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SN74ALS161BNSR Texas Instruments Synchronous 4-Bit Binary Counters 16-SO 0 to 70 visit Texas Instruments
SN74LS163ANSR Texas Instruments Synchronous 4-Bit Binary Counters 16-SO 0 to 70 visit Texas Instruments Buy
SN74LV161ADGVR Texas Instruments 4-Bit Synchronous Binary Counters 16-TVSOP -40 to 85 visit Texas Instruments Buy
SN74LV163ANSR Texas Instruments 4-Bit Synchronous Binary Counters 16-SO -40 to 85 visit Texas Instruments
SN74LV393ADGVR Texas Instruments Dual 4-Bit Binary Counters 14-TVSOP -40 to 85 visit Texas Instruments Buy
SN74HC163NSR Texas Instruments 4-Bit Synchronous Binary Counters 16-SO -40 to 85 visit Texas Instruments Buy

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Part : BTMGRWINCEBINARY Supplier : Adeneo SAS Manufacturer : Avnet Stock : - Best Price : $4,794.5205 Price Each : $5468.75
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Binary

Catalog Datasheet MFG & Type PDF Document Tags

prescalers

Abstract: BINARY /33 64/65 32/33 64/65 32/33 64/65 Binary 16-2047 Binary 16-2047 Binary 16-2047 Binary 16-2047 Binary 5-2047 N Program Counter Binary 5-2047 Binary 16-2047 Binary 16-2047 Binary 16-2047 Binary 16-2047 Binary 16-2047 Binary 16-2047 Binary 16-2047 Binary 5-2047 PLL A Swallow Countar Binary 0-127 Binary 0-127 Binary 0-127 Binary 0-127 Binary 0-127 Binary 0-127 Binary 0-127 Binary 0-127 Binary 0-127 R Reference Counter Binary 6-16383 Binary 8-16383 Binary 8-16383 Binary 8-16383 Binary 8-16383 Binary 6-16383 Binary
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prescalers BINARY prescalers 10 54095 MB1506 MB15A01 MB15B01 MB1501 MB1501H MB1501L MB15A02

74ls150

Abstract: decoder 74LS154 M4555C Binary to 1 of 4 Decoder M139C 2 to 4 Decoder (74LS139) M155C Dual 2 to 4 Decoders D24H 2 to 4 , JOHNSON COUNTER MODULO GRAY COUNTER MODULO BIMARY COUNTER MODULO BINARY RIPPLE COUNTER MODULO SHIFT , Direct, Prescaled CM3B Modulo 3, Binary Counter, Clear Direct CM4B Modulo 4, Binary Counter, Clear Direct CM5B Modulo 5, Binary Counter, Clear Direct CM6B Modulo 6, Binary Counter, Clear Direct CM7B Modulo 7, Binary Counter, Clear Direct CM8B Modulo 8, Binary Counter, Clear D i rect CM9B Modulo 9
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RP5GH05 74LS160 74ls150 decoder 74LS154 Modulo 7 counter Modulo-7 Binary Counter mod 10 up counter multiplexers 74LS150 RP5GH05/10/16/23/29/38/55 RP5GH29 RP5GH38 M160C M160D

cmos 14 bit binary counter

Abstract: 4 bit binary divider Package Voltage Node DM74LS90 Bipolar-LS Decade and Binary Counter DIP SOIC 5 MM74C90 74C CMOS 4-Bit Decade Counter DIP 5 other MM74C93 74C CMOS 4-Bit Binary Counter DIP 5 other 74F161A FAST Synchronous Presettable 4-Bit Binary Counter , (Asynchronous Reset) DIP SOIC SOP 5 74AC161 FACT Synchronous Presettable Binary Counter DIP SOIC SOP TSSOP 3.3 5 74ACT161 FACT (ACT) Synchronous Presettable Binary Counter DIP
Fairchild Semiconductor
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74F160A 74F162A 74VHC161 DM74ALS161B DM74AS161 cmos 14 bit binary counter 4 bit binary divider CD4K Asynchronous up and down counter ECL Decade Counter 74F579 DM74LS161A

