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Part : NSV60200LT1G Supplier : ON Semiconductor Manufacturer : Avnet Stock : 51,000 Best Price : $0.2099 Price Each : $0.2279
Part : NSV60201LT1G Supplier : ON Semiconductor Manufacturer : Avnet Stock : 18,000 Best Price : $0.2279 Price Each : $0.2309
Part : V60200PGW-M3/4W Supplier : Vishay Intertechnology Manufacturer : Avnet Stock : - Best Price : - Price Each : -
Part : NSV60200LT1G Supplier : ON Semiconductor Manufacturer : Allied Electronics & Automation Stock : - Best Price : $0.2280 Price Each : $0.2280
Part : NSV60200LT1G Supplier : ON Semiconductor Manufacturer : Future Electronics Stock : - Best Price : $0.2150 Price Each : $0.2150
Part : NSV60201LT1G Supplier : ON Semiconductor Manufacturer : Future Electronics Stock : - Best Price : $0.2150 Price Each : $0.2150
Part : NSV60200LT1G Supplier : ON Semiconductor Manufacturer : Rochester Electronics Stock : 6,000 Best Price : $0.34 Price Each : $0.34
Part : AV602-00016 Supplier : Amphenol TCS Manufacturer : Heilind Electronics Stock : - Best Price : - Price Each : -
Part : AV60200020 Supplier : Amphenol TCS Manufacturer : Heilind Electronics Stock : - Best Price : - Price Each : -
Part : JV60200016 Supplier : Amphenol TCS Manufacturer : Heilind Electronics Stock : - Best Price : - Price Each : -
Part : AZ431-V60-200 Supplier : American ZETTLER Manufacturer : basicEparts Stock : 127 Best Price : - Price Each : -
Part : AV602-00016 Supplier : Amphenol TCS Manufacturer : Interstate Connecting Components Stock : - Best Price : - Price Each : -
Part : AV60200020 Supplier : Amphenol TCS Manufacturer : Interstate Connecting Components Stock : - Best Price : - Price Each : -
Part : JV60200016 Supplier : Amphenol TCS Manufacturer : Interstate Connecting Components Stock : - Best Price : - Price Each : -
Part : NSV60200LT1G Supplier : ON Semiconductor Manufacturer : Chip1Stop Stock : 850 Best Price : $0.4504 Price Each : $0.4504
Part : NSV60201LT1G Supplier : ON Semiconductor Manufacturer : Chip1Stop Stock : 1,750 Best Price : $0.2113 Price Each : $0.2113
Part : AZ431-V60-200 Supplier : American ZETTLER Manufacturer : Master Electronics Stock : 25 Best Price : $59.67 Price Each : $99.47
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V60/20IP Datasheet

Part Manufacturer Description PDF Type
V60/20IP N/A Discontinued Transistor Data Book 1975 Scan

V60/20IP

Catalog Datasheet MFG & Type PDF Document Tags

RT150B

Abstract: THP47 7# 98# 99# V30/20IP V60/20IP 2SB331 100m 100m 106m 8.0 # 0J 2.0 2.0 30 60 15 30 15 30 ,O5m0 .O5m0
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OCR Scan
2SB462 RT150B THP47 transistor TF78 AC117 2N2467 AC178 NPN110 2N1645 AT202 600MS NKT301A

RT150B

Abstract: 2SB331 7# 98# 99# V30/20IP V60/20IP 2SB331 100m 100m 106m 8.0 # 0J 2.0 2.0 30 60 15 30 15 30 ,O5m0 .O5m0
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OCR Scan
BC337-01 2N2244 GERMANIUM PNP LOW POWER TRANSISTORS usaf510es030 2N2246 ad152 NKT302A 5/201P V30/20IP 2SB332 2SB333 2SB334

transistor TF78

Abstract: AC178 7# 98# 99# V30/20IP V60/20IP 2SB331 100m 100m 106m 8.0 # 0J 2.0 2.0 30 60 15 30 15 30 ,O5m0 .O5m0
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OCR Scan
ASZ16 2N2134 TF78 113003 2s882 2SA231 A580-2002 A580-2003 750PE A580-2005 A580-2202 A580-2203

