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Part : BE005SRL24165MW Supplier : Amphenol PCD Manufacturer : Newark element14 Stock : - Best Price : - Price Each : -
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165mW

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: LMH0302 3.3V SD 125mW HD 165mW LMH0302 16 LLP : - 40 85 2.97Gbps 75 3.3V (): SD 125mW HD 165mW 16 LLP LMH0002SQ Gennum GS2978 National Semiconductor
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SD302 LMH0302SQ Gennum GS2978 SMPTE 424M 424M 424MSMPTE 292MSMPTE 1694AB DS202146-04-JP
Abstract: Pulsed Current (P.W. = 1/rs, DF = .01): 3Amp Power Dissipation: 165mw Derate: 1.65mw/°C Operating -
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CLED155 CLED155F 155FA 155FB 155FC 155F0
Abstract: ): 3Amp Power Dissipation: 165mw Derate: 1.65mw/°C Operating Junction Temp. 125°C CLED155 -
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155B 155C T046 G0D1032 T-41- 9080S
Abstract: CURRENT REVERSE DC VOLTAGE POWER DISSIPATION 100mA 5 Volts 165mW (ii) OUTPUT TRANSISTOR COLLECTOR-EMITTER VOLTAGE COLLECTOR CURRENT POWER DISSIPATION 35 Volts 15 mA 165mW (iii) OPERATING TEMP Bedford Opto Technology
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3000P 30000P OPI30000MC OPI3000P 100OC
Abstract: ): 3Amp Power Dissipation: 165mw Derate: 1.65mw/°C Operating Junction Temp. 125°C CLED155 ANODE -
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2t6 551 uj 04 V7560 S1427T 155FD QQQ07
Abstract: S4E39850 CF-Type GPS Card OEM Ultra Low-Power consumption (165mW) Compact and Thin design Built-in GPS antenna OVERVIEW GPS (Global Positioning System) having been used Car Navigation Systems, is now going to be used in mobile equipments as well. S4E39850 is a compact and highly accurate GPS card capable of receiving signals from GPS satellite and taking information such as the current position , 165mW at 3.3V operation -10+55 -20+65 NMEA (standard) or EPSON format 9600bps Built-in antenna x1 EPSON
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WGS84
Abstract: News Release www.linear.com 1.5Msps, 14-Bit ADC Simultaneously Samples 6 Differential Inputs MILPITAS, CA ­ February 20, 2007 ­ Linear Technology Corporation introduces the LTC2351-14, a 1.5Msps low-power analog-to-digital converter (ADC) with six simultaneous sampling differential inputs. Operating from a single 3.3V supply, power dissipation is typically 16.5mW. The LTC2351-14 features six , · 250ksps Throughput Per Channel · Low Power Dissipation: - Active Mode (16.5mW) - Nap Shutdown Linear Technology
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LTC2351-12
Abstract: CURRENT REVERSE DC VOLTAGE POWER DISSIPATION 100mA 5 Volts 165mW (ii) OUTPUT TRANSISTOR COLLECTOR-EMITTER VOLTAGE COLLECTOR CURRENT POWER DISSIPATION 35 Volts 15 mA 165mW (iii) OPERATING TEMP Bedford Opto Technology
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OPI110 OPI2000MK 30KV ATEX 064 infrared emitter opto coupler OPI1264 OPI1000L OPI2000M
Abstract: noted) INPUT DIODE FORWARD DC CURRENT REVERSE DC VOLTAGE POWER DISSIPATION 100mA 5 Volts 165mW , 15 mA 165mW (iii) OPERATING TEMP -25OC TO +100OC STORAGE TEMP -25OC TO +100OC Bedford Opto Technology
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1000L OPI1000LE opi1000lc opi 1000 OPI1000
