10XX-XX	1542.74	1542.94	1543.14	nm
H42	BFLD-H42-10XX-XX	1543.13	1543.33	1543.53	nm
C42	BFLD-C42-10XX-XX	1543.53	1543.73	1543.93	nm
H41	BFLD-H41-10XX-XX	1543.93	1544.13	1544.33	nm
C41	BFLD-C41-10XX-XX	1544.33	1544.53	1544.73	nm
H40	BFLD-H40-10XX-XX	1544.72	1544.92	1545.12	nm
C40	BFLD-C40-10XX-XX	1545.12	1545.32	1545.52	nm
H39	BFLD-H39-10XX-XX	1545.52	1545.72	1545.92	nm
C39	BFLD-C39-10XX-XX	1545.92	1546.12	1546.32	nm
H38	BFLD-H38-10XX-XX	1546.32	1546.52	1546.72	nm
C38	BFLD-C38-10XX-XX	1546.72	1546.92	1547.12	nm
H37	BFLD-H37-10XX-XX	1547.12	1547.32	1547.52	nm
C37	BFLD-C37-10XX-XX	1547.52	1547.72	1547.92	nm
H36	BFLD-H36-10XX-XX	1547.91	1548.11	1548.31	nm
C36	BFLD-C36-10XX-XX	1548.31	1548.51	1548.71	nm
H35	BFLD-H35-10XX-XX	1548.71	1548.91	1549.11	nm
C35	BFLD-C35-10XX-XX	1549.12	1549.32	1549.52	nm
H34	BFLD-H34-10XX-XX	1549.52	1549.72	1549.92	nm
C34	BFLD-C34-10XX-XX	1549.92	1550.12	1550.32	nm
H33	BFLD-H33-10XX-XX	1550.32	1550.52	1550.72	nm
C33	BFLD-C33-10XX-XX	1550.72	1550.92	1551.12	nm
H32	BFLD-H32-10XX-XX	1551.12	1551.32	1551.52	nm
C32	BFLD-C32-10XX-XX	1551.52	1551.72	1551.92	nm
H31	BFLD-H31-10XX-XX	1551.92	1552.12	1552.32	nm
C31	BFLD-C31-10XX-XX	1552.32	1552.52	1552.72	nm
H30	BFLD-H30-10XX-XX	1552.73	1552.93	1553.13	nm
C30	BFLD-C30-10XX-XX	1553.13	1553.33	1553.53	nm
H29	BFLD-H29-10XX-XX	1553.53	1553.73	1553.93	nm
C29	BFLD-C29-10XX-XX	1553.93	1554.13	1554.33	nm
H28	BFLD-H28-10XX-XX	1554.34	1554.54	1554.74	nm
C28	BFLD-C28-10XX-XX	1554.74	1554.94	1555.14	nm
H27	BFLD-H27-10XX-XX	1555.14	1555.34	1555.54	nm
C27	BFLD-C27-10XX-XX	1555.55	1555.75	1555.95	nm
H26	BFLD-H26-10XX-XX	1555.95	1556.15	1556.35	nm
C26	BFLD-C26-10XX-XX	1556.35	1556.55	1556.75	nm
H25	BFLD-H25-10XX-XX	1556.76	1556.96	1557.16	nm
C25	BFLD-C25-10XX-XX	1557.16	1557.36	1557.56	nm
H24	BFLD-H24-10XX-XX	1557.57	1557.77	1557.97	nm
C24	BFLD-C24-10XX-XX	1557.97	1558.17	1558.37	nm
H23	BFLD-H23-10XX-XX	1558.38	1558.58	1558.78	nm
C23	BFLD-C23-10XX-XX	1558.78	1558.98	1559.18	nm