2n189

Abstract: 2N1136b ) I1=AI3 I2=AI4 I7=AI1 I8=AI2 4x 5kHz 4x AI (0-10V) for DC versions In LSC V6.0 you must defined , interface capabilities of all LOGO! basic modules. LOGO! Soft Comfort V6.0 provides configuration of the , software Overview New functionalities of LSC V6.0 New function blocks Updated message text LOGO! Soft Comfort V6.0 - Overview New features LOGO! Soft Comfort V6.0 together with the LOGO! .0BA6 , the LOGO! TD Changed functionality LOGO! Soft Comfort V6.0 provides changes in the following areas
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OCR Scan
2N526 2n189 2N1136b 2SA114 B1151 EQUIVALENT 2T312 2N420 2G101 2G102 2G103 2G109 2G220 2G221

AL102 ATES

Abstract: 2N2222A mps notice. 1 21/05/2015 V6.0 DOMINANT TM InGaN White: DNW-JJG-I1 Opto Technologies , ) Thermal resistance 2 21/05/2015 V6.0 DOMINANT TM InGaN White: DNW-JJG-I1 Opto , Cy / K 3 21/05/2015 V6.0 DOMINANT TM InGaN White: DNW-JJG-I1 Opto Technologies , 0.3386 0.3561 0.3354 Bin V3 V4 A1 A2 A3 A4 C1 C2 C3 C4 4 21/05/2015 V6.0 , color coordinate is measured with an accuracy of ± 0.01. 5 21/05/2015 V6.0 DOMINANT TM
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OCR Scan
2N2431 AL102 ATES 2N2222A mps AD149 KR206 TIS58 RS276-2001 RS276-2002 RS270-2003 RS276-2004 BS276-200S RS276-2008

LOGO TD text display

Abstract: S7-200 cn 29/07/2013 V6.0 DOMINANT TM InGaN High Brightness: L5x-Exx Opto Technologies , dissipation (at room temperature) 2 29/07/2013 V6.0 DOMINANT TM InGaN High Brightness: L5x-Exx , Group 532 - 536 Dominant wavelength is measured with an accuracy of ± 1 nm. 3 29/07/2013 V6.0 , /07/2013 V6.0 DOMINANT TM InGaN High Brightness: L5x-Exx Opto Technologies Innovating , ) Wavelength; nm 5 29/07/2013 V6.0 Ambient Temperature Ambient Temperature DOMINANT Viewing Angle
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Original
LOGO TD text display S7-200 cn LOGO TD Display siemens Logo 24RC LOGO TD siemens Logo with analog input output S7-200 12/24RC