Abstract: V ,-5 .2 V 20, -95mA max mm m t ) æ » a - K 200nWC typ) BIN TTL 165mW BIN TTL l.O V p -p , ·i'é'B W ÍJ : 165mW(,> ·1 6 t° > S 0 P · r"-f CND GND -
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TL5501 TDC1046B8C MN65531S UPC660 20MSPS CXD1172AP/M 65531S MB40166P/PF
Abstract: DIODE FORWARD DC CURRENT REVERSE DC VOLTAGE POWER DISSIPATION 100mA 5 Volts 165mW (ii) OUTPUT TRANSISTOR COLLECTOR-EMITTER VOLTAGE COLLECTOR CURRENT POWER DISSIPATION 35 Volts 15 mA 165mW (iii Bedford Opto Technology
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EN60079-0 EN60079-26 BAS01ATEX1278U EN6007911 0021U/1 BAS01ATEX1278U/2 EN61241-0 EN60079-11 EN61241-11
Abstract: 55nsec Chip Enable access â'¢ Power down function â'¢ Maximum standby power 165mW IMS 1421 â'¢ High , active power 165mW Maximum standby power Single 5V ± 10% supply E Power down function TTL compatible -
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1400S-55 1420P 1420L IMS1400-45 Mil-Std-883B 1421W 1400L J44AI 142QL 1400M 1400P-45 1400S-45
Abstract: LTC2351-14 14-Bit 6 250ksps 16.5mW QFN-32 (5mm × 5mm) ±1.25V, 0V to 2.5V LTC1408 , -10 ±1.25V LTC2351-12 12-Bit 6 250ksps 16.5mW QFN-32 (5mm × 5mm) ±1.25V, 0V to 2.5V , LTC2351-14's low power and small size are most desirable. Power consumption is a mere 16.5mW, which , channels, draws only 16.5mW of power and features 72dB SINAD. Some simultaneous sampling ADCs are Linear Technology
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LT6241 LT624 LTC1407A-1 MSOP-10 LTC1408-12 LTC1407A LTC4067 LTC2355-14 LTC235614 LTC2356-12 LTC2355-12 LTC2356-14
Abstract: ) INPUT DIODE FORWARD DC CURRENT REVERSE DC VOLTAGE POWER DISSIPATION 100mA 5 Volts 165mW (ii , 165mW (iii) OPERATING TEMP -40OC TO +85OC STORAGE TEMP -40OC TO +85OC INPUT-TO-OUTPUT Bedford Opto Technology
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BAS01ATEX 0021U/4 BAS01ATEX1278U/5 IEC60079-11 94/9/EC 2011/65/EU
Abstract: A character to search is inputted. Home NEC Site menu starts here. Skip site menu. Information Press Release Products Technologies About Us Contact End of site menu. Japanese Home > Products > Products > Mobile Use > NL8048HL11 -01B Screen size Effective display area 4.1 inch (10.4 cm diagonal) 88.80(H) x 53.28(V) mm Interface Power supply voltage Power consumption Operating temperature Storage temperature CMOS (RGB 8 bits each) VCC : 3.0 V LCD panel+Driver:165mW (typ.) Backlight:604mW (typ.) *at IL NEC LCD Technologies
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Abstract: KM6164000AL/AL-L ADVANCED CMOS SRAM 256Kx16 Bit CMOS Static RAM FEATURES â'¢ Fast Access Time : 55, 70, 85ns(Max.) â'¢ Low Power Dissipation Standby (CMOS) : 500,«W(Typ.) L-Version 5,MW(Typ.) LL-Version Operating : 165mW(max.) â'¢ Single 5±10%V power supply â'¢ TTL Compatible inputs and outputs â'¢ Fully Static Operation - No clock or refresh required â'¢ Three State Output â'¢ Data Byte Control : LB : I/O-i-I/Ob : UB : I/09-I/016 â'¢ Low Data Retention Voltage: 2V(Min) â'¢ Standard Pin -
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SRAM256KX16 SRAM_256KX16 KM6164000ALT/LT- 44-TSOP2-400F KM6164000AL/L-L KM6164000AL7L-L A0-A17 I/016
Abstract: 1.25Gbps to 2.5Gbps data rates and consume only 165mW. The 1.25Gbps parts have 5mV input sensitivity Maxim Integrated Products
