SCIO Search Results

samsung rfs

Abstract: cable data samsung g 600 mm62.5/125 aramid rod NZDSF
Contextual Info: Samsung Electronics Fiberoptics products Indoor/Outdoor Cable Uni-tube Design SAMSUNG Indoor/Outdoor Uni-tube Design Cables SCIOU not only offer all the mechanical and environmental characteristics of outside plant cables, but also satisfy all the requirements for use in inside plant applications. Its

TF340M

Abstract: TF620M SC16C120 SC10C-100 TF320M-A SC20C120 SC16C-120 SC20C-80 RTM 80-D SA J-180
Contextual Info: - IO Æ * 33 & tt £ Vr s m V T F320M TF320M-A TF340M TF340M-A TF340M-B ÏF620M TF640M SC10C-100 S C10C— 1 0 0 (D) S CIOC— 12 0 SCi OC— 120(D) S C 10 C — 40 S C10C— 4 0 (D) SC10C-60 SCIO C— 6 0 (D) SCI OC— 80 SC10C-80(D) S CI6C— 10 0 SCI 6 C— 120

7423 capacitor

Abstract: AN1213 PIC32 ACT 4060 A
Contextual Info: AN1213 Powering a UNI/O Bus Device Through SCIO Author: Chris Parris Microchip Technology Inc. INTRODUCTION As embedded systems become smaller, a growing need exists to minimize I/O pin usage for communication between devices. Microchip has addressed this

Contextual Info: UNCONTROLLED DOCUMENT SCiO.75 PART NUM BER REV. SSA—LXB1Q3SUGD PRELIMINARY IN P / N 6 3 .0 0 C 2 .4 8 0 : ELECTRO-OPTICAL CHARACTERISTICS Ta =25X 10 L 5,00 [0 ,1 9 7 ] J PARAMETER 1,00 [ 0 ,0 3 9 : PEAK WAVELENGTH 5 ,00 [0 ,1 9 7 ] <10 P L S . REVERSE VOLTAGE

AN1213

Abstract: SCIO 47 uf capacitor AC243004
Contextual Info: UNI/O Bus Parasitic Power Demo Board Part Number: AC243004 The UNI/O Bus Parasitic Power Demo Board is designed to illustrate how a standard half-wave rectifier and capacitor c used to parasitically extract power for a UNI/O device from the SCIO signal as described in application note, AN1213 “Po

Contextual Info: UNCONTROLLED DOCUMENT PART NUMBER SCiO.50 REV. S S P —L X 1 Q Q 1 3 F 3 U W C PRELIM INARY IN P / N DIR CAUTION: STATIC SENSITIVE DEVICE FOLLOW PROPER E.S.D. HANDLING PROCEDURES WHEN WORKING WITH THIS PART. ELECTRO-OPTICAL CHARACTERISTICS Ta =25‘C PARAMETER

Contextual Info: UNCONTROLLED DOCUMENT SCiO. 7 5 PA R T N U M B E R S S L — LX20R6SBD/A PRELIMINARY IN P / N DIR 020,00 [0 0 ,7 8 7 ] ELECTRO-OPTICAL CHARACTERISTICS Ta =25X PARAMETER MIN PEAK WAVELENGTH 2.70 [0.106] REVERSE VOLTAGE AXIAL INTENSITY 023.00 W O.9 0 6 ] 13.50 [ 0 .531 :

BAY15D

Contextual Info: UNCONTROLLED DOCUMENT SCiO.75 PART NUMBER REV. SSP—6TDB153S1 2G 0 2 5 .0 0 PRELIMINARY IN P / N 07.00 [0 0 .2 7 6 ] 6 PLS. [0 0 ,9 8 4 : ELECTRO-OPTICAL CHARACTERISTICS Ta = 2 5 T PARAMETER MIN PEAK WAVELENGTH 0 2 3 .8 0 [0 0 ,9 3 7 ] FORWARD VOLTAGE lf= 2 Q m A

Contextual Info: UNCONTROLLED DOCUMENT SCiO.50 PART NUMBER REV. LPF-S031331S PRELIMINARY IN P / N DIR NOTES: 1. THE END OF THE UGHT PIPE IS DIFFUSED. 2. MATERIAL CLEAR PC, 94V -0 . 13,97 [0 ,5 5 0 ] I— 3.81 [0.150] “ I - 1,00 [0 ,0 3 9 ] 6 .4 8 [0 ,2 5 5 ] 18,80 CO. 7 4 0 ]

