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    MARK SO Search Results

    MARK SO Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    5962-8950303GC Rochester Electronics LLC ICM7555M - Dual Marked (ICM7555MTV/883) Visit Rochester Electronics LLC Buy
    54HC221AJ/883C Rochester Electronics LLC 54HC221AJ/883C - Dual marked (5962-8780502EA) Visit Rochester Electronics LLC Buy
    MG8097/B Rochester Electronics LLC 8097 - Math Coprocessor - Dual marked (8506301ZA) Visit Rochester Electronics LLC Buy
    5490/BCA Rochester Electronics LLC 5490 - Decade Counter - Dual marked (M38510/01307BCA) Visit Rochester Electronics LLC Buy
    5405/BCA Rochester Electronics LLC 5405 - Gate - Dual marked (M38510/00108BCA) Visit Rochester Electronics LLC Buy

    MARK SO Datasheets Context Search

    Catalog Datasheet MFG & Type Document Tags PDF

    usb001

    Abstract: No abstract text available
    Text: Using the PanTher LS8 Hand-Held Thermal Transfer Printer with Easy-Mark™ Labeling Software Upgrading the Easy-Mark Formats Database 1. Easy-Mark software version 3.0 or higher must be installed on your computer. For Easy-Mark software upgrade instructions visit the Easy-Mark Downloads Page


    Original     		PDF

    Untitled

    Abstract: No abstract text available
    Text: EASY-MARK Labeling Software Generate labels quickly and easily with EASY-MARK ™ Labeling Software from PANDUIT. Using EASY-MARK ™ software saves time and money in creating labels for wire/cable marking, data communications equipment, safety/facility ID and


    Original     		SA-IDCB18 SA-IDCB02 PDF

    SNC7x9

    Abstract: mrc sonix SNC749 Sonic Foundry
    Text: SNC7X9 Wave Mark Function Manual = 1. 2. 3. 4. Wave Mark


    Original     		PDF

    JRC 14

    Abstract: jrc 8 pin MARK H1 SOT-89 MARK MARK D2 SOT23 jrc 14 pin MARK C3 SOT23 56A1 SDMP30 144L1
    Text: STANDARD MARK LAYOUT 7. STANDARD MARK LAYOUT The standard mark layout of our packages are as follows. For further information, please contact to our sales offices. <Lead Insertion Type> Name Number of pins TO-220 3, 4 ,5 Mark Layout Device name JRC Logo Device name


    Original     		O-220 SC82AB SC88A JRC 14 jrc 8 pin MARK H1 SOT-89 MARK MARK D2 SOT23 jrc 14 pin MARK C3 SOT23 56A1 SDMP30 144L1 PDF

    ADV9707

    Abstract: altera Date Code Formats lot Code Formats altera ALTERA PART MARKING Date Code Formats Date Code Formats Altera altera top marking altera "date code format" Identification Traceability ALTERA die identifier
    Text: CUSTOMER ADVISORY TOP MARK TRACEABILITY ENHANCEMENTS As Altera adds additional sources of supply and in order for customers to maintain product traceability via device top mark, Altera will enhance its top marking scheme. In order to facilitate die identification, Altera will expand its current six character top mark date code and


    Original     		ADV9707 ADV9707 altera Date Code Formats lot Code Formats altera ALTERA PART MARKING Date Code Formats Date Code Formats Altera altera top marking altera "date code format" Identification Traceability ALTERA die identifier PDF

    Untitled

    Abstract: No abstract text available
    Text: ELAN MICROELECTRONICS CORP. 1 The FSK difference from different lenth of Mark and Space signal: For example, Space is wider than Mark, when worse signal coming, the Mark signal will be narrower. The receiving level will be worse. Normal signal Wider Narrower


    Original     		PDF

    Untitled

    Abstract: No abstract text available
    Text: Easy-Mark Labeling Software Manage critical infrastructure components with labels generated quickly and easily with Easy-Mark™ Labeling Software. Market specific labeling application tools that assist in creating identification solutions for data centers,


    Original     		IDCB71--WW-ENG WW-IDCB35 PDF

    jrc 8 pin

    Abstract: jrc mark MARK CODE N1 56A1 SDMP30
    Text: Standard Mark Layout The standard mark layout of our packages are as follows. For further information, please contact to our sales offices. <Lead Insertion Type> Name Number of pins Mark Layout Device name TO-92 3 Device name JRC Serial No. Calendar year,


    Original     		O-220 64G1/C1 80C1/C2 100C1/C2 jrc 8 pin jrc mark MARK CODE N1 56A1 SDMP30 PDF

    jrc 2002

    Abstract: 2388+84+JRC sot 23 mark 64 5 PIN CODE B2 mark G1 SOT-23 jrc 8 pin MARK D2 SOT23 jrc 14 pin A/2043 JRC jrc 11
    Text: STANDARD MARK LAYOUT The standard mark layout of our packages are as follows. For further information, please contact to our sales offices. <Lead Insertion Type> Number of Name pins Mark Layout Device Device name TO-220 JRC Logo Device code Serial No. 3 ,4 ,5


    Original     		O-220 jrc 2002 2388+84+JRC sot 23 mark 64 5 PIN CODE B2 mark G1 SOT-23 jrc 8 pin MARK D2 SOT23 jrc 14 pin A/2043 JRC jrc 11 PDF

    Untitled

    Abstract: No abstract text available
    Text: Sub-microamp Microcontroller and Wireless Transceivers, Protocols, Network Architectures Mark E. Buccini March 2014 03/2014 M. Buccini Mark E. Buccini • • • • Mark is responsible for product and marketing strategy as a staff member at Texas Instruments with 25 years experience.


