280NM Search Results

MTC280SS-UV

Abstract: UV LED 280NM
Contextual Info: Ultraviolet LED Chip Product No: M T C 280SS-UV Peak Emission Wavelength: 280nm The MTC280SS-UV UV chip on low profile silicon submount is specifically designed for applications requiring high radiant power output and custom packaging solutions. FEATURES APPLICATIONS

Contextual Info: Ultraviolet Emitter Product No: M T E 2 80H36-UV Peak Emission Wavelength: 280nm The MTE280H36-UV UV emitter is a specifically designed for applications requiring high radiant power output and accuracy in a TO-5 hermetically sealed package with a special UV glass lens for optimum life time and

Contextual Info: Ultraviolet Emitter Product No: M T E 2 80H33-UV Peak Emission Wavelength: 280nm The MTE280H33-UV UV emitter is a specifically designed for applications requiring high radiant power output and accuracy in a TO-5 hermetically sealed package with a special UV glass lens for optimum life time and

MTC280LS-UV

Contextual Info: Ultraviolet LED Chip Product No: M T C280LS-UV Peak Emission Wavelength: 280nm The MTC280LS-UV UV chip on large silicon submount is specifically designed for applications requiring high radiant power output and custom packaging solutions. FEATURES APPLICATIONS

Contextual Info: Ultraviolet Emitter Product No: M T E 2 80H21-UV Peak Emission Wavelength: 280nm The MTE280H21-UV UV emitter is a specifically designed for applications requiring high radiant power output and accuracy in a TO-46 hermetically sealed package with a special UV glass lens for optimum life time and

Contextual Info: Ultraviolet Emitter Product No: M T E 2 80H41-UV Peak Emission Wavelength: 280nm The MTE280H41-UV UV emitter is a specifically designed for applications requiring high radiant power output and accuracy in a TO-46 hermetically sealed package with a special UV glass lens for optimum life time and

Contextual Info: Ultraviolet Emitter Product No: M T E 280F13-UV Peak Emission Wavelength: 280nm The MTE280F13-UV UV emitter is a specifically designed for applications requiring high radiant power output and accuracy in a TO-39 hermetically sealed package with a special UV glass lens for optimum life time and

Contextual Info: Ultraviolet Emitter Product No: M T E 2 80SMD-UV Peak Emission Wavelength: 280nm The MTE280SMD-UV UV emitter is a specifically designed for applications requiring high radiant power output and accuracy in a SMD package with a special UV glass lens for optimum life time and device

E2034

Abstract: TFS199E
Contextual Info: temperature-dependance : TFS199E date design material E.Nr. technology measured bandwidth 1 measured bandwidth (2) test-board 2/19/2003 DART199EQ11,12/13/14 quartz, 36,5° E2034 lift off,280nm 0,7dB 36dB tft050 IL1 temperature [dB] -6.776 -6.732 -6.728 -6.799

Contextual Info: Ultraviolet Emitter Product No: M T E 2 80H32-UV Peak Emission Wavelength: 280nm The MTE280H32-UV UV emitter is a specifically designed for applications requiring high radiant power output and accuracy in a TO-46 hermetically sealed package with a special UV glass lens for optimum life time and

Contextual Info: Ultraviolet Emitter Product No: M T E 280F11-UV Peak Emission Wavelength: 280nm The MTE280F11-UV UV emitter is a specifically designed for applications requiring high radiant power output and accuracy in a TO-18 hermetically sealed package with a special UV glass lens for optimum life time and

MTC280-UV

Contextual Info: Ultraviolet LED Chip Product No: M TC280-UV Peak Emission Wavelength: 280nm The MTC280-UV UV chip is a specifically designed for applications requiring high radiant power output and accuracy. FEATURES APPLICATIONS > High-Power UV LED Chip > Analytical Instruments for Bio Chemical, Medical

SF810

Abstract: safe flame dfs uv flame sensor 9AKK101130D4742 UV LED 280NM SF810I SF810-FO-Q-XXXX-mm C99-94510 EN854 steam boiler ignitor
Contextual Info: System 800xA for Power Generation Uvisor SF810i Multi Fuel Integrated Safe Flame Scanner 800 Series Combustion Instruments ABB has combined the two highly successful flame scanner product lines, Uvisor™ and Safe Flame DFS, into a new advanced Flame Scanner, the Uvisor™

Contextual Info: HS-245RH n n RADIATION HARDENED TRIPLE LINE TRANSMITTER C l3 HS-246RH, HS-249RH n V u T t^ Î RADIATION HARDENED TRIPLE LINE RECEIVERS HS-248RH December 1992 RADIATION HARDENED TRIPLE PARTY-LINE RECEIVER Pinouts Features • Radiation Hardened Dl Processing