Mini DomiLED

Abstract: /2012 V6.0 DOMINANT TM AllnGaP : DNx-CJS Opto Technologies Innovating Illumination , voltage, Vf is measured with an accuracy of ± 0.1 V. 2 18/06/2012 V6.0 DOMINANT TM AllnGaP , temperature Power dissipation (at room temperature) Thermal resistance 3 18/06/2012 V6.0 DOMINANT , Luminous intensity is measured with an accuracy of ± 11%. 4 18/06/2012 V6.0 DOMINANT TM , measured with an accuracy of ± 1 nm. 5 18/06/2012 V6.0 DOMINANT TM AllnGaP : DNx-CJS
DOMINANT Opto Technologies
Original
Mini DomiLED
Abstract: . Product specifications are subject to change without notice. 1 07/07/2011 V6.0 Innovating , 07/07/2011 V6.0 Innovating Illumination Opto Technologies DOMINANT TM InGaN White , NPW-RSD -0.0002 TCCy NPW-RSD -0.0002 3 07/07/2011 V6.0 Innovating Illumination , 0.319 0.319 0.310 0.320 0.301 0.329 0.354 4 07/07/2011 V6.0 DOMINANT Innovating Illumination , 0.329 0.330 0.329 0.319 0.347 0.368 0.346 0.357 0.344 0.343 0.343 0.331 5 07/07/2011 V6.0 DOMINANT Opto Technologies
Original
L5B-E3000-W2Y1-1 L5B-E3000-YZ2-1 L5B-E60E0-T2U-1 L5B-E1500-Z2AB-1 L5T-E3000-ACE-1 L5T-E3000-AAC-1
Abstract: /2012 V6.0 DOMINANT TM 1-Watt AlInGaP With Lens Opto Technologies Innovating Illumination , LED junction temperature Power dissipation. 2 03/01/2012 V6.0 DOMINANT TM 1 , marketing for special part number to incorporate Vf binning. 3 03/01/2012 V6.0 DOMINANT TM 1 , 70 o 80 0.4 o 0.2 90 o 0 4 03/01/2012 V6.0 DOMINANT TM 1 , /2012 V6.0 DOMINANT TM 1-Watt AlInGaP With Lens Opto Technologies Innovating Illumination DOMINANT Opto Technologies
Original
Abstract: subject to change without notice. 1 18/05/2012 V6.0 DOMINANT Innovating Illumination TM , , Rth JS (Mounting on FR4 PCB, pad size >= 16mm2 per pad) 2 18/05/2012 V6.0 Unit mA mA V V °C °C , ) 2.80 . 3.10 3.10 . 3.40 3 18/05/2012 V6.0 DOMINANT Innovating Illumination TM Opto , Wavelength, nm 4 18/05/2012 V6.0 DOMINANT Innovating Illumination TM Opto Technologies TM , resistant plastic, PPA Epoxy Pure tin plating, Sn 5 18/05/2012 V6.0 DOMINANT Innovating DOMINANT Opto Technologies
Original
Abstract: without notice. 1 07/07/2011 V6.0 DOMINANT TM AlInGaP : NPH-USS Opto Technologies , '¦ +100 ˚C Reverse voltage 2 07/07/2011 V6.0 DOMINANT TM AlInGaP : NPH-USS Opto , 5600.0.7150.0 Luminous intensity is measured with an accuracy of ± 11%. 3 07/07/2011 V6.0 DOMINANT , ° 0.6 60° 0.4 70° 0.2 80° 90° 0 4 07/07/2011 V6.0 DOMINANT TM , /2011 V6.0 DOMINANT TM AlInGaP : NPH-USS Opto Technologies Innovating Illumination DOMINANT Opto Technologies
Original
Abstract: . 1 21/11/2012 V6.0 DOMINANT Innovating Illumination TM Opto Technologies AlInGaP , accuracy of ± 0.1 V. 2 21/11/2012 V6.0 DOMINANT Innovating Illumination TM Opto , +105 80 20 mA mA V V °C °C °C mW Unit 3 21/11/2012 V6.0 DOMINANT Innovating Illumination , 35.5.45.0 45.0.56.0 56.0.71.5 71.5.90.0 90.0.112.5 4 21/11/2012 V6.0 DOMINANT Innovating , /2012 V6.0 DOMINANT Innovating Illumination TM Opto Technologies AlInGaP M-Spice : SMx-CLD DOMINANT Opto Technologies
Original
Abstract: specifications are subject to change without notice. 1 18/01/2011 V6.0 Innovating Illumination Opto , Unit mA mA V V °C °C °C 2 18/01/2011 V6.0 DOMINANT Innovating Illumination TM Opto , V6.0 DOMINANT Innovating Illumination TM Opto Technologies InGaN White: NPW-MSD , 4 18/01/2011 V6.0 DOMINANT Innovating Illumination TM Opto Technologies Bin VN VO VP , 23.5.26.8 26.8.30.5 30.5.34.8 34.8.39.8 5 18/01/2011 V6.0 DOMINANT Innovating Illumination DOMINANT Opto Technologies
Original