    Original     		MSP430 MSP430F2012 DRV5050 500uA 450uA ADC10 012uA 100uA 000uA PDF

    56A1

    Abstract: SDMP30 jrc 11 K1 code mark
    Text: STANDARD MARK LAYOUT The standard mark layout of our packages are as follows. For further information, please contact to our sales offices. <Lead Insertion Type> Number of Name pins Mark Layout Device name TO-92 3 Device name JRC LOT No. Serial No. Calendar year,


    Original     		O-220 56A1 SDMP30 jrc 11 K1 code mark PDF

    RH5VL Series

    Abstract: ricoh markings RH5VT MARK sot236 mark code 3b RH5VL22A RN5RF50BA RN5RF28BA R1120N sot-23-5 ricoh RN5RT45AA MARK
    Text: POWER MANAGEMENT ICs MARK INFORMATIONS EP-023-9803 MARK INFORMATIONS OUTLINE As Ricoh Power Management ICs use small packages, it is impossible to mark complete part numbers on every package. The meaning of the markings are explained as follows. Basically, the markings are consisted of the part


    Original     		EP-023-9803 OT-89 OT-23-5 OT-23-6 RN5VM111C RN5VM112D RN5VM112C RH5VL Series ricoh markings RH5VT MARK sot236 mark code 3b RH5VL22A RN5RF50BA RN5RF28BA R1120N sot-23-5 ricoh RN5RT45AA MARK PDF

    672047

    Abstract: Lumex 68 SML-LX2832SUGC-TR SML-LX1206GW-TR 67-1695-1-ND 671-8221 SML-LX0805SUGC-TR SML-LX1210GGC-TR 67-1557-1-ND 67-1551-2-ND
    Text: Surface Mount LEDs Dim. in mm Fig. 1 — SOT-23 Footprint Fig. 2 — 0603 A B 1 2 2 1 C Fig. 6 — 1209 3.2 *Cathode .500 1 Fig. 11 Ro .25 + 2.4 3.2 - *Cathode Mark .800 .900 2.0 .150 .500 Fig. 12  node mark A * on 67-1366-ND .500 .5 1.5 1.5 3.20 1.00 *Anode mark on 67-1355-ND


    Original     		OT-23 67-1366-ND 67-1355-ND 67-1820-1-ND 67-1820-2-ND SML-LX2832SISUGSBC 67-1821-1-ND 67-1821-2-ND SML-LX3632SISUGSBC 67-1822-1-ND 672047 Lumex 68 SML-LX2832SUGC-TR SML-LX1206GW-TR 67-1695-1-ND 671-8221 SML-LX0805SUGC-TR SML-LX1210GGC-TR 67-1557-1-ND 67-1551-2-ND PDF

    0603 led red, green, white

    Abstract: L-190VG1W-TR L-190YW-TR L-190EW-TR L-190GW-TR L-190LB5W-TR L-190LRW-TR L-190SPGW-TR L-190SRW-TR L-190SYW-TR
    Text: AZ Displays, Inc. L-190XX-TR 1.6x0.8x0.8mm SMD LED 0603 PACKAGE DIMENSIONS 0.8(.031) Soldering Terminal Cathode Line 0.30 (.012) Cathode Mark 1.50 + 0.10 Polarity Processive Direction 1.75 + 0.10 3.50 + 0.05 8.00 + 0.20 1.60(.063) 1.00(.039) Cathode Mark


    Original     		L-190XX-TR L-190GW-TR L-190YW-TR L-190EW-TR L-190SRW-TR L-190LRW-TR L-190VEW-TR L-190SYW-TR L-190VG1W-TR L-190LB5W-TR 0603 led red, green, white L-190VG1W-TR L-190YW-TR L-190EW-TR L-190GW-TR L-190LB5W-TR L-190LRW-TR L-190SPGW-TR L-190SRW-TR L-190SYW-TR PDF

    SOD123 footprint

    Abstract: MINI-MELF schottky BLUE CATHODE MARKING CODE diode sod123 W1 MINI-MELF schottky BLUE CBVK741B019 F63TNR MBR0520L MMSZ5221B MBR0520L SOD123
    Text: MBR0520L MBR0520L Features • 0.5 Ampere, low forward voltage, less then 385mV • 400 milliwatt Power Dissipation package • Compact surface mount package with the same footprint as mini-melf SOD123 SOD123 Mark:B2 Mark: B4 CATHODE COLOR BAND DENOTES Mark:


    Original     		MBR0520L 385mV OD123 SOD123 footprint MINI-MELF schottky BLUE CATHODE MARKING CODE diode sod123 W1 MINI-MELF schottky BLUE CBVK741B019 F63TNR MBR0520L MMSZ5221B MBR0520L SOD123 PDF