Contextual Info: HS-245RH LJ R AD IA TIO N H A R D E N E D T R IP L E LIN E T R A N S M IT TE R . n L r ^ l ^ r ^ l w S E M I C O N D U C T O R . Hö~24oHt1 R AD IA TIO N H A R D E N E D T R IP L E LIN E R EC E IV ER HS-248RH February 1996 RAD IA TIO N H A R D E N E D T R IP L E PA R TY-LIN E R EC E IV ER

254 nm uv LED

Abstract: 308-311nm UV LED 280NM UV-B LED UV-c LED UV led 280 nm peak mW UV diode 280 nm UV LED 280 nm UV led 200 nm peak uvc LED
Contextual Info: Ultravoilet UV Products Ultraviolet Ultraviolet electromagnetic radiation, commonly known as UV, is currently employed in many industries and applications. The emerging UV LEDs will be an enabling, competitive technology that drives new and innovative applications.

LM358 RF receiver module

Abstract: DS26C31T light sensor lm324 and lm339 in circuit functions light sensor in lm324 and lm339 LM324 temperature controller LM386-1 LM723 LMX2336 detonators functions light sensor in lm324
Contextual Info: N VOLUME NO. 5 2000 THE PROLIFERATION OF DIE PRODUCTS COMMUNICATION SYSTEMS he trend in the electronics industry is toward smaller and lighter with higher performance. Fueling this trend is continuing silicon integration as well as advanced packaging technologies. The ultimate "packaging" technology in terms of supporting

dlp dmd chip

Abstract: UV LED 280NM .55" dmd chip chip dmd LCOS pico projector 311nm led uv 280nm dlp mirror chip Laser video projector infrared cmos digital image
Contextual Info: DLP Introduction 1 Topics • DMD Trivia Digital Micromirror Device • How does DLP Work? • New Application Areas 2 DMD – Heart of the DLP® Technology Lifetime >100,000 hrs Number of Mirrors 480,000 to >2,000,000 Mechanical Elements Aluminum Mechanical

HS-245RH

Contextual Info: HS-245RH mßrVtKM i ö X RADIATION HARDENED TRIPLE LINE TRANSMITTER S em iconductor HS-246RH RADIATION HARDENED TRIPLE LINE RECEIVER HS-248RH RADIATION HARDENED TRIPLE PARTY-LINE RECEIVER February 1996 Features Description • Devices QML Qualified in Accordance with

RSC06E

Abstract: M11x1 b511 Temperature RSC47E RSC50E 454103-283
Contextual Info: M i H O T S C iMTIE ! S H .=] R S C ) R u g g e d is e d S ing lew a y C o n n e c t o r • • • • • • • • • High performance ceramic ferrule connectors Rugged construction incorporating environmental sealing Manufactured in Arcap for corrosion resistance

Treadmill

Abstract: POWER SUPPLY for Treadmill ionizer teflon af asahi glass delay line u-key hydrocarbon polymeric symposium NIKON 13Nm
Contextual Info: 157-nm Lithography for 100-nm Node Challenges and Progress G. Dao and Y. Borodovsky Acknowledgment The Japan Electronic Journal P. Gargini, P. Silverman, F. C. Lo, A. Grenville, L. Liao, E. Panning, Orvek, and J.F. Zheng R =

LEUVA44A50IF00

Contextual Info: Laser Diodes CUSTOMER : DATE : . 2012. 10. 08. SPECIFICATIONS TEMPORARY DUV LED PKG MODEL NAME : LEUVA44A50IF00 APPROVAL REMARK APPENDIX Designed Checked 1 Germany & Other Countries Laser Components GmbH Tel: +49 8142 2864 – 0 Fax: +49 8142 2864 – 11 info@lasercomponents.com

mc4 connector

Abstract: 280nm 353nd M/353ND
Contextual Info: M lO iTI L M i üiE I□ I— MC4 D u plex F ibre O p t ic C o n n ec to r The MC4 Duplex optical fibre connector is based upon shell size 9 Mil-C 38999 Series III making this an extremely compact environmentally sealed 2-way connector. The MC4 is suitable for use with

M11x1

Abstract: HA06E-N-100 HA50E ARCAP AP1D HA37E HA02E ARCAP dummy receptacle 454103-283 M/353ND
Contextual Info: B 3 1 O T D ÏH Î I— \mrm =□ HA S in g l e w a y C o n n e c t o r A ir f r a m e F it • • • • • • • • Manufactured to comply with “EFA” specification (J62.710 High performance ceramic ferrule connectors. Rugged construction for high reliability