74ls198*-

Abstract: 74LS80 (7480) 2 Bit Binary Full Adder 2 Bit Binary 2's Complement Full Adder, or Substractor 2 Bit Binary Full Adder (7482) 4 Bit Binary Full Adder 4 Bit Binary Full Adder with Fast Carry (74LS83) Carry Look Ahead , MUX82H MUX24H MUX24L MUX34H MUX44H MUX54H MUX64H MUX74H MUX84H Binary to 1 o f 4 Decoder 2 to 4 , Counter, Clear Direct, Prescaled 256, G ray Counter, G e a r D irect, Prescaled 3, Binary C ounter, G e a r D irect 4, Binary C ounter, Clear Direct 5, Binary C ounter, Clear Direct 6, Binary C ounter
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RSC-15 M4017C M4028C 74LS179 74LS198 74LS80 74ls198*- 74LS94 OAI32 0001L3M TEK-044-9004 NOR03 NAND08 D410L

rotary coded switch 16 positions

Abstract: PT65101L254 Positions Dial No. 1 0 1 G 2 3 G BINARY CODED DECIMAL (01) 10 Positions Dial No. 1 2 0 1 G , DECIMAL 4 Positions Dial No. 1 1 G 2 3 0 2 G 3 G COMP. OF BINARY CODED DECIMAL (02 , G G 4 G 5 G G BINARY CODED HEXADECIMAL (03) 16 Positions Dial No. 1 2 4 0 1 G 2 G 3 , G G G G G G G G 8 G G G G G G G G G COMP. OF BINARY CODED HEXADEC. (06) 16 , Code (see truth tables) Pitch Positions Binary Coded Decimal .100" (2,54) .200"(5,08
APEM Components
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rotary coded switch 16 positions PT65101L254 rotary BCD coded switch 16 positions BCD coded rotary switch Binary to hexadecimal PT65725 UL94V-O G15-G24 PT65101V

rotary coded switch 16 positions SMT

Abstract: rotary coded switch 16 positions Code (see truth tables pg. G21) Positions (see fig. 1) (see fig. 2) Binary Coded Decimal 10 P36101 P36S101 Complement of BCD 10 P36102 P36S102 Binary Coded Hexadecimal 16 , q 7 q CODE 21 DECIMAL 4 Positions Dial No. 1 1 q 2 3 0 BINARY CODED DECIMAL 10 , q 8 q q q q q q COMP. OF BINARY CODED DECIMAL 10 Positions Dial No. 1 2 4 0 q q q , q q q q q q q q BINARY CODED HEXADECIMAL 16 Positions Dial No. 1 2 0 1 q 2 q 3 q
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rotary coded switch 16 positions SMT rotary coded switch 10 positions SMT PT65-103 PT65702 PT65501 P36S103 PT657 SAPT65454 SAPT65473 SAPT654116 SAPT654133 DKPT6510553

oncore VP

Abstract: GPS oncore ut appropriate Motorola Binary command and sent to the receiver. COMMAND DESCRIPTIONS · ( ) indicates , and the binary command. Motorola GPS Products - Oncore User's Guide Revision 5.0 ­ August 30, 2002 , Mnemonic Command Mnemonic Command Function Description Binary Command M12 M12T GT & , Mnemonic Command.Continued Mnemonic Command Function Description Binary Command M12 , Command Description Binary Command M12 1PPS ph Position Hold Option @@At 1PPS
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oncore VP GPS oncore ut GPS oncore gt motorola oncore m12 motorola oncore guide Oncore m12t

Cmos 74 HC4060

Abstract: HC393 20 20 20 20 20 Decade Counter with Async. Clear Decade Counter with Async. Clear Binary Counter with Async. Clear Binary Counter with Async. Clear Decade Counter with Sync. Clear Sync. Decade Counter with Sync. Clear Sync. Binary Counter with Sync. Clear Sync. Binary Counter with Sync. Clear BCD Up/Down Counter Sync. 4 Bit Binary Up/Down Counter Sync. Sync. Up/Down Decade Counter Sync. Up/Down Binary Counter Programmable Divider/Timer Programmable Divider/Timer Programmable Divider/Timer
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HC192 HC390 HC393 HC590 HC593 HC4017 Cmos 74 HC4060 LS192 HC4060 HC4022 M54/74 HC161 HCT161 HC162 HC190 HC191

counter

Abstract: HEF4029B /Information HEF, HEC HEF4029B MSI Synchronous up/down counter, binary/decade counter Product , specification Synchronous up/down counter, binary/decade counter January 1995 HEF4029B MSI 2 Philips Semiconductors Product specification Synchronous up/down counter, binary/decade counter , /down counter, binary/decade counter January 1995 HEF4029B MSI 4 Philips Semiconductors Product specification Synchronous up/down counter, binary/decade counter January 1995 HEF4029B
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HE4000B counter DECADE COUNTER semiconductors 3 decade counter up down counter

