transistor BC 584
Abstract: BC 584 prince 980nm VCSEL princeton AA64-BC-SM-W0975
Text: Addressable VCSEL Array Part # AA64-BC-SM-W0975 • 8 x 8 individually addressable array 64 channels • Vertical-Cavity Surface-Emitting Laser technology • >3mW single-fundamental-mode power at 980nm • High-power, multimode version also available • Custom wavelengths available (808-1064nm)
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AA64-BC-SM-W0975
980nm
808-1064nm)
transistor BC 584
BC 584
prince
980nm VCSEL
princeton
AA64-BC-SM-W0975
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W0975
Abstract: PSM-TO-005-W0975
Text: 5mW Single-Mode 975nm VCSEL Part # PSM-TO-005-W0975 • Vertical-Cavity Surface-Emitting Laser technology • 5 mW single-fundamental-mode power at 975nm • 5 GHz modulation speed • Custom wavelengths available 808-1064nm Optical & Electrical Characteristics
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975nm
PSM-TO-005-W0975
975nm
808-1064nm)
W0975
PSM-TO-005-W0975
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PSP-CS-60-W0975
Abstract: princeton W0975 975nm vcsel 60w
Text: 60W Pulsed Multi-Mode 975nm VCSEL Single Device Part # PSP-CS-60-W0975 • Vertical-Cavity Surface-Emitting Laser technology • 60W pulsed multi-mode power at 975nm • Circular, low-diverging beam • Custom wavelengths available 808-1064nm Optical & Electrical Characteristics
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975nm
PSP-CS-60-W0975
975nm
808-1064nm)
PSP-CS-60-W0975
princeton
W0975
vcsel 60w
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princeton
Abstract: heat exchanger prince 975nm
Text: 6W CW 975nm VCSEL Array on submount Part # PCW-CS3-6-W0975 • Vertical-Cavity Surface-Emitting Laser technology • Very high reliability, can operate at high temperatures up to 80 oC • Wavelength stabilized & narrow spectral width (<1nm) • Easily soldered to heat exchanger
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975nm
PCW-CS3-6-W0975
princeton
heat exchanger
prince
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PCW-CS-2-W0975
Abstract: princeton transistor BC 584
Text: 2W Multi-Mode 975nm VCSEL Part # PCW-CS-2-W0975 • Vertical-Cavity Surface-Emitting Laser technology • 2W multi-mode power at 975nm • Circular, low-diverging beam • Custom wavelengths available 808-1064nm Optical & Electrical Characteristics PARAMETER
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975nm
PCW-CS-2-W0975
975nm
808-1064nm)
PCW-CS-2-W0975
princeton
transistor BC 584
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transistor BC 584
Abstract: No abstract text available
Text: 3mW Single-Mode 975nm VCSEL Chip Part # PSM-BC-003-W0975 • Vertical-Cavity Surface-Emitting Laser technology • >3mW single-fundamental-mode power at 980nm • Bottom-side emission • Custom wavelengths available 808-1064nm Optical & Electrical Characteristics
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975nm
PSM-BC-003-W0975
980nm
808-1064nm)
transistor BC 584
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prince
Abstract: princeton AU Optronics
Text: 40W CW 975nm VCSEL Array Submodule Part # PCW-CS1-40-W0975 • Vertical-Cavity Surface-Emitting Laser technology • Very high reliability, can operate at high temperatures up to 80 oC • Wavelength stabilized & Narrow spectral width (<1nm) • Easily soldered to heat exchanger
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975nm
PCW-CS1-40-W0975
808-1064nm)
prince
princeton
AU Optronics
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princeton
Abstract: No abstract text available
Text: 6W CW 975nm VCSEL Module, 400µ µm/0.44NA Fiber Part # PCW-M04-6-W0975 Preliminary • Vertical-Cavity Surface-Emitting Laser technology • 400µm/0.44NA fiber • Very high reliability, can operate at high temperatures (up to 80 oC) • Wavelength stabilized & narrow spectral width (<1nm)
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975nm
PCW-M04-6-W0975
princeton
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Untitled