H22	BFLD-H22-10XX-XX	1559.19	1559.39	1559.59	nm
C22	BFLD-C22-10XX-XX	1559.59	1559.79	1559.99	nm
H21	BFLD-H21-10XX-XX	1560.00	1560.20	1560.40	nm
C21	BFLD-C21-10XX-XX	1560.41	1560.61	1560.81	nm
H20	BFLD-H20-10XX-XX	1560.81	1561.01	1561.21	nm
C20	BFLD-C20-10XX-XX	1561.22	1561.42	1561.62	nm
H19	BFLD-H19-10XX-XX	1561.63	1561.83	1562.03	nm
C19	BFLD-C19-10XX-XX	1562.03	1562.23	1562.43	nm
H18	BFLD-H18-10XX-XX	1562.44	1562.64	1562.84	nm
C18	BFLD-C18-10XX-XX	1562.85	1563.05	1563.25	nm
H17	BFLD-H17-10XX-XX	1563.25	1563.45	1563.65	nm
C17	BFLD-C17-10XX-XX	1563.66	1563.86	1564.06	nm
H16	BFLD-H16-10XX-XX	1564.07	1564.27	1564.47	nm
C16	BFLD-C16-10XX-XX	1564.48	1564.68	1564.88	nm
H15	BFLD-H15-10XX-XX	1564.89	1565.09	1565.29	nm
C15	BFLD-C15-10XX-XX	1565.30	1565.50	1565.70	nm
H14	BFLD-H14-10XX-XX	1565.70	1565.90	1566.10	nm
C14	BFLD-C14-10XX-XX	1566.11	1566.31	1566.51	nm
H13	BFLD-H13-10XX-XX	1566.52	1566.72	1566.92	nm
C13	BFLD-C13-10XX-XX	1566.93	1567.13	1567.33	nm
H12	BFLD-H12-10XX-XX	1567.34	1567.54	1567.74	nm
C12	BFLD-C12-10XX-XX	1567.75	1567.95	1568.15	nm
H11	BFLD-H11-10XX-XX	1568.16	1568.36	1568.56	nm
C11	BFLD-C11-10XX-XX	1568.57	1568.77	1568.97	nm
H10	BFLD-H10-10XX-XX	1568.98	1569.18	1569.38	nm
C10	BFLD-C10-10XX-XX	1569.39	1569.59	1569.79	nm
H09	BFLD-H09-10XX-XX	1569.81	1570.01	1570.21	nm
C09	BFLD-C09-10XX-XX	1570.22	1570.42	1570.62	nm
H08	BFLD-H08-10XX-XX	1570.63	1570.83	1571.03	nm
C08	BFLD-C08-10XX-XX	1571.04	1571.24	1571.44	nm
H07	BFLD-H07-10XX-XX	1571.45	1571.65	1571.85	nm
C07	BFLD-C07-10XX-XX	1571.86	1572.06	1572.26	nm
H06	BFLD-H06-10XX-XX	1572.28	1572.48	1572.68	nm
C06	BFLD-C06-10XX-XX	1572.69	1572.89	1573.09	nm
H05	BFLD-H05-10XX-XX	1573.10	1573.30	1573.50	nm
C05	BFLD-C05-10XX-XX	1573.51	1573.71	1573.91	nm
H04	BFLD-H04-10XX-XX	1573.93	1574.13	1574.33	nm
C04	BFLD-C04-10XX-XX	1574.34	1574.54	1574.74	nm
H03	BFLD-H03-10XX-XX	1574.75	1574.95	1575.15	nm
C03	BFLD-C03-10XX-XX	1575.17	1575.37	1575.57	nm
H02	BFLD-H02-10XX-XX	1575.58	1575.78	1575.98	nm
C02	BFLD-C02-10XX-XX	1576.00	1576.20	1576.40	nm
