1612X Search Results

Contextual Info: UNCONTROLLED DOCUMENT PART NUMBER REV. SSI —1612XX —B150 08.00 [0 .3 1 5 ] 6.00 [0 .2 3 6 ] 2,00 [0 ,0 7 9 ] REF, 12.00 [0 .4 7 2 ] J S S I-LXR 1612XX -B 150 150,00 [5 ,9 0 6 ] UNCONTROLLED DOCUMENT ♦UNLESS OTHERWISE SPECIFIED TOLERANCES PER DECIMAL PRECISION ARE: X=±1 ±0.039 , X.X=±0.5 (±0.020), X.XX=±0.25 (±0.010), X.XXX=±0.127 (±0.005).

ORTEL DFB laser 1612

Abstract: ORTEL DFB laser ORTEL DFB laser 1310 laser direct modulation DFB 1300 nm common cathode photodiode 1612 laser
Contextual Info: DATA SHEET| OCTOBER 25, 2004 1612A/B 1310 nm DFB Laser Module The 1612A/B 1310 nm forward path DFB laser modules are designed for both broadcast and narrowcast analog applications. The highly linear, OC-48 pinout compatible devices feature options up to 31 mW of

Contextual Info: DATASHEET | FEBRUARY 2012 FIBER OPTICS The 1612A/B 1310 nm forward path DFB laser modules are designed for both broadcast and narrowcast analog applications. The highly linear, OC-48 pinout compatible devices feature options up to 31 mW of minimum optical output power with superior distortion performance over an enhanced

NCP161

Contextual Info: NCP1612 Enhanced, High-Efficiency Power Factor Controller The NCP1612 is designed to drive PFC boost stages based on an innovative Current Controlled Frequency Fold-back CCFF method. In this mode, the circuit classically operates in Critical conduction

BUV 460 C

Contextual Info: NCP1612 Enhanced, High-Efficiency Power Factor Controller The NCP1612 is designed to drive PFC boost stages based on an innovative Current Controlled Frequency Fold−back CCFF method. In this mode, the circuit classically operates in Critical conduction Mode (CrM) when the inductor current exceeds a

DFB Laser Modules

Abstract: 1612a laser DFB 1300 laser DFB 1300 nm
Contextual Info: 1612A/B 1310 nm DFB Laser Module DATASHEET | MARCH 2013 FIBER OPTICS The 1612A/B 1310 nm forward path DFB laser modules are designed for both broadcast and narrowcast analog applications. The highly linear OC-48 pinout compatible devices feature options up to 31mW of minimum optical output power

Contextual Info: DATASHEET| DECEMBER 29, 2007 1612A/B 1310 nm DFB Laser Module The 1612A/B 1310 nm forward path DFB laser modules are designed for both broadcast and narrowcast analog applications. The highly linear, OC-48 pinout compatible devices feature options up to 31 mW of

APC 2010 B

Abstract: dfb laser 1300 nm 10 DFB 1612a THERMAL ELECTRIC COOLER laser DFB 1300 laser DFB 1300 nm EMCORE Corporation
Contextual Info: DATASHEET| FEBRUARY 5, 2010 1612A/B 1310 nm DFB Laser Module The 1612A/B 1310 nm forward path DFB laser modules are designed for both broadcast and narrowcast analog applications. The highly linear, OC-48 pinout compatible devices feature options up to 31 mW of

ORTEL DFB laser

Abstract: ORTEL DFB laser 1612
Contextual Info: DATA SHEET| NOVEMBER 10, 2006 1612A/B 1310 nm DFB Laser Module The 1612A/B 1310 nm forward path DFB laser modules are designed for both broadcast and narrowcast analog applications. The highly linear, OC-48 pinout compatible devices feature options up to 31 mW of

APC temperature schematic

Contextual Info: 1612A/B 1310 nm DFB Laser Module DATASHEET | JUNE 2012 FIBER OPTICS The 1612A/B 1310 nm forward path DFB laser modules are designed for both broadcast and narrowcast analog applications. The highly linear, OC-48 pinout compatible devices feature options up to 31 mW of minimum

Contextual Info: ÊÆMMS^Lites PART NUM BER INDEX PART NBR SERIES PAGE C C L -C R S IO xx C C L -L X 2 3 x x C C L -L X 2 5 3 x x C S S A -L X B 0 5 3 x x S S A -L X B 1 0 1 x x 16 16 27 57 58 S S I-L X H 3 8 7 x x -4 SS I-L X H 55xx :5 SI-L X H 6 0 0 xx -150 SS I-L X H 8080x x

DM1612X560R-10

Contextual Info: Ultra High Current EMI Ferrite Chip Beads Steward’s family of monolithic surface mount ferrites provide compact, cost effective EMI filtering for today’s densely packed single and double sided surface mount PCB designs. Successful EMI filtering often depends on reducing high frequency noise at

ORTEL DFB laser 1310

Abstract: ORTEL DFB laser 1612P ORTEL DFB laser 1300 EMCORE ORTEL DFB laser 1612 1612 laser
Contextual Info: DATA SHEET| OCTOBER 25, 2004 1612P 1310 nm DFB Laser Module The 1612P 1310 nm forward path DFB laser modules are designed for both broadcast and narrowcast analog applications. The highly linear, OC-48 pinout compatible devices feature up to 25 mW of output power.

Contextual Info: DATASHEET| OCTOBER 25, 2007 1612A/B 1310 nm DFB Laser Module The 1612A/B 1310 nm forward path DFB laser modules are designed for both broadcast and narrowcast analog applications. The highly linear, OC-48 pinout compatible devices feature options up to 31 mW of

Contextual Info: DATASHEET| NOVEMBER 1, 2007 1612A/B 1310 nm DFB Laser Module The 1612A/B 1310 nm forward path DFB laser modules are designed for both broadcast and narrowcast analog applications. The highly linear, OC-48 pinout compatible devices feature options up to 31 mW of

ncp1612

Abstract: BUV 460 C
Contextual Info: NCP1612 Enhanced, High-Efficiency Power Factor Controller The NCP1612 is designed to drive PFC boost stages based on an innovative Current Controlled Frequency Fold−back CCFF method. In this mode, the circuit classically operates in Critical conduction Mode (CrM) when the inductor current exceeds a

Contextual Info: DATASHEET| DECEMBER 29, 2007 1612A/B 1310 nm DFB Laser Module The 1612A/B 1310 nm forward path DFB laser modules are designed for both broadcast and narrowcast analog applications. The highly linear, OC-48 pinout compatible devices feature options up to 31 mW of

laser schematic

Contextual Info: 1612A/B 1310 nm DFB Laser Module DATASHEET | JUNE 2012 FIBER OPTICS The 1612A/B 1310 nm forward path DFB laser modules are designed for both broadcast and narrowcast analog applications. The highly linear, OC-48 pinout compatible devices feature options up to 31 mW of minimum

Contextual Info: NCP1612 Enhanced, High-Efficiency Power Factor Controller The NCP1612 is designed to drive PFC boost stages based on an innovative Current Controlled Frequency Fold−back CCFF method. In this mode, the circuit classically operates in Critical conduction Mode (CrM) when the inductor current exceeds a