10mW C + L Band DWDM DFB Laser Diode

Box Optronics, produsen komponen optoelektronik profesional, nyedhiyakake 10mW C + L Band DWDM DFB Laser Diode, laser umpan balik sing disebarake kanthi tliti dhuwur kanthi akurasi dawa gelombang ± 0.2nm kanggo sistem DWDM, sensing serat optik, lan aplikasi sumber laser presisi. Kanthi jarak gelombang ultra-sudhut opsional saka 1527.22nm (C63) nganti 1610.92nm (L61) ing antarane C-band lan L-band, laser iki menehi daya output optik 10mW CW. Dumunung ing paket kupu-kupu 14-pin standar industri kanthi pendingin termoelektrik (TEC), termistor, fotodioda monitor, lan isolator optik sing dibangun.

Kirim Pitakonan

Deskripsi Produk

Ringkesan Produk-10mW C+L Band DWDM DFB Laser Diode

Box Optronics' 10mW C+L Band DWDM DFB Laser Diode minangka sumber laser dawa gelombang presisi kanthi dawa gelombang pita 1527.22~1610.92nm C+L kanthi akurasi dawa gelombang ±0.2nm, lan daya output optik 10mW opsional. TEC terintegrasi, termistor, fotodioda monitor, lan isolator optik ing paket kupu-kupu 14-pin standar, nyedhiyakake kontrol dawa gelombang sing stabil, operasi kurang bising, lan integrasi sistem OEM sing gampang. Dirancang kanggo sistem komunikasi DWDM, sensing serat, lan instrumentasi optik presisi.

Fitur Utama-10mW C + L Band DWDM DFB Laser Diode

· Panjang gelombang pita C+L opsional: 1527.22nm (C63) nganti 1610.92nm (L61)

· Rasio supresi mode sisih dhuwur: ≥40dB minimal, 50dB khas (CW)

· Swara intensitas relatif rendah (RIN): ≤ -145dB/Hz (20-1000MHz)

· Isolator optik internal: isolasi ≥30dB

· Integrated thermoelectric cooler (TEC) lan 10kΩ thermistor kanggo stabilisasi dawa gelombang

· Pilihan serat: SMF-28e single-mode utawa PM1550 polarization-maintaining fiber

· Konektor serat FC/APC standar, utawa disesuaikan

· Monitor photodiode terintegrasi kanggo ngawasi daya output

· Kualifikasi keandalan Telcordia GR-468, tundhuk RoHS

Aplikasi Khas-10mW C + L Band DWDM DFB Laser Diode

· Sistem transmisi Dense wavelength division multiplexing (DWDM) ing C-band lan L-band

· Modul pemancar DWDM lan kertu transponder kanggo jaringan telekomunikasi

· Sistem sensing serat optik kanggo pangukuran suhu, regangan, lan geter

· Analisis spektrum optik lan sumber referensi dawa gelombang

· Peralatan pangujian lan karakterisasi komponen optik

· Riset lan pangembangan ing laboratorium fotonik lan komunikasi optik

· Integrasi OEM menyang peralatan transmisi telekomunikasi lan instrumen tes

Spesifikasi Produk-10mW C+L Band DWDM DFB Laser Diode

Ratings maksimum Absolute

Parameter	Simbol	kahanan	Min.	Tipe.	Maks.	Unit
Suhu panyimpenan	Ts	-	-40	-	85	°C
Suhu Kasus Operasi	Ndhuwur	-	-20	-	70	°C
Maju Saiki	IF	CW	-	-	200	mA
Laser Reverse Tegangan	VLR	-	-	-	2	V
PD Maju Saiki	IFPD	-	-	-	5	mA
PD Tegangan Balik	VRPD	-	-	-	10	V
TEC Saiki	ITEC	-	-	-1.5	+1.5	A
Tegangan TEC	VTEC	-	-	-3.5	+3.5	V

Karakteristik Optik (T = 25°C Suhu Laser)