    Untitled

    Abstract: No abstract text available
    Text: Extract from the online catalog CMS-MARK-WIN-UM Order No.: 5067637 The illustration shows the version CMS-MARK-WIN User Manual, German/English, for the labeling software CMS-MARKWIN


    Original     		CL-2002) PDF

    circuit diagram of pedometer

    Abstract: MEMS digital compass pedometer Texas Instruments GPS Inertial navigation system Magneto-inductive Displacement Sensors reckoning circuit diagram for wireless headsets mems pedometer pdf on Pedestrian Detection
    Text: Dead Reckoning for Consumer Electronics Mark Amundson, Honeywell BIOGRAPHY Mark D. Amundson P.E. is the applications engineer for Honeywell Magneto-Resistive sensor products at the Honeywell Solid State Electronics Center in Plymouth Minnesota. He has worked on many new magnetic sensor


    Original     		PDF

    MBR0540

    Abstract: No abstract text available
    Text: MBR0540 MBR0540 Features • 0.5 ampere; forward voltage less than 460 mv. • 400 milliwatt Power Dissipation package. • Compact surface mount package with same footprint as mini-melf. SOD123 SOD123 Color Band Mark: Denotes B4 Cathode Mark: B4 Actual Size


    Original     		MBR0540 OD123 MBR0540 PDF

    Untitled

    Abstract: No abstract text available
    Text: Extract from the online catalog CMS-MARK-WIN UPDATE/ERSATZ Order No.: 5145258 CMS-MARK-WIN software, version: 2.4, in the languages German / English / French / Italian, incl. manual and demo version CLIP


    Original     		PDF

    1N52438

    Abstract: LN5261 motorola 1N759 1n750 motorola MMBZ5234 1N5533B JANTX lN5254 B2X84C11 MLL4691 MLL4699
    Text: Nominal Zener Voltage 'Note 1 250 mW 250 mW 250 mW 250 mW 350 mW Low Level Cathode = Polarity Mark Low Noise Cathode = Polarity Mark Low Level Cathode = Polarity Mark Low Noise Cathode = Polarity Marik Cathode = Polarity Mark (‘ Notes 2.3,14) ('Notes 2,3,18) (•Notes 2,3,18)


    OCR Scan     		DO-204AH DO-35) OT-23 O-236AA/AB) MLL4678 MLL4679 MLL4680 L4681 MLL4682 1N52438 LN5261 motorola 1N759 1n750 motorola MMBZ5234 1N5533B JANTX lN5254 B2X84C11 MLL4691 MLL4699 PDF

    SOT23 MARK Y2

    Abstract: BZXB4C10 MARK Y6 Transistor SOT23 MARK Y3 1N5239B equivalent BZXB4C4V7 MMBPU131 glass zener diodes motorola 1n746 B2X84C 1N756A
    Text: Nominal Zener Voltage 'Note 1 250 mW 250 mW 250 mW 250 mW 350 mW Low Level Cathode = Polarity Mark Low Noise Cathode = Polarity Mark Low Level Cathode = Polarity Mark Low Noise Cathode = Polarity Marik Cathode = Polarity Mark (‘ Notes 2.3,14) ('Notes 2,3,18) (•Notes 2,3,18)


    OCR Scan     		DO-204AH DO-35) OT-23 O-236AA/AB) MLL4678 MLL4679 MLL4680 L4681 MLL4682 SOT23 MARK Y2 BZXB4C10 MARK Y6 Transistor SOT23 MARK Y3 1N5239B equivalent BZXB4C4V7 MMBPU131 glass zener diodes motorola 1n746 B2X84C 1N756A PDF

    672047

    Abstract: 170189-1 172500-1 7228 171358-1 170222-1 172517-1 Multiple Interlock Connectors Mark II 72248 amp-o-lectric terminating machine
    Text: Multiple Interlock Connectors MIC , Mark I and Mark II C atalog 86-783 I s s u e d 2- 87 Features • Mark I and Mark II connectors offer two methods of contact retention ■ Three connector styles available: free-hanging, panel mount and board mount ■ Positive locking— mated


    OCR Scan     		J22692 K27457 RS26651 672047 170189-1 172500-1 7228 171358-1 170222-1 172517-1 Multiple Interlock Connectors Mark II 72248 amp-o-lectric terminating machine PDF

    170308-1

    Abstract: 170222-4
    Text: Wire to Board Connectors A M P Multiple Interlock Connectors M IC Features •Versatile applications from S low level circuits to power level circuits. ■Mark I, Mark II and board mount connectors ■Free-hanging and panel mount styles in both Mark I and Mark II


    OCR Scan     		JIS-B-1115) 170308-1 170222-4 PDF

    Mark antennas

    Abstract: No abstract text available
    Text: Fiberglass Radomes Mark radomes are used in conjunction with Mark standard solid antennas to provide additional protection from ice, snow and dirt which can cause reduced antenna performance. Radomes are of a fiberglass reinforced polyester resin with a smooth


    OCR Scan     		PDF