Binary to hexadecimal counter

Abstract: MC54HC4017 Binary MECL 325 750 â'" MC1654# 620 Bi-Quinary (+2, + 5, -MO) MECL 325 750 â'" MC1678# 620 Universal , Bi-Quinary MECL 150 370 MC10538 MC10138# 620, 648, 650 Binary MECL 150 370 MC10578 MC10178# 620, 648, 650 Presettable Binary ( h- 2, +81 LS TTL 60 60 SN54LS197 SN74LS197 717, 632, 646 Presettable Decade ( + 2, + 5 , SN74LS192 620, 648, 650 Presettable Up/Down Binary LS TTL 40 95 SN54LS193 SN74LS193 620, 648, 650 Presettable Decade LS TTL 35 95 SN54LS160 SN74LS160 620, 648, 650 Presettable Binary LS TTL 35 95 SN54LS161
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SN54LS196 SN74LS196 SN54LS192 SN74LS161 SN74LS162 MC54HC4017 Binary to hexadecimal counter Motorola MC74HC4020 of decade counter CMOS FAMILY BI 370 SN54LS162

PT65103

Abstract: PT65703 BINARY CODED DECIMAL (01) 10 Positions Dial No. 1 2 4 0 1 2 3 4 5 6 7 8 9 2 8 CODE 21 DECIMAL 4 Positions Dial No. 1 1 2 3 0 2 3 COMP. OF BINARY CODED DECIMAL (02) 10 , 2 4 0 1 2 3 4 5 BINARY CODED HEXADECIMAL (03) 16 Positions Dial No. 1 2 4 8 0 1 2 3 , 5 6 7 8 9 A B C D E F 4 8 COMP. OF BINARY CODED HEXADEC. (06) 16 Positions , tables) Pitch Positions .100" (2,54) .200"(5,08) Binary Coded Decimal 10 PT65101
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PT65103 PT65703 PT65-101 PT65726L508 pt65 dip rotary switch U4830

an618

Abstract: MAX6900 D1 D0 0 10SEC (BCD 0-5) (Decimal 0-5) 1SEC (BCD 0-9) (Decimal 0-9) Min Binary Count 0 0 0 0 0 0 0 0 Max Binary Count 0 1 0 1 1 0 0 1 , ) (Decimal 0-5) 1MIN (BCD 0-9) (Decimal 0-9) Min Binary Count 0 0 0 0 0 0 0 0 Max Binary Count 0 1 0 1 1 0 0 1 POR STATE 0 0 0 0 0 0 , Binary Count 0 0 0 0 0 0 0 0 Max Binary Count 0 0 1 0 0 0
Maxim Integrated Products
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MAX6900 MAX6901 MAX6902 an618 MAX6909 MAX6910 AN618

hex to binary

Abstract: AN216 have been read, they can be translated into binary. The bit weights are shown in Table 1. Table 1 , into binary. The binary equivalent of 2A88h is 0010 1010 1000 1000. Since the MSB is 0, the temperature is positive. The lower 3 bits of the binary data are ignored, so they are masked with 0s. Table 2 , binary. Again, the lower 3 bits are ignored, so they will be masked with 0s. Table 3 shows the , binary data. The MSB is the sign bit and indicates whether or not the 2's complement binary number is
Maxim Integrated Products
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DS1847 DS1848 AN216 APP216 hex to binary DS1847/DS1848

