ML4XX26 Search Results

Contextual Info: MITSUBISHI LASER DIODES ML4XX26 SERIES AIGaAs LASER DIODES TYPE NAME FEATURES DISCRIPTION ML4XX26 serise are AIGaAs laser diodes which provides a • L o w droop* stable, single • S h o r t astigmatic distance tran sve rse m ode o scilla tio n w ith em ission

40H00

Abstract: ML40126 ML40126N ML44126N ML44126R ML4XX26 780nm 5v 3mW laser diode
Contextual Info: MITSUBISHI LASER DIODES ML4XX26 SERIES AIGaAs LASER DIODES TYPE NAME FEATURES DISCRIPTION M L4XX26 s erise s ta b le , s in g le a re A IG a A s tr a n s v e r s e w a v e le n g th of 7 8 0 n m la s e r m ode diodes w hich o s c illa tio n provides w ith

Contextual Info: MITSUBISHI LASER DIODES ML4XX26 SERIES AIGaAs LASER DIODES TYPE NAME FEATURES DISCRETION ML4XX26 serise are AIGaAs laser diodes which provides a • L o w droop* stable, single • S h o r t astigmatic distance transverse mode o scilla tio n with em ission

5mw 788 nm

Abstract: mitsubishi photodiode ML40126N ML44126N ML44126R ML4XX26
Contextual Info: MITSUBISHI LASER DIODES ML4XX26 SERIES FOR OPTICAL INFORMATION SYSTEMS TYPE NAME ML40126N ML44126N,ML44126R FEATURES FEATURES • Output 5mW CW • Built-in monitor photodiode • Low droop ML4xx26 series is AlGaAs laser diodes which provide a stable, single transverse mode ocillation

Contextual Info: MITSUBISHI LASER DIODES ML4XX26 SERIES AIGaAs LASER DIODES TYPE NAME FEATURES DISCRIPTION ML4XX26 serise are AIGaAs laser diodes which provides a • L o w droop* stable, single • S h o r t astigmatic distance tran sve rse m ode o scilla tio n w ith em ission

ml976h6f

Contextual Info: 1 OPTICAL ELEMENTS ILASER DIODES Max. ratings Type No, Application Tc Tsto re i i*C lop Vop *P mA) (V) (nm) ODD 35 -40 to + 60 -40 to + 100 M L4XX23 LBP .5 -40 to + 60 M L4XX26 LBP 8 M L 6 X X I4 ODD M L6XX15 M L6XX16 (mWi sa 9X fdeoì Wagi tm * 2 (mA) typ

MITSUBISHI SMALL SIGNAL DIODE

Abstract: 1340KM
Contextual Info: MITSUBISHI OPTICAL SEMICONDUCTOR DEVICES MEASURING PROCEDURES <Measuring Methods> 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. Page Optical output vs. forwardand monitoring c u rre n t. 1 - 1 7 Im pedance