Parameter	Simbol	Kondisi Test	Min.	Tipe.	Maks.	Unit
Panjang gelombang tengah	λc	TL=15~35°C, CW	Ditampilake ing Saluran sing Dipilih			nm
Daya Output Optik Puncak	PO	-	10	-	-	mW
Spectral Linewidth	LW	FWHM	-	3	5	MHz
Side-Mode dipatèni rasio	SMSR	CW	40	50	-	dB
Isolasi Optik	-	-	30	-	-	dB
Noise Intensitas Relatif	RIN	20–1000MHz	-	-	-145	dB/Hz
Gelombang Drift (EOL)	Δλ	umur 25 taun	-	-	± 0.1	nm
Koefisien Suhu gelombang	Δλ/ΔT	TEC 15°C nganti 35°C	-	0.09	-	nm/°C
Koefisien Arus Panjang Gelombang	Δλ/ΔI	-	-	0.01	-	nm/mA

Karakteristik Listrik (T = 25°C Suhu Laser)

Parameter	Simbol	Kondisi Test	Min.	Tipe.	Maks.	Unit
Ambang Arus	Ith	-	-	10	35	mA
Efisiensi Slope	η	PO = 10 mW, CW	0.05	0.13	0.2	mW/mA
Operasi Saiki	Iop	PO = 10 mW, CW	-	100	150	mA
TEC Setel Suhu	Ts	-	15	-	35	°C
Laser Tegangan Maju	VF	PO = 10 mW, CW	-	1.2	3.0	V
Monitor PD Saiki	IMPD	PO = 10 mW, CW	10	-	2500	μA
Monitor Arus Gelap	ID	IF=0mA, VRPD=5V	-	-	0.1	μA
Thermistor Arus	ITC	-	10	-	100	μA
Ketahanan Termistor	RTH	TL=25°C	9.5	10	10.5	kΩ
Thermistor Konstan	B	-	3800	-	4100	K
TEC Saiki	ITEC	TL=25°C, TC=70°C	-1.5	-	+1.5	A
Tegangan TEC	VTEC	TL=25°C, TC=70°C	-3.5	-	+3.5	V
Kapasitas TEC	ΔT	Tc=70°C	-	-	50	°C

Saluran sing dipilih:Nomer Bagian lan Dhaptar Panjang Gelombang Pusat Laser kaya ing ngisor iki

Saluran	Nomer Part	Min. Dawane gelombang (nm)	Tipe. Dawane gelombang (nm)	Maks. Dawane gelombang (nm)	Unit
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

Paket lan Definisi Pin

Tipe Paket: Paket Kupu-kupu Hermetik 14-pin

Komponen Built-in: Isolator optik, pendingin termoelektrik (TEC), termistor, fotodioda monitor

Tipe 1 Pin-out

Pin	Katrangan	Pin	Katrangan
1	Thermistor	14	NC (Ora Ana Sambungan)
2	Thermistor	13	Anoda Laser (+)
3	Laser DC Bias (Katoda) (-)	12	Laser RF Cathode (-)
4	PD Monitor Anoda (-)	11	Anoda Laser (+)
5	PD Monitor Cathode (+)	10	NC (Ora Ana Sambungan)
6	TEC (+)	9	Kasus Ground
7	TEC (-)	8	Kasus Ground

Tipe 2 Pin-out

Pin	Katrangan	Pin	Katrangan
1	TEC (+)	14	TEC (-)
2	Thermistor	13	Kasus Ground
3	PD Monitor Anoda (-)	12	NC (Ora Ana Sambungan)
4	PD Monitor Cathode (+)	11	Katoda Laser (-)
5	Thermistor	10	Anoda Laser (+)
6	NC (Ora Ana Sambungan)	9	NC (Ora Ana Sambungan)
7	NC (Ora Ana Sambungan)	8	NC (Ora Ana Sambungan)

Informasi Pesenan-10mW C + L Band DWDM DFB Laser Diode

Nomenklatur Model

BFLD - XXXX - XX - XX - XX (-X)

Tuladha: BFLD-C34-10SM-FA

lapangan	Kode	Katrangan
Tipe Laser	BFLD	ButterflyDFB Laser Diode
Dawane gelombang	Cxx /Hxx/ Lxx/Qxx	C63-C01orH62-H01 utawa L00-L61 utawa Q00-Q61
Daya Output	10	10mW
Jinis Serat	SM/PM	SM = Single-mode (SMF-28e); PM = Polarisasi-maintaining (PM1550)
Tipe Konektor	FA / SA	FA = FC/APC; SA = SC/APC; Konektor liyane kasedhiya
Pinout	NULL / 2	NULL = Tipe 1 (standar); 2 = Tipe 2 pump

Pitakonan sing Sering Ditakoni (FAQ)

P: Apa bedane konfigurasi pinout Tipe 1 lan Tipe 2?