H01	BFLD-H01-10XX-XX	1576.41	1576.61	1576.81	nm
C01	BFLD-C01-10XX-XX	1576.83	1577.03	1577.23	nm
Q00	BFLD-Q00-10XX-XX	1577.24	1577.44	1577.64	nm
L00	BFLD-L00-10XX-XX	1577.66	1577.86	1578.06	nm
Q99	BFLD-Q99-10XX-XX	1578.07	1578.27	1578.47	nm
L99	BFLD-L99-10XX-XX	1578.49	1578.69	1578.89	nm
Q98	BFLD-Q98-10XX-XX	1578.90	1579.10	1579.30	nm
L98	BFLD-L98-10XX-XX	1579.32	1579.52	1579.72	nm
Q97	BFLD-Q97-10XX-XX	1579.73	1579.93	1580.13	nm
L97	BFLD-L97-10XX-XX	1580.15	1580.35	1580.55	nm
Q96	BFLD-Q96-10XX-XX	1580.57	1580.77	1580.97	nm
L96	BFLD-L96-10XX-XX	1580.98	1581.18	1581.38	nm
Q95	BFLD-Q95-10XX-XX	1581.40	1581.60	1581.80	nm
L95	BFLD-L95-10XX-XX	1581.82	1582.02	1582.22	nm
Q94	BFLD-Q94-10XX-XX	1582.24	1582.44	1582.64	nm
L94	BFLD-L94-10XX-XX	1582.65	1582.85	1583.05	nm
Q93	BFLD-Q93-10XX-XX	1583.07	1583.27	1583.47	nm
L93	BFLD-L93-10XX-XX	1583.49	1583.69	1583.89	nm
Q92	BFLD-Q92-10XX-XX	1583.91	1584.11	1584.31	nm
L92	BFLD-L92-10XX-XX	1584.33	1584.53	1584.73	nm
Q91	BFLD-Q91-10XX-XX	1584.75	1584.95	1585.15	nm
L91	BFLD-L91-10XX-XX	1585.16	1585.36	1585.56	nm
Q90	BFLD-Q90-10XX-XX	1585.58	1585.78	1585.98	nm
L90	BFLD-L90-10XX-XX	1586.00	1586.20	1586.40	nm
Q89	BFLD-Q89-10XX-XX	1586.42	1586.62	1586.82	nm
L89	BFLD-L89-10XX-XX	1586.84	1587.04	1587.24	nm
Q88	BFLD-Q88-10XX-XX	1587.26	1587.46	1587.66	nm
L88	BFLD-L88-10XX-XX	1587.68	1587.88	1588.08	nm
Q87	BFLD-Q87-10XX-XX	1588.10	1588.30	1588.50	nm
L87	BFLD-L87-10XX-XX	1588.53	1588.73	1588.93	nm
Q86	BFLD-Q86-10XX-XX	1588.95	1589.15	1589.35	nm
L86	BFLD-L86-10XX-XX	1589.37	1589.57	1589.77	nm
Q85	BFLD-Q85-10XX-XX	1589.79	1589.99	1590.19	nm
L85	BFLD-L85-10XX-XX	1590.21	1590.41	1590.61	nm
Q84	BFLD-Q84-10XX-XX	1590.63	1590.83	1591.03	nm
L84	BFLD-L84-10XX-XX	1591.06	1591.26	1591.46	nm
Q83	BFLD-Q83-10XX-XX	1591.48	1591.68	1591.88	nm
L83	BFLD-L83-10XX-XX	1591.90	1592.10	1592.30	nm
Q82	BFLD-Q82-10XX-XX	1592.32	1592.52	1592.72	nm
L82	BFLD-L82-10XX-XX	1592.75	1592.95	1593.15	nm
Q81	BFLD-Q81-10XX-XX	1593.17	1593.37	1593.57	nm
