Fiber Optics - Add Drop Multiplexer Demultiplexer

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Part	Manufacturer	Fiber Optic Type	Mounting Feature	Maximum Operating Temperature	Minimum Operating Temperature	Fiber Type	No. of Channels	Connection Type	Body Length/Diameter	Body Width	Add/Drop Config	Body Height	Nominal Operating Wavelength	Minimum Operating Wavelength	Communication Standard	Maximum Operating Wavelength	Minimum Isolation	Minimum Return Loss	Maximum Insertion Loss	Additional Features	Channel Spacing
AD-A-2-23-A-L-3	Laser Components	ADD/DROP MUX/DEMUX
ECWM-10-B-L-9	Lightel Technologies	ADD/DROP MUX/DEMUX		65 Cel	0 Cel	SMF-28							1440 nm	1260 nm		1620 nm		45 dB	.8 dB	ITS ALSO OPERATES IN 0.5 DB ISOLATION
ECWM-2-B-L-2	Laser Components	ADD/DROP MUX/DEMUX
ECWM-9-B-B-6	Laser Components	ADD/DROP MUX/DEMUX
CWMD-8-B-B-4	Lightel Technologies	ADD/DROP MUX/DEMUX		65 Cel	0 Cel	SMF-28		SC/APC CONNECTOR					1540 nm	1460 nm		1620 nm		45 dB	.7 dB	ITS ALSO OPERATES IN 0.5 DB ISOLATION
ECWM-2-B-B-3	Laser Components	ADD/DROP MUX/DEMUX
CPOWCB8D6101	Lumentum Operations	ADD/DROP MUX/DEMUX	PANEL MOUNT	55 Cel	-5 Cel		8	LC/UPC, MTP	223.52 mm	436.88 inch		43.18 mm	1543 nm	1525 nm	DHCP, SNMP	1562 nm				BUILT IN AMPLIFICATION ON DROP PATH	100 GHz
AD-D-1-23-A-L-3	Laser Components	ADD/DROP MUX/DEMUX
ECWM-14-A-L-3	Laser Components	ADD/DROP MUX/DEMUX
ECWM-2-B-B-6	Laser Components	ADD/DROP MUX/DEMUX
ADM2123AL3	Lightel Technologies	ADD/DROP MUX/DEMUX		65 Cel	0 Cel	SMF		SC/PC CONNECTOR	110 mm	90 inch	2X2	7 mm	1559 nm						1.5 dB		100 GHz
ECWM-9-B-B-A	Laser Components	ADD/DROP MUX/DEMUX
ADA-1-23-S-B-0	Lightel Technologies	ADD/DROP MUX/DEMUX		65 Cel	0 Cel	SMF-28							1559 nm								100 GHz
CWDM-6-A-B-9	Laser Components	ADD/DROP MUX/DEMUX
CWDM-5-A-L-4	Laser Components	ADD/DROP MUX/DEMUX
ADA-1-23-B-B-7	Lightel Technologies	ADD/DROP MUX/DEMUX		65 Cel	0 Cel	SMF-28		LC/UPC CONNECTOR					1559 nm								100 GHz
ECWM-11-B-L-3	Laser Components	ADD/DROP MUX/DEMUX
ECWM-5-B-B-7	Laser Components	ADD/DROP MUX/DEMUX
PMAD-2-23-B-B-1	Laser Components	ADD/DROP MUX/DEMUX
ECWM-9-A-B-A	Lightel Technologies	ADD/DROP MUX/DEMUX		65 Cel	0 Cel	SMF-28		FC/UPC CONNECTOR					1440 nm	1260 nm		1620 nm		45 dB	.8 dB	ITS ALSO OPERATES IN 0.5 DB ISOLATION
ECWM-4-A-L-B	Laser Components	ADD/DROP MUX/DEMUX
ECWM-7-B-L-C	Lightel Technologies	ADD/DROP MUX/DEMUX		65 Cel	0 Cel	SMF-28		ST CONNECTOR					1440 nm	1260 nm		1620 nm		45 dB	.8 dB	ITS ALSO OPERATES IN 0.5 DB ISOLATION
ADD-1-23-S-L-8	Lightel Technologies	ADD/DROP MUX/DEMUX		65 Cel	0 Cel	SMF-28		LC/SPC CONNECTOR					1559 nm								100 GHz
ADM312323AL7	Lightel Technologies	ADD/DROP MUX/DEMUX				SMF-28		LC/UPC CONNECTOR			3X3		1559 nm								100 GHz
PMAD-1-23-B-L-4	Laser Components	ADD/DROP MUX/DEMUX
ECWM-4-A-B-9	Lightel Technologies	ADD/DROP MUX/DEMUX		65 Cel	0 Cel	SMF-28							1440 nm	1260 nm		1620 nm		45 dB	.8 dB	ITS ALSO OPERATES IN 0.5 DB ISOLATION
ADM3323.523.5AB2	Lightel Technologies	ADD/DROP MUX/DEMUX		65 Cel	0 Cel	SMF	2	FC/APC CONNECTOR	110 mm	90 inch	2X2	7 mm	1559 nm						2.3 dB		50 GHz
ECWM-8-A-B-4	Lightel Technologies	ADD/DROP MUX/DEMUX		65 Cel	0 Cel	SMF-28		SC/APC CONNECTOR					1440 nm	1260 nm		1620 nm		45 dB	.8 dB	ITS ALSO OPERATES IN 0.5 DB ISOLATION
ECWM-8-A-B-4	Laser Components	ADD/DROP MUX/DEMUX
CWDM-7-B-B-8	Laser Components	ADD/DROP MUX/DEMUX