A: Tipe 1 ngikuti konfigurasi pin kupu-kupu telekomunikasi standar, sing umum digunakake kanggo pemancar DWDM lan aplikasi komunikasi optik kacepetan dhuwur. Nyedhiyakake sambungan khusus kanggo bias laser, modulasi RF, TEC, termistor, lan ngawasi sinyal fotodioda kanggo njamin kompatibilitas karo sirkuit driver laser telekomunikasi.

Tipe 2 dioptimalake kanggo aplikasi laser pompa, kanthi antarmuka listrik sing disederhanakake lan susunan TEC sing beda kanggo operasi pompa daya dhuwur lan manajemen termal.

Kaloro konfigurasi nggunakake paket mekanik kupu 14-pin sing padha, nanging tugas pin listrik sing beda. Padha kompatibel sacara mekanik nanging mbutuhake tata letak PCB lan desain driver sing beda.

P: Napa isolator optik dibangun ing penting kanggo DWDM lan aplikasi sensing?

A: Ing transmisi DWDM lan sistem sensing serat, pantulan optik saka konektor, antarmuka serat, lan komponen optik bisa bali menyang rongga laser. Umpan balik optik iki bisa nyebabake ketidakstabilan mode, fluktuasi dawa gelombang, tambah gangguan, lan kinerja sistem sing rusak.

Isolator optik sing dibangun kanthi isolasi ≥30 dB nyuda pantulan mburi iki, ningkatake stabilitas dawa gelombang, nyuda gangguan sing disebabake umpan balik, lan njamin operasi sing dipercaya ing aplikasi kayata deteksi koheren, sensing serat, lan transmisi optik sing kurang swara.

P: Apa aku bisa entuk dawa gelombang khusus ing njaba dhaptar pita C + L standar?

A: Nggih. Kita ndhukung dawa gelombang sing disesuaikan adhedhasar syarat aplikasi tartamtu. Kanggo produk laser DWDM, dawa gelombang sing disesuaikan kasedhiya ing sawetara dawa gelombang sing mumpuni (contone, 1527–1611 nm, gumantung saka kasedhiyan chip).

Pita dawa gelombang liyane, kalebu O-band (1260-1360 nm) lan S-band (1460-1530 nm), uga bisa dianggep kanggo aplikasi tartamtu.

Kelayakan dawa gelombang khusus gumantung saka kasedhiyan chip laser, desain grating, lan jadwal produksi. Hubungi kita karo dawa gelombang target lan rincian aplikasi kanggo evaluasi.

Produk sing gegandhengan

· DWDM 14PIN Butterfly Analog Laser kanggo CATV -ITU-T Grid CH18-64 1526.44~1563.05nm, transmisi RF-over-fiber linearitas dhuwur

· LAN-WDM 10mW Fiber Coupled Laser - 1266.5~1345.5nm opsional, dirancang kanggo transceiver optik 400G/800G

· CWDM 1270-1650nm DFB Laser Source - kanggo komunikasi optik lan sensing serat optik sing disebarake

· 1550nm 1W Fiber Coupled Laser - sumber daya dhuwur kanggo serat-laser seeding, amplifikasi optik, lan fotonik industri

· 1550nm DFB 100KHz BTF Narrow Linewidth Laser - sumber gangguan fase rendah kanggo komunikasi sing koheren, LiDAR, lan sensing presisi

Lembar data-10mW C + L Band DWDM DFB Laser Diode

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Info kontak

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alamat

Kamar 901, Gedung A, Rongchao New Era Plaza, No. 3 Lanqing 1st Road, Komunitas Luhu, Kecamatan Guanhu, Distrik Longhua, Shenzhen, 518110, China
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Telp

+86-13322933691
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E-mail

sales06@boxoptronics.com

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