Abstract: No abstract text available
Text: 60W QCW 975nm VCSEL Array Submodule Part # PQCW-CS1-60-W0975 • Vertical-Cavity Surface-Emitting Laser technology • Very high reliability, can operate at high temperatures up to 80oC • Very high power density (up to 3.5kW/cm2) • Wavelength stabilized & Narrow spectral width (<1nm)
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975nm
PQCW-CS1-60-W0975
808-1064nm)
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microlens array VCSEL
Abstract: vcsel 100w LIDAR 100W diode heatsink
Text: Narrow Divergence VCSEL Array 100W Part # NDVA-40-100-W0975 • Vertical-Cavity Surface-Emitting Laser technology • Divergence angle of 40mrad full angle • Microlens mounted • CW, Pulse and QCW operation • Custom wavelengths available (8081064nm)
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NDVA-40-100-W0975
40mrad
8081064nm)
630-1930nm
microlens array VCSEL
vcsel 100w
LIDAR
100W diode
heatsink
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microlens array VCSEL
Abstract: VCSEL lens array heatsink class iv laser LIDAR vcsel 60w
Text: Narrow Divergence VCSEL Array 60W Part # NDVA-08-60-W0975 • Vertical-Cavity Surface-Emitting Laser technology • Divergence angle of 8mrad full angle • Micro-lens mounted • Using external lens- the divergence can be reduced to 0.5mrad • CW, Pulse and QCW operation
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NDVA-08-60-W0975
8081064nm)
630-1930nm
microlens array VCSEL
VCSEL lens array
heatsink
class iv laser
LIDAR
vcsel 60w
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W0975
Abstract: 975nm prince TEM00 TO-CAN
Text: 100mW Single-Mode 975nm VCSEL, TO-can Part # PSM-TO-100-W0975 • Vertical-Cavity Surface-Emitting Laser technology • 100mW single-mode power at 980nm • High-quality single transverse TEM00 mode M2<1.1 • Single longitudinal mode, mode-hope free operation
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100mW
975nm
PSM-TO-100-W0975
980nm
TEM00
9xx-1064nm)
320mA,
100mW,
W0975
prince
TO-CAN
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princeton
Abstract: AU Optronics
Text: 40W CW 975nm VCSEL Array Submodule Part # PCW-CA1-40-W0975 • Vertical-Cavity Surface-Emitting Laser technology • Very high reliability, can operate at high temperatures up to 80 oC • Wavelength stabilized & Narrow spectral width (<1nm) • Easily soldered to heat exchanger
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975nm
PCW-CA1-40-W0975
princeton
AU Optronics
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princeton
Abstract: PCW-CS1-100-W0975
Text: 100W CW 975nm VCSEL Array on Micro-Channel-Cooler Part # PCW-CS1-100-W0975-MC • Vertical-Cavity Surface-Emitting Laser technology • Very high reliability, can operate at high temperatures up to 80 oC • Low thermal resistance (~0.16 oC/W) • Wavelength stabilized & Narrow spectral width (<1nm)
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975nm
PCW-CS1-100-W0975-MC
808-1064nm)
princeton
PCW-CS1-100-W0975
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PCW-M04-50-W0975
Abstract: vcsel 100w VCSEL array
Text: Fiber Coupled VCSEL Array Module 50W Part # PCW-M04-50-W0975 Package size (2”x1.5”x0.5”) • Vertical-Cavity Surface-Emitting Laser technology • Power output of 50W from 400u 0.4NA fiber • Consists of several hundred single mode VCSEL devices • CW, pulse and QCW operation
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PCW-M04-50-W0975
8081064nm)
630-1930nm
PCW-M04-50-W0975
vcsel 100w
VCSEL array
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princeton
Abstract: PCW-CS2-15-W0975
Text: 15W CW 975nm VCSEL Array Submodule Part # PCW-CS2-15-W0975 • Vertical-Cavity Surface-Emitting Laser technology • Very high reliability, can operate at high temperatures up to 80 oC • Wavelength stabilized & narrow spectral width (<1nm) • Easily soldered to heat exchanger
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975nm
PCW-CS2-15-W0975
princeton
PCW-CS2-15-W0975
