HL6513FM Search Results

HL6513FM

Abstract: Hitachi DSA00126
Contextual Info: HL6513FM Visible High Power Laser Diode for DVD-RAM ADE-208-1466 Z Rev.0 Oct. 2001 Description The HL6513FM is a 0.65 µm band AlGalnP laser diode (LD) with a multi-quantum well (MQW) structure. Its beam divergence (parallel to the junction) has a small variation to the optical output power. The

Contextual Info: HL6513FM ODE-208-043A Z Rev.1 Feb. 01, 2008 Visible High Power Laser Diode Description The HL6513FM is a 0.65 µm band AlGalnP laser diode (LD) with a multi-quantum well (MQW) structure. Its beam divergence (parallel to the junction) has a small variation to the optical output power. It is suitable as light sources for

Contextual Info: HL6513FM ODE-208-043 Z Rev.0 Oct.20, 2006 Visible High Power Laser Diode Description The HL6513FM is a 0.65 µm band AlGalnP laser diode (LD) with a multi-quantum well (MQW) structure. Its beam divergence (parallel to the junction) has a small variation to the optical output power. It is suitable as light sources for

HL6513FM

Abstract: Hitachi DSA0047
Contextual Info: HL6513FM Visible High Power Laser Diode for DVD-RAM ADE-208-1466A Z Rev.1 Jan. 2002 Description The HL6513FM is a 0.65 µm band AlGalnP laser diode (LD) with a multi-quantum well (MQW) structure. Its beam divergence (parallel to the junction) has a small variation to the optical output power. The

3LD2

Contextual Info: HL6513FM ODE2033-00 M Rev.0 Aug. 01, 2008 Visible High Power Laser Diode Description The HL6513FM is a 0.65 m band AlGalnP laser diode (LD) with a multi-quantum well (MQW) structure. Its beam divergence (parallel to the junction) has a small variation to the optical output power. It is suitable as light sources for

HL6513FM

Contextual Info: HL6513FM ODE-208-043 Z Rev.0 Oct.20, 2006 Visible High Power Laser Diode Description The HL6513FM is a 0.65 µm band AlGalnP laser diode (LD) with a multi-quantum well (MQW) structure. Its beam divergence (parallel to the junction) has a small variation to the optical output power. It is suitable as light sources for

HL6513FM

Contextual Info: HL6513FM ODE-208-043 Z Rev.0 Oct.20, 2006 Visible High Power Laser Diode Description The HL6513FM is a 0.65 µm band AlGalnP laser diode (LD) with a multi-quantum well (MQW) structure. Its beam divergence (parallel to the junction) has a small variation to the optical output power. It is suitable as light sources for

LD5033

Abstract: opnext HL6366DG opnext l HL8340MG A 785nm HL6545MG 660nm 100mw HL8341MG HL6313G
Contextual Info: Optodevices Opnext Lights It Up Opnext is paving the way to a future of exciting laser developments and ground breaking applications. Our industry heritage, future-focused thinking and deep commitment to research and development help us anticipate and meet

lvc16244

Abstract: BC240 2sk3174 CBT1G125 LV2GT14A HC32 Hitachi HA13557A transistor 2SC1162 H8 hitachi programming manual 30204SP
Contextual Info: HITACHI ELECTRONIC COMPONENTS DATABOOK 2003 INDEX General Informations Multi Perpose Products Safety Considerations Hitachi Semiconductor Package Databook HITACHI Sales Locations Diodes Microcontroller Microcontroller General Microcontroller Overview List

HL6362MG

Abstract: HL6355MG hl6344g HL6366DG HL6750MG HL6545MG HL6348MG opnext l HL6354MG HL8341MG
Contextual Info: Oct. 2007 Guide for Red & Infrared Laser Diodes Line up Safety Considerations Be sure to avoid direct exposure of human eyes to high power laser beams emitted from laser diodes. Even though barely visible and /or invisible to the human eye, they can be quite harmful. In particular, avoid looking directly into a laser diode or collimated

dfb activation energy

Abstract: "Hitachi Kodaira Semiconductor" EA-DFB 1455B HF8807 1310nm DFB BH LASER HL6348MG opnext l laser diode DVD 100mw HL6336G
Contextual Info: Optodevice Data Book ODE-408-001I Rev.9 Mar. 2003 Opnext Japan, Inc. Safety Considerations Be sure to avoid direct exposure of human eyes to high power laser beams emitted from laser diodes. Even though barely visible and/or invisible to the human eye, they can be quite harmful. In particular, avoid looking directly into a