Contextual Info: UNCONTROLLED DOCUMENT SCiO.75 PART NUM BER REV. SSB—CET3430GC P1 PRELIMINARY IN P / N 3 8 .0 0 L60 34.00 DIR [ 1 .4 9 6 ] [0 ,0 6 3 ] [1 .3 3 9 ] V.A. ELECTRO-OPTICAL CHARACTERISTICS TA=25T PARAMETER MIN PEAK WAVELENGTH <E > REVERSE VOLTAGE co CO OJ EMITTED COLOR:

Contextual Info: UNCONTROLLED DOCUMENT SCiO.50 REV. PART NU M BER SSP—3MB93S28 PRELIMINARY IN P / N 0 4 .5 0 W 0 .1 7 7 ] 0 1 0 ,9 0 C3 PLS. DIR [0 0 ,4 2 9 ] ELECTRO-OPTICAL CHARACTERISTICS Ta = 2 5 T PARAMETER MIN PEAK WAVELENGTH Vf=28V MAX TYP UNITS 595 2S.Q FORWARD VOLTAGE

Contextual Info: SCiO.50 UNCONTROLLED DOCUMENT PART NUMBER REV. SSL—LX3056IGW-FF PRELIMINARY IN P / N 0 3 .0 0 0 4 .0 0 [ 0 0 .1 5 7 : + [0 0 .1 1 8 ] , ELECTRO-OPTICAL CHARACTERISTICS Ta = 25 T PARAMETER lf=20m A TYP PEAK WAVELENGTH MAX UNITS 635 RED REVERSE VOLTAGE 1,00 [0 ,0 3 9 ]

Contextual Info: UNCONTROLLED DOCUMENT SCiO.50 PART NUMBER REV. LPI-C01 1 6 0 T S -2 7 PRELIMINARY IN P / N DIR NOTES: 1. POLYCARBONATE, 94-V-D, CLEAR. 2. LIGHTPIPE TO BE FREE OF BUBBLES. 1 END DIFFUSED. ♦UNLESS OTHERWISE SFEQF1ED TOLERANCES PER DECNAL PRECI90N ARE; X=±1 tU .0 5 9 ], X .X = iD .5 (tt.0 2 0 , m = t D 2 5 [±0.0 10), X.XXX=±Q.127 (tU .0 0 5 ).

Contextual Info: UNCONTROLLED DOCUMENT SCiO.50 PART NUMBER REV. L P F - R Q 1 1 3 03 1 D - M 4 PRELIM INARY IN P / N 3 ,3 0 RECOMMENDED LEDS: NOTES: 1 . SS L-LX303 4SUG D. 1 . LED S AR E SEPERATE FROM LIGHT PIPE. DIR CO,130] t - 1 ,5 2 [ 0 ,0 6 0 ] E9.9E [1 1 7 8 ] it s ♦UNLESS OTHERWISE SFEQF1ED TOLERANCES PER DEÎNAL PRECI90N AREr X=±1 tU .0 5 9 ], X.X=±I>.5 (« .0 2 0 , X X X = t0 2 5 [±0.0 10), X.XXX=±0.127 (tO.OOS).

SML-LXL1307SIC-TR

Contextual Info: UNCONTROLLED DOCUMENT SCiO .50 PART NUMBER REV. SML—LXL1307ASSY PRELIMINARY IN P / N DIR 7.80 [0 .3 0 7 ] NOTES: 1. SML-LXL1307USBC-TR. 65 PCS. 2. SML-LXL1307UPGC-TR. (65 PCS.) 3. SML-LXL1307SIC-TR, (65 PCS.) ♦UNLESS OTHERWISE SFEQF1ED TOLERANCES PER DEÎNAL PRECI90N AREr X=±1 (tU .0 5 9 ], X.X=±I>.5 (tt.0 2 0 ) , X X X = t0 2 5 [±0.0 10), X X X X ^ 127 (tO.OOS).

