Broadcom Laser Diodes 657

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Part	Manufacturer	Optoelectronic Type	Mounting Feature	Maximum Forward Current	Peak Wavelength (nm)	Maximum Response Time	Sub-Category	Maximum Operating Temperature	Minimum Operating Temperature	Spectral Bandwidth	Maximum Forward Voltage
D2547P902	Broadcom	LASER DIODE	SURFACE MOUNT	.225 A	1576		Laser Diodes	75 Cel	-5 Cel		2.5 V
295L901	Broadcom
295M897	Broadcom
A1754W34WWPG	Broadcom
D2547P864	Broadcom	LASER DIODE	SURFACE MOUNT	.225 A	1608		Laser Diodes	75 Cel	-5 Cel		2.5 V
295M48	Broadcom
295L905	Broadcom
295G22	Broadcom
TO295J-CAXB	Broadcom
A1754W28WWPG	Broadcom
295G23	Broadcom
295G25	Broadcom
295L55	Broadcom
295G882	Broadcom
A1754W30WWFC	Broadcom
295L866	Broadcom
295G903	Broadcom
295M21	Broadcom
A1754W43WWSC	Broadcom
295G873	Broadcom
295M878	Broadcom
295G866	Broadcom
295G898	Broadcom
295M879	Broadcom
295L882	Broadcom
A1754W42WWFC	Broadcom
D2547P892	Broadcom	LASER DIODE	SURFACE MOUNT	.225 A	1585		Laser Diodes	75 Cel	-5 Cel		2.5 V
295G908	Broadcom
295J	Broadcom
295G46	Broadcom
D2547P887	Broadcom	LASER DIODE	SURFACE MOUNT	.225 A	1589		Laser Diodes	75 Cel	-5 Cel		2.5 V
D2547P19	Broadcom	LASER DIODE	SURFACE MOUNT	.225 A	1562		Laser Diodes	75 Cel	-5 Cel		2.5 V
295L27	Broadcom
D2547P43	Broadcom	LASER DIODE	SURFACE MOUNT	.225 A	1542		Laser Diodes	75 Cel	-5 Cel		2.5 V
D2525P50	Broadcom	LASER DIODE	SURFACE MOUNT	.225 A	1537		Laser Diodes	70 Cel	-40 Cel		1.8 V
A1754W53WWSC	Broadcom
D2547P903	Broadcom	LASER DIODE	SURFACE MOUNT	.225 A	1576		Laser Diodes	75 Cel	-5 Cel		2.5 V
D374-05AM	Broadcom
D571C20A	Broadcom	LASER DIODE	THROUGH HOLE MOUNT	.15 A	1510	.0000000005 s	Laser Diodes	85 Cel	-40 Cel	1 m	1.6 V
D2547P898	Broadcom	LASER DIODE	SURFACE MOUNT	.225 A	1580		Laser Diodes	75 Cel	-5 Cel		2.5 V
295M894	Broadcom
295G37	Broadcom
295G26	Broadcom
299F	Broadcom
D2547P870	Broadcom	LASER DIODE	SURFACE MOUNT	.225 A	1603		Laser Diodes	75 Cel	-5 Cel		2.5 V
TO295J-BAXC	Broadcom
295M28	Broadcom
295G887	Broadcom

Laser Diodes

Laser diodes are electronic devices that emit a coherent and monochromatic beam of light through the process of stimulated emission. Laser diodes are commonly used in a wide range of applications, including telecommunications, medical equipment, and industrial manufacturing.

Laser diodes are similar in structure to regular diodes but are designed to emit light instead of electrical current. They consist of a semiconductor material, typically gallium arsenide, which is doped with impurities to create a p-n junction. When a voltage is applied across the p-n junction, it causes electrons to move from the n-type region to the p-type region, releasing energy in the form of photons.

Laser diodes are characterized by their high efficiency, small size, and ability to produce a narrow and intense beam of light. They are used in a wide range of applications, including fiber-optic communications, optical storage devices, and laser printers.