L81	BFLD-L81-10XX-XX	1593.59	1593.79	1593.99	nm
Q80	BFLD-Q80-10XX-XX	1594.02	1594.22	1594.42	nm
L80	BFLD-L80-10XX-XX	1594.44	1594.64	1594.84	nm
Q79	BFLD-Q79-10XX-XX	1594.86	1595.06	1595.26	nm
L79	BFLD-L79-10XX-XX	1595.29	1595.49	1595.69	nm
Q78	BFLD-Q78-10XX-XX	1595.71	1595.91	1596.11	nm
L78	BFLD-L78-10XX-XX	1596.14	1596.34	1596.54	nm
Q77	BFLD-Q77-10XX-XX	1596.56	1596.76	1596.96	nm
L77	BFLD-L77-10XX-XX	1596.99	1597.19	1597.39	nm
Q76	BFLD-Q76-10XX-XX	1597.42	1597.62	1597.82	nm
L76	BFLD-L76-10XX-XX	1597.84	1598.04	1598.24	nm
Q75	BFLD-Q75-10XX-XX	1598.27	1598.47	1598.67	nm
L75	BFLD-L75-10XX-XX	1598.69	1598.89	1599.09	nm
Q74	BFLD-Q74-10XX-XX	1599.12	1599.32	1599.52	nm
L74	BFLD-L74-10XX-XX	1599.55	1599.75	1599.95	nm
Q73	BFLD-Q73-10XX-XX	1599.97	1600.17	1600.37	nm
L73	BFLD-L73-10XX-XX	1600.40	1600.60	1600.80	nm
Q72	BFLD-Q72-10XX-XX	1600.83	1601.03	1601.23	nm
L72	BFLD-L72-10XX-XX	1601.26	1601.46	1601.66	nm
Q71	BFLD-Q71-10XX-XX	1601.68	1601.88	1602.08	nm
L71	BFLD-L71-10XX-XX	1602.11	1602.31	1602.51	nm
Q70	BFLD-Q70-10XX-XX	1602.54	1602.74	1602.94	nm
L70	BFLD-L70-10XX-XX	1602.97	1603.17	1603.37	nm
Q69	BFLD-Q69-10XX-XX	1603.40	1603.60	1603.80	nm
L69	BFLD-L69-10XX-XX	1603.83	1604.03	1604.23	nm
Q68	BFLD-Q68-10XX-XX	1604.26	1604.46	1604.66	nm
L68	BFLD-L68-10XX-XX	1604.68	1604.88	1605.08	nm
Q67	BFLD-Q67-10XX-XX	1605.11	1605.31	1605.51	nm
L67	BFLD-L67-10XX-XX	1605.54	1605.74	1605.94	nm
Q66	BFLD-Q66-10XX-XX	1605.97	1606.17	1606.37	nm
L66	BFLD-L66-10XX-XX	1606.40	1606.60	1606.80	nm
Q65	BFLD-Q65-10XX-XX	1606.84	1607.04	1607.24	nm
L65	BFLD-L65-10XX-XX	1607.27	1607.47	1607.67	nm
Q64	BFLD-Q64-10XX-XX	1607.70	1607.90	1608.10	nm
L64	BFLD-L64-10XX-XX	1608.13	1608.33	1608.53	nm
Q63	BFLD-Q63-10XX-XX	1608.56	1608.76	1608.96	nm
L63	BFLD-L63-10XX-XX	1608.99	1609.19	1609.39	nm
Q62	BFLD-Q62-10XX-XX	1609.42	1609.62	1609.82	nm
L62	BFLD-L62-10XX-XX	1609.86	1610.06	1610.26	nm
Q61	BFLD-Q61-10XX-XX	1610.29	1610.49	1610.69	nm
L61	BFLD-L61-10XX-XX	1610.72	1610.92	1611.12	nm