ECWM-11-A-B-1	Laser Components	ADD/DROP MUX/DEMUX
ECWM-7-A-B-8	Laser Components	ADD/DROP MUX/DEMUX
CPOWLA6B6101	Viavi Solutions	ADD/DROP MUX/DEMUX	PANEL MOUNT	55 Cel	-5 Cel		6	LC/UPC, MTP	223.52 mm	436.88 inch		43.18 mm	1592 nm	1570 nm	DHCP, SNMP	1615 nm				BUILT IN AMPLIFICATION ON ADD AND DROP PATH	50 GHz
ECWM-14-B-B-A	Laser Components	ADD/DROP MUX/DEMUX
PMAD-1-23-S-B-0	Lightel Technologies	ADD/DROP MUX/DEMUX		65 Cel	0 Cel	PM PANDA FIBER							1559 nm								100 GHz
CPOWCB2D6101	Viavi Solutions	ADD/DROP MUX/DEMUX	PANEL MOUNT	55 Cel	-5 Cel		2	LC/UPC, MTP	223.52 mm	436.88 inch		43.18 mm	1543 nm	1525 nm	DHCP, SNMP	1562 nm				BUILT IN AMPLIFICATION ON DROP PATH	100 GHz
ECWM-13-A-B-B	Lightel Technologies	ADD/DROP MUX/DEMUX		65 Cel	0 Cel	SMF-28		SC/UPC CONNECTOR					1440 nm	1260 nm		1620 nm		45 dB	.8 dB	ITS ALSO OPERATES IN 0.5 DB ISOLATION
ADD-2-23-S-L-B	Lightel Technologies	ADD/DROP MUX/DEMUX		65 Cel	0 Cel	SMF-28	1	SC/UPC CONNECTOR									30 dB	45 dB	.8 dB	IT ALSO HAVE NON ADJACENT CHANNEL ISOLATION OF 40 DB, IT ALSO HAVE EXPRESS CHANNEL INSERTION LOSS OF 0.5 DB	200 GHz
ECWM-8-B-L-9	Laser Components	ADD/DROP MUX/DEMUX
ECWM-12-A-L-9	Lightel Technologies	ADD/DROP MUX/DEMUX		65 Cel	0 Cel	SMF-28							1440 nm	1260 nm		1620 nm		45 dB	.8 dB	ITS ALSO OPERATES IN 0.5 DB ISOLATION
ECWM-7-A-L-5	Laser Components	ADD/DROP MUX/DEMUX
ECWM-7-B-B-1	Laser Components	ADD/DROP MUX/DEMUX
ECWM-16-B-L-7	Lightel Technologies	ADD/DROP MUX/DEMUX		65 Cel	0 Cel	SMF-28		LC/UPC CONNECTOR					1440 nm	1260 nm		1620 nm		45 dB	.8 dB	ITS ALSO OPERATES IN 0.5 DB ISOLATION
ECWM-15-A-B-0	Laser Components	ADD/DROP MUX/DEMUX
ECWM-8-A-L-A	Lightel Technologies	ADD/DROP MUX/DEMUX		65 Cel	0 Cel	SMF-28		FC/UPC CONNECTOR					1440 nm	1260 nm		1620 nm		45 dB	.8 dB	ITS ALSO OPERATES IN 0.5 DB ISOLATION
ECWM-12-A-L-0	Laser Components	ADD/DROP MUX/DEMUX
CWDM-7-A-B-2	Laser Components	ADD/DROP MUX/DEMUX
ADM312323AL5	Lightel Technologies	ADD/DROP MUX/DEMUX				SMF-28		FC/SPC CONNECTOR			3X3		1559 nm								100 GHz

Fiber optics add-drop multiplexers and demultiplexers are electronic devices that are used to manage the flow of data signals in fiber optic networks. They allow multiple signals to be transmitted over a single optical fiber by separating and combining different wavelengths of light.

Add-drop multiplexers (ADMs) are used to add or remove specific channels of data from a fiber optic network without interrupting the flow of other channels. They allow network operators to selectively route data signals to different locations in the network, enabling efficient use of network resources.

Demultiplexers, on the other hand, are used to separate the different wavelengths of light in a fiber optic network into individual channels. This enables network operators to extract specific channels of data from the network for processing or analysis.

Both ADMs and demultiplexers use optical filters or prisms to separate or combine the different wavelengths of light in the network. They also use fiber optic couplers to split or combine the optical signals.

ADMs and demultiplexers come in different configurations and designs, depending on the application and the required performance. They can be integrated into a fiber optic network or mounted in a separate enclosure, depending on the application and the space available.