HE1303 Search Results

he130

Contextual Info: HE1303SG/ML InGaAsP IRED Description T he H E 1303SG /M L are 1.3 nm band InG aA sP infrared light em itting diodes w ith a double heterojunction structure. T hey are suitable as light sources for optical fiber com m unication system s. Features Package Type

Contextual Info: HE1303SG/ML InGaAsP IRED Description The HE1303SG/ML are 1.3 |im band InGaAsP infrared light emitting diodes with a double heterojunction structure. They are suitable as light sources for optical fiber communication systems. Features Package Type • HE1303SG: SG

HL7806

Abstract: 6808X L7851 hl7852 HL6411G HL8325G hitachi HL7852 hl7806g HL7851
Contextual Info: Product Lineup W avelength Visible and infrared laser diodes 633 nm O ptical output 3 mW Internal circuit Part num ber Main application LD ^P * HL6314M G HL6316G HL6411G* Pointer HL6315G f Pointer HL6312G Bar code reader H L 6313G t Bar code reader HL6720G

HL7806

Abstract: L8311 mb 428 ic data HLP30RGD E8811 ART106 HLP30RG HL7836
Contextual Info: §4. Fundamental Characteristics 4.1 LD Fundamental Characteristics 4.1.1 Light vs. Current Characteristics under CW Operation One of the fundamental parameters o f LDs is optical-output-power vs. forward-current light vs. current characteristic. Figure 4-1 shows a measuring setup for light vs. current characteristic under CW operation.

HL7806

Abstract: HE8807CL HL7812G HE8811 HL7812 he130
Contextual Info: Package Variations Laser Diodes Packages Open-air type rar Features Applicable Products ’ For experimental use •For module assembly HLP5400, HL1322A, HL1341A, HL1362A, HL1521A, HL1541A, HL1551A ■For module assembly • Chip carrier stem HL1321AC, HL1322AC, HL1341AC,

HE8403

Contextual Info: §6. Reliability This section covers points which particularly affect the operating life light emitting devices, and provides some examples which should be studied before proceeding with your system design. 6.1 Characteristic Drift W hen optical emission devices such as the LD or IRED are operated in the forward mode, crystal defects