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W0975
Abstract: princeton
Text: 15W CW 975nm VCSEL Module, 1mm/0.44NA Fiber Part # PCW-M10-15-W0975 Preliminary • Vertical-Cavity Surface-Emitting Laser technology • 1mm/0.44NA fiber • Very high reliability, can operate at high temperatures (up to 80 oC) • Wavelength stabilized & narrow spectral width (<1nm)
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975nm
PCW-M10-15-W0975
W0975
princeton
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princeton
Abstract: No abstract text available
Text: 15W CW 975nm VCSEL Array C-mount Part # PCW-CD-15-W0975 • Vertical-Cavity Surface-Emitting Laser technology • Very high reliability, can operate at high temperatures up to 80 oC • Wavelength stabilized & narrow spectral width (<1nm) • Easily soldered to heat exchanger
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975nm
PCW-CD-15-W0975
princeton
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PCW-CS1-100-W0975
Abstract: vcsel 100w 100W diode
Text: 100W CW 975nm VCSEL Array Submodule Part # PCW-CS1-100-W0975 • Vertical-Cavity Surface-Emitting Laser technology • Very high reliability, can operate at high temperatures up to 80 oC • Low thermal resistance (~0.16 oC/W) • Wavelength stabilized & Narrow spectral width (<1nm)
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975nm
PCW-CS1-100-W0975
808-1064nm)
PCW-CS1-100-W0975
vcsel 100w
100W diode
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vcsel 100w
Abstract: PCW-M10-1000-W0975
Text: Fiber Coupled VCSEL Array Module 1 kW Part # PCW-M10-1000-W0975 (Preliminary) Package size (2”x1.5”x0.5”) • Vertical-Cavity Surface-Emitting Laser technology • Power output of 1kW from 1mm/0.4NA fiber • CW, pulse and QCW operation • Custom wavelengths available (8081064nm)
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PCW-M10-1000-W0975
8081064nm)
630-1930nm
vcsel 100w
PCW-M10-1000-W0975
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PSM-HS-TO-003-W0975
Abstract: diode E 20C princeton optronics heat-sink W0975
Text: 3mW Single-Mode, High-Speed 975nm VCSEL Part # PSM-HS-TO-003-W0975 • Vertical-Cavity Surface-Emitting Laser technology • 3 mW single-fundamental-mode power at 980nm • 5 GHz modulation speed • Custom wavelengths available 808-1064nm Optical & Electrical Characteristics
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975nm
PSM-HS-TO-003-W0975
980nm
808-1064nm)
PSM-HS-TO-003-W0975
diode E 20C
princeton optronics
heat-sink
W0975
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T097376
Abstract: No abstract text available
Text: Semiconductor fuses Semiconductor AC fuses Other Protistor Fuses BS88-4 Fuses 36x55, 2x36x55 - 690 VAC EXTREMELY HIGH BREAKING CAPACITY FUSES: PROTECTION OF POWER SEMICONDUCTORS AS PER IEC STANDARD 60269.1 AND 4 690 V VOLTAGE RATING COMPLYING WITH IEC 33
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BS88-4
36x55,
2x36x55
SCAC225
T097376
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41611
Abstract: No abstract text available
Text: 2 4 3 5 7 6 9 O 2 A A Einzelheit H 20:1 Detail H (20:1) oi ai 'cu so cn 0 G 3) ra a o 6.2 - _ o :□ 0.25 a o Ln B r*^ B vO evi n -n ¿ 6.4 7.7 min. -0.25 10.7 ±0.2 Einzelheit H Detail H C C Schnitt A A (20:1) Section (20:1) alle Kontakte/all contacts 0 .1 3
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WOOO/2525
W097/4510
41611
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DIN 16901 130
Abstract: DIN 16901 7168-T 254FH din 7168 7168t 30640E
Text: 1.55 ±0.15 Æ O o •* S CM O m o > 1' 04 ,1 8 c CD 00 2.54 Rasterlochung & mögliche Packungsdichte 3 2:1 3 CM ,4 2( ,1 8< h c ,4 2.i B f ui an uiiuiy CD Í7 (2.5-4) 6?' n w uai or uesign. are te s e rv e a . ¿i Lochdurchmesser bei Toleranzklasse n. DIN40803, Bl. 1, Pkt. 3.4.2.1.:
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DIN40803,
DiN7168-m
7168-T
W097/3000
2315-A
353-A
DIN 16901 130
DIN 16901
7168-T
254FH
din 7168
7168t
30640E
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