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MAX3264 MAX3265 MAX3268 MAX3269 156-ps MAX3264/MAX3265/MAX3268/MAX3269 MAX3264/65/68/69
Abstract: (lsector) typ. 2ms min. 100,000cycles program :typ. 198mW(60mA) read/erase:typ. 165mW(50mA) stand-by :typ -
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VOICE RECORDER IC programming MN48V32080F D000272AE
Abstract: substantial: normal superheterodyne receivers require 25mW; the MAX1470 requires 16.5mW. Adding the time , normal superheterodyne receiver vs. 16.5mW × 1ms = 16.5uJ for the MAX1470. The energy savings gained Maxim Integrated Products
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MAX1471 MAX1472 MAX1479 AN1955 APP1955 ASK receiver superheterodyne 300MH 450MH 868MH
Abstract: ADVANCED CMOS SRAM KM6164000AL/AL-L 256Kx16 Bit CMOS Static RAM FEATURES GENERAL DESCRIPTION â'¢ Fast Access Tim e : 55, 70, 85ns(Max.) â'¢ Low Power Dissipation Standby (CMOS) : 500,«W(Typ.) L-Version 5,«W(Typ.) LL-Version Operating : 165mW(max.) â'¢ Single 5 ± 1 0 % V power supply â'¢ TTL Compatible inputs and outputs â'¢ Fully Static Operation - No clock or refresh required â'¢ Three State Output â'¢ Data Byte Control : LB : I/O 1 -I/O 8 : UB : 1/09-1/016 â'¢ Low Data -
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KM6164000ALT/LT-L 44-TSOP2-4QOF I/O10 I/O16
Abstract: LTC2351-14 14-Bit 6 250ksps 16.5mW QFN-32 (5mm × 5mm) ±1.25V, 0V to 2.5V LTC1408 , -10 ±1.25V LTC2351-12 12-Bit 6 250ksps 16.5mW QFN-32 (5mm × 5mm) ±1.25V, 0V to 2.5V , LTC2351-14's low power and small size are most desirable. Power consumption is a mere 16.5mW, which , channels, draws only 16.5mW of power and features 72dB SINAD. Some simultaneous sampling ADCs are JDS Uniphase
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SDLO-1100 GR-468-CORE 877-550-JDSU JDS Uniphase sdlo JDS uniphase EDFA JDSU pump laser 1-877-550-JDSU
Abstract: S4E39850 CF-Type GPS Card OEM Ultra Low-Power consumption (165mW) Compact and Thin design Built-in GPS antenna OVERVIEW GPS (Global Positioning System) having been used Car Navigation Systems, is now going to be used in mobile equipments as well. S4E39850 is a compact and highly accurate GPS card capable of receiving signals from GPS satellite and taking information such as the current position , 165mW at 3.3V operation -10+55 -20+65 NMEA (standard) or EPSON format 9600bps Built-in antenna x1 -
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SPJ78S2 10-BIT SPT7852 D0D287T
Abstract: Pulsed Current (P.W. = 1/rs, DF = .01): 3Amp Power Dissipation: 165mw Derate: 1.65mw/°C Operating -
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512K- CXK38512 P60604-ST
Abstract: LMH0302 3.3V SD 125mW HD 165mW LMH0302 16 LLP : - 40 85 2.97Gbps 75 3.3V (): SD 125mW HD 165mW 16 LLP LMH0002SQ Gennum GS2978 -
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DGND100
Abstract: ): 3Amp Power Dissipation: 165mw Derate: 1.65mw/°C Operating Junction Temp. 125°C CLED155 -
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Z6104 Z6104-1 Z6104-2 Z6104-3 Z6104-4 Z6104-5 zilog 6104 8891
Abstract: V ,-5 .2 V 20, -95mA max mm m t ) æ » a - K 200nWC typ) BIN TTL 165mW BIN TTL l.O V p -p , ·i'é'B W ÍJ : 165mW(,> ·1 6 t° > S 0 P · r"-f CND GND -
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TMS6788 536-BIT 1989-R TMS6788-15 TMS6788-20 TMS6788-25
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