Sarcina et Pin Definition

Sarcina Type: XIV-pin Hermetic Papilio Package

Instructa in Componentibus: isolator opticus, frigidior thermoelectricus (TEC), thermistor, monitor photodiodus

Typus I Pin-e

Pin	Descriptio	Pin	Descriptio
1	Thermistor	14	NC (Nec Connection)
2	Thermistor	13	Laser Anode (+)
3	Laser DC Bias (-)	12	Laser RF Cathode (-)
4	PD Monitor Anode (-)	11	Laser Anode (+)
5	PD Monitor Cathode (+)	10	NC (Nec Connection)
6	TEC (+)	9	Causa terrae
7	TEC (-)	8	Causa terrae

Typus II Pin-e

Pin	Descriptio	Pin	Descriptio
1	TEC (+)	14	TEC (-)
2	Thermistor	13	Causa terrae
3	PD Monitor Anode (-)	12	NC (Nec Connection)
4	PD Monitor Cathode (+)	11	Laser Cathode (-)
5	Thermistor	10	Laser Anode (+)
6	NC (Nec Connection)	9	NC (Nec Connection)
7	NC (Nec Connection)	8	NC (Nec Connection)

Mandantes Informationes 10mW C+L Band DWDM DFB Laser Diode

Exemplar Nomenclature

BFLD - XXXX XX XX XX XX (-X)

Exemplum: BFLD-C34-10SM-FA

Agro	Code	Descriptio
Laser Type	BFLD	ButterflyDFB Laser Diode
Necem	Cxx /Hxx/Lxx/Qxx	C63-C01orH62-H01 vel L00-L61 vel Q00-Q61
Output Power	10	10mW
Fibra Type	SM / PM	SM = Single-modus (SMF-28e); AM = Polarizationem conservandam (PM1550)
Connector Type	FA / SA	FA = FC/APC; SA = SC/APC; Aliae connexiones praesto
Pinout	NULL / 2	NULL = Type 1 (per annum); II = Typus II sentinam

Frequenter Interrogata (FAQ)

Q: Quid interest inter Type 1 et Type 2 pinout configurationes?

A: Typus 1 sequitur vexillum telecom-papilium papilionum configuratione, vulgo pro transmitters DWDM et celeritate applicationum communicationis optical. Dedicatas nexus praebet pro laseris biantis, RF modulationis, TEC, thermistoris, et monitoris photodiodae signa ut convenientiam cum laseris coegi circuitibus congruentiam curet.

Typus 2 est optimized pro applicationibus laseris sentinam, cum simplici interface electrico et alia TEC dispositione pro alta potentia sentinae operationis et administrationis scelerisque.

Ambae figurationes eodem papilio 14-clavorum machinarum mechanicarum utuntur, sed earum electrici assignatio clavorum diversae sunt. Mechanice compatibles sunt, sed diversa PCB intentiones et consilia exactoris requirunt.

Q: Quid est constructum-in optica isolator maximus pro DWDM et sentiendo applicationes?

A: In DWDM tradendo et fibra systemata sentientia, reflexiones opticas a connectoribus, fibris interfaces, et partium opticarum rursus in cavum laseris coniungi possunt. Haec optica feedback ducere potest ad modum instabilitatis, fluctuationis fluctuatio, sonitus auctus, et ratio agendi degradatus.

Solotatio optica constructa cum ≥30 dB isolator has reflexiones supprimit, necem stabilitatem augens, strepitus opiniones inductus reducens ac certas operationes in applicationibus ut deprehensio cohaeret, fibrarum sentiendi, et sonitus optici tradendi.

Q: Possum consuetudinem esse extra vexillum C+L band album?

A: Ita. Lorem aequalitatem sustinemus secundum certa applicationis requisita. Pro DWDM productorum laser, aequalitates nativus in promptu sunt in nostris adaequationibus idoneis (exempli gratia, 1527-1611 um, secundum chip dispositio).

Aliae vincula, in quibus O-band (1260-1360 um) et S-band (1460-1530 um), etiam pro certis applicationibus considerari possunt.

Consuetudo necem facundia dependet ab laseris chip promptitudine, consilio craticulae, et schedula productionis. Quaeso nobis contactum cum clypeo tuo necem et applicationes singularum aestimationis.

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Datasheet-10mW C+L Band DWDM DFB Laser Diode

Datasheet

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