Acceleration

Abstract: stand-by mode. (PC1 = 0) Register Name CTRL_REG1 - CTRL_REG1 Address Value Hex Binary Hex 0x1B 0001 1011 0x40 Binary 0100 0000 Write 0x02 to Data Control Register (DATA_CTRL_REG) to set , DATA_CTRL_REG - Binary 0000 0000 Write 0x40 to Control Register 1 (CTRL_REG1) to keep the , is +/-8g) Register Name - Address Value Hex Binary Hex 0x1B 0001 1011 0x00 Address Value Hex Binary Hex Binary 0x21 0010 0001 0x02 0000 0010 Write 0xC0 to Control Register 1
Kionix
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Acceleration

intel 80251

Abstract: 80251 80C51 microcontrollers. It extends features and performance while maintaining binary­code compatibility , of two clocks (vs. 12 clocks for 80C51 microcontrollers) D binary­code compatibility with 80C51 , . . . . . . . . . . 4.1 4.1. Source Mode or Binary Mode Opcodes . . . . . . . . . . . . . . . . . . , unknown value or a "don't care" state or condition. The value may be either binary or hexadecimal, depending on the context. For example, 2XAFh (hex) indicates that bits 11:8 are unknown; 10XXb in binary
Temic Semiconductors
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TSC80251 intel 80251 80251 MATRA MHS 80c51 KS 5127 MATRA MHS TSC 80251

AN517

Abstract: APP517 Maxim > App Notes > 1-Wire® Devices Real-Time Clocks Keywords: RTCs, binary counter, crystal , -wire, 2wire, serial interface Mar 21, 2003 APPLICATION NOTE 517 DS1371/DS1372/DS1374 32-Bit Binary , converting from a date and time to binary seconds is also described. Introduction The DS1371 and DS1374 have a 32-bit binary counter RTC with a 2-wire interface. The 32-bit binary counters are designed to , from a date and time to binary seconds is also described. Both devices accumulate time information in
Maxim Integrated Products
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DS1318 DS1372 DS1602 DS1603 DS1672 AN517 APP517 AN517/0994 32768H
Abstract: Supported Formats Software Format Extension ASAP Binary .DIS FRED Binary .RAY Generic Binary .DAT Integra ASCII .RAY LightTools Binary .RAY LucidShape Binary .RAY OptiCad Binary .RAY OPTIS/SPEOS Binary .RAY Photopia Binary .RIR SimuLux Binary .RAY Specter ASCII .RAY TracePro Binary .RAY TracePro/OSLO ASCII .DAT Zemax Binary .DAT * ProSource® used on this website is the Nichia
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SE-KSE006853A
Abstract: ¼ æ'¡å¼u子 ASAP Binary .DIS FRED Binary .RAY Generic Binary .DAT Integra ASCII .RAY LightTools Binary .RAY LucidShape Binary .RAY OptiCad Binary .RAY OPTIS/SPEOS Binary .RAY Photopia Binary .RIR SimuLux Binary .RAY Specter ASCII .RAY TracePro Binary .RAY TracePro/OSLO ASCII .DAT Zemax Binary .DAT â'» æ¬ã'uã'¤ãƒè¨˜è¼‰ã® ProSourceâ"‡ã¯ Radiant Zemax, LLC の登録å•æ¨™ã§ã™ã Nichia
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Abstract: , Three-State TTL Parallel, Binary, 6-Bit Latch, Three-State ECL TTL/ECL TTL/ECL CONV. TYPE Rash CONV , HI1179 OUTPUTS Parallel, Binary, 3-Bit Latch, Three-State TTL V REF FEATURES Low Power 8 , , Int Amp. Low Power 80mW, DC Restore JCB.JCP Parallel, Binary, 8-Bit Latch, Three-State JCQ JCQ JCQ TTL Parallel, Binary, 8-Bit Latch, Three-Slate A/D CONVERTERS HIGH SPEED 8-BIT HIGH SPEED A/D , Parallel, Binary V ref EXT INT INT EXT EXT EXT EXT EXT EXT EXT EXT EXT FEATURES ENOB = 7.8 Bits at -
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HI3304 JIP/15 JIB/15 JIP/10 JIB/10 HI1172

11010

Abstract: Data Conversion Binary Code Formats Application Note May 1997 AN9657.1 Introduction Many , formats. The following definitions are offered as the basis for each code format: Offset Binary: A binary code in which the code represents analog values between Full Scale and -Full Scale. All zero , binary code in which positive and negative codes of the same magnitude sum to all zero's plus a carry. The 2's complement can be generated from the Offset Binary code by inverting the MSB. A negative
Intersil
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11010 ISO9000
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