A two electrode solid state, optoelectronic device that emits coherent visible or infrared radiant energy with a narrow beam and a narrow spectral bandwidth when electrically energized. It is designed for use in a fiber optic system. May or may not include mounting hardware and/or heat sink. See also LIGHT EMITTING DIODE.
A two electrode solid state, optoelectronic device that emits coherent visible or infrared radiant energy with a narrow beam and a narrow spectral bandwidth when electrically energized. It is designed for use in a fiber optic system. May or may not include mounting hardware and/or heat sink. See also LIGHT EMITTING DIODE.
A two electrode solid state, optoelectronic device that emits coherent visible or infrared radiant energy with a narrow beam and a narrow spectral bandwidth when electrically energized. It is designed for use in a fiber optic system. May or may not include mounting hardware and/or heat sink. See also LIGHT EMITTING DIODE.
A two electrode solid state, optoelectronic device that emits coherent visible or infrared radiant energy with a narrow beam and a narrow spectral bandwidth when electrically energized. It is designed for use in a fiber optic system. May or may not include mounting hardware and/or heat sink. See also LIGHT EMITTING DIODE.
A two electrode solid state, optoelectronic device that emits coherent visible or infrared radiant energy with a narrow beam and a narrow spectral bandwidth when electrically energized. It is designed for use in a fiber optic system. May or may not include mounting hardware and/or heat sink. See also LIGHT EMITTING DIODE.
A two electrode solid state, optoelectronic device that emits coherent visible or infrared radiant energy with a narrow beam and a narrow spectral bandwidth when electrically energized. It is designed for use in a fiber optic system. May or may not include mounting hardware and/or heat sink. See also LIGHT EMITTING DIODE.
A two electrode solid state, optoelectronic device that emits coherent visible or infrared radiant energy with a narrow beam and a narrow spectral bandwidth when electrically energized. It is designed for use in a fiber optic system. May or may not include mounting hardware and/or heat sink. See also LIGHT EMITTING DIODE.
A two electrode solid state, optoelectronic device that emits coherent visible or infrared radiant energy with a narrow beam and a narrow spectral bandwidth when electrically energized. It is designed for use in a fiber optic system. May or may not include mounting hardware and/or heat sink. See also LIGHT EMITTING DIODE.
A two electrode solid state, optoelectronic device that emits coherent visible or infrared radiant energy with a narrow beam and a narrow spectral bandwidth when electrically energized. It is designed for use in a fiber optic system. May or may not include mounting hardware and/or heat sink. See also LIGHT EMITTING DIODE.
A two electrode solid state, optoelectronic device that emits coherent visible or infrared radiant energy with a narrow beam and a narrow spectral bandwidth when electrically energized. It is designed for use in a fiber optic system. May or may not include mounting hardware and/or heat sink. See also LIGHT EMITTING DIODE.
A two electrode solid state, optoelectronic device that emits coherent visible or infrared radiant energy with a narrow beam and a narrow spectral bandwidth when electrically energized. It is designed for use in a fiber optic system. May or may not include mounting hardware and/or heat sink. See also LIGHT EMITTING DIODE.
A two electrode solid state, optoelectronic device that emits coherent visible or infrared radiant energy with a narrow beam and a narrow spectral bandwidth when electrically energized. It is designed for use in a fiber optic system. May or may not include mounting hardware and/or heat sink. See also LIGHT EMITTING DIODE.
A two electrode solid state, optoelectronic device that emits coherent visible or infrared radiant energy with a narrow beam and a narrow spectral bandwidth when electrically energized. It is designed for use in a fiber optic system. May or may not include mounting hardware and/or heat sink. See also LIGHT EMITTING DIODE.
A two electrode solid state, optoelectronic device that emits coherent visible or infrared radiant energy with a narrow beam and a narrow spectral bandwidth when electrically energized. It is designed for use in a fiber optic system. May or may not include mounting hardware and/or heat sink. See also LIGHT EMITTING DIODE.
A two electrode solid state, optoelectronic device that emits coherent visible or infrared radiant energy with a narrow beam and a narrow spectral bandwidth when electrically energized. It is designed for use in a fiber optic system. May or may not include mounting hardware and/or heat sink. See also LIGHT EMITTING DIODE.
A two electrode, solid state, optoelectronic device that emits visible or infrared radiant energy when electrically energized. May or may not include mounting hardware and/or heat sink. Excludes LAMP, CARTRIDGE; and LIGHT, INDICATOR. For solid state devices which are responsive to infrared or radiant energy, see SEMICONDUCTOR DEVICE (1), PHOTO.
A two electrode, solid state, optoelectronic device that emits visible or infrared radiant energy when electrically energized. May or may not include mounting hardware and/or heat sink. Excludes LAMP, CARTRIDGE; and LIGHT, INDICATOR. For solid state devices which are responsive to infrared or radiant energy, see SEMICONDUCTOR DEVICE (1), PHOTO.
A two electrode solid state, optoelectronic device that emits coherent visible or infrared radiant energy with a narrow beam and a narrow spectral bandwidth when electrically energized. It is designed for use in a fiber optic system. May or may not include mounting hardware and/or heat sink. See also LIGHT EMITTING DIODE.
A two electrode, solid state, optoelectronic device that emits visible or infrared radiant energy when electrically energized. May or may not include mounting hardware and/or heat sink. Excludes LAMP, CARTRIDGE; and LIGHT, INDICATOR. For solid state devices which are responsive to infrared or radiant energy, see SEMICONDUCTOR DEVICE (1), PHOTO.