DL1008

Abstract: DL-1008 S51B
Contextual Info: UNCONTROLLED DOCUMENT SCiO.75 REV. PART NUMBER LCD— H801M 21TR— 1 PRELIMINARY IN P /N <r <c 1.00 [0.038] MAX. 44 .9 0 E 1 .7 6 8 ] oo cn •*- 40.91 [1.611] V A 0.50 [0,020] in n in S <Ç 37.79 [1.488] A.A. 22— \\— DIR n>> •^r m 12 CD t— 03 V 0.30 C0.012]

Contextual Info: SCiO.50 UNCONTROLLED DOCUMENT PART NUMBER REV. LD D -S M M 5002R I-R A -2 P1 PRELIMINARY IN P /N DIR IE TERMINAL 9 TERMINAL 1 9.50 CO,3 7 4 : o 1.00 /o jin m m m i § [0 .0 3 9 ] r LOO [0 .0 3 9 ] 0.75 CO.030] <9 PLS. .50 [0 .0 5 9 ] 8 PLS,) 12.00 [0 .4 7 2 ]

Contextual Info: UNCONTROLLED DOCUMENT SCiO.75 PART NUM BER REV. LDQ —M 4 0 4 R I PRELIMINARY IN P / N [0 .2 7 6 ] - P IN 12 DIR - - 4.00 PIN 7 ELECTRO-OPTICAL CHARACTERISTICS Ta =25'C 12.70 [ [0.& 30] PARAMETER PEAK WAVELENGTH 1 \ MIN P IN 40.60 6 lf=10mA MAX UNITS 635

C1748

Abstract: LCM-S01
Contextual Info: UNCONTROLLED DOCUMENT SCiO.50 PART NUMBER REV. LCM — S01 6Q1 DTR/E PRELIMINARY IN P / N CHARACTER DETAIL 46.40 [1,827] 0,35 [0,014] 44.40 Cl,7483 h— 0,40 [0,016] 40,20 [1,583] V A •37,20 [1,465] 1,A, u 4,80 [0,189] I— 1,60 [0,063] U OJ PJ 1I in oo

Contextual Info: UNCONTROLLED DOCUMENT SCiO.75 PART NUMBER REV. LDC —M566NI PRELIMINARY IN P / N PIN 13 PIN 8 19.05 [0 .7 5 0 ] 1 5 .2 4 1.91 CO,0 7 5 ] 8 ,0 0 ELECTRO-OPTICAL CHARACTERISTICS TA=25T PARAMETER PEAK WAVELENGTH FORWARD VOLTAGE REVERSE VOLTAGE AXIAL INTENSITY

AN1213

Abstract: PIC32
Contextual Info: AN1213 Powering a UNI/O Bus Device Through SCIO Author: Chris Parris Microchip Technology Inc. INTRODUCTION As embedded systems become smaller, a growing need exists to minimize I/O pin usage for communication between devices. Microchip has addressed this

VIPER22A EQUIVALENT

Abstract: 230vac to primary 9v transformer viper22a transformer design VIPER22A 10v regulator using viper22a VIPER22A not isolated VIPER22A Application Note VIPER22A using smps VIPER22A not isolated SMPS 230V AC to 9v DC Converter without using transformer
Contextual Info: AN1715 - APPLICATION NOTE VIPower: SMPS Solutions for Power Line Modem Application with VIPerX2A F. Cacciotto - F. Gennaro - M. Sciortino 1. ABSTRACT This application note investigates about possible power supply solutions based on VIPerX2A family, realized in order to power a Power Line Modem System PLMS .

PRE030N

Abstract: C0317
Contextual Info: UNCONTROLLED DOCUMENT SCiO.50 PART NU M BER REV. SSP-3MB97U06G PRELIMINARY IN P / N DIR . PARAMETER MIN PEAK WAVELENGTH FORWARD VOLTAGE REVERSE VOLTAGE V f= 6 V TYP MAX UNITS 470 nm 6 Vf 3000 Vr mcd 30 2x theta 5.0 AXIAL INTENSITY VIEWING ANGLE EMITTED COLOR:

Contextual Info: UNCONTROLLED DOCUMENT SCiO.50 PART NUMBER REV. SSB —DL361 7BC PRELIMINARY IN P / N DIR - 36,00 [1,41 7] - - [ 0 ,6 6 9 ] [0.118] — - NOTES: 1. ♦UNLESS OTHERWISE SFEQF1ED TOLERANCES PER DECNAL PRECI90N AREr X=±1 tU .0 5 9 ], X .X = iD .5 (tt.0 2 0 , ¡C X X =tD 25 [±0.0 10), X.XXX=±Q. 127 (tU .0 0 5 ).