Trusted

Abstract: /2012 V6.0 DOMINANT Innovating Illumination TM Opto Technologies AllnGaP : DNx-CJS , ) 1.7 Typ. (V) 1.95 Min. (V) 12 2 18/06/2012 V6.0 DOMINANT Innovating Illumination , . +100 -40 . +100 75 200 V KV °C °C °C mW Unit mA mA 3 18/06/2012 V6.0 DOMINANT , 180.0.224.0 224.0.285.0 4 18/06/2012 V6.0 DOMINANT Innovating Illumination TM Opto , Y Z Dominant wavelength is measured with an accuracy of ± 1 nm. 5 18/06/2012 V6.0
DOMINANT Opto Technologies
Original
Trusted

NPW-MSD-NP-1

Abstract: reserved. Product specifications are subject to change without notice. 1 09/09/2009 V6.0 DOMINANT , /2009 V6.0 DOMINANT TM AllnGaP : DDx-xRS Semiconductors Innovating Illumination Electrical , V6.0 DOMINANT TM AllnGaP : DDx-xRS Semiconductors Innovating Illumination Wavelength , V6.0 DOMINANT TM AllnGaP : DDx-xRS Semiconductors Innovating Illumination Luminous , 2.45 . 2.75 Forward voltage, Vf is measured with an accuracy of ± 0.1 V. 5 09/09/2009 V6.0
DOMINANT Opto Technologies
Original
NPW-MSD-NP-1
Abstract: .1 :COBOL97 V60 COBOL COBOL97 V60 COBOL97 V60 COBOL97 V60 COBOL Workbench V30 COBOL , - - COBOL97 V60 COBOL97 V60 1 LAN() (ANSI'85,X/OPEN CAE) GS(M)/GRANPOWER6000(K) /FM GCOBOL COBOL97 V60/V50/V40 - - - - - - - - COBOL97 V60 COBOL97 V601 LAN() × × × COBOL , .0 PowerCOBOL97 V5.0 PowerCOBOL97 Server Lite V6.0 PowerCOBOL97 Server Lite V6.0 PowerCOBOL97 Server Lite 1 V6.0 B2982624Q B2982624QA B2982624QB B2982624QC B298C2634 ¥192,000 ¥936,000 ¥3 DOMINANT Opto Technologies
Original

ddr-crs-rs2

Abstract: DDS-CRS-RS1-1 applied to V22 ,V27 and V31, SG10 applied to V46, SG2 applied to V60. Define the each amplitude (BLK-WHT , , Gout, Bout terminals. SG1 applied to V22 and V31 , SG10 applied to V46, SG2 applied to V60. V28=H , V24, V26, SG10 applied to V46, SG2 applied to V60. Define each gain of sin signal of frequency as A , , SG2 applied to V60. Define each gain of sin signal of frequency as A,B. When V21=0V GP= A-B (at V21=5V) V14=0V, V13=V46=5V. SG6(4.43MHz) applied to V9, SG2 applied to V60. Measure the chroma amplitude on
DOMINANT Semiconductors
Original
ddr-crs-rs2 DDS-CRS-RS1-1

APC Smart-UPS

Abstract: APC SMART-UPS 700 V2.1 ADJUST V1.1 ADJUST V1.1 : COBOL97 V60 COBOL COBOL97 V60 COBOL97 V60 COBOL97 V60 1 5 20 100 CD-ROM 1 5 20 100 3.5"1.44MB OS[] ( ) Windows , )/GRANPOWER6000(K) /FM GCOBOL - - - - - - - - COBOL97 V60 COBOL97 V60 1 LAN() (ANSI'85,X/OPEN CAE) GS(M)/GRANPOWER6000(K) /FM GCOBOL COBOL97 V60/V50/V40 - - - - - - - - COBOL97 V60 COBOL97 , PowerCOBOL97 V6.0 PowerCOBOL97 V6.0 PowerCOBOL97 V6.0 PowerCOBOL97 V6.0 PowerCOBOL97 V5
Fujitsu
Original
APC Smart-UPS APC SMART-UPS 700 FMVKB611 F6671 oasys F6677 FMV-KB611 FMV-KB621 B298C0400 B298C0410 B298C0420 B298C0151
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