NUMBER NINE Search Results

751A-02

Contextual Info: The MC54/74F280 is a high-speed parity generator/checker that accepts nine bits of input data and detects whether an even or an odd number of these inputs is HIGH. If an even number of inputs is HIGH, the Sum Even output is HIGH. If an odd number is HIGH, the Sum Even output is LOW. The Sum Odd

electronic passive components catalog

Abstract: dc motor driver MANUAL K2083 8284 clock GI Microelectronics Data Catalog 1982 SPRU052 SPRU099 SPRU103 TMS320 Analog devices catalog
Contextual Info: Running Title—Attribute Reference TMS320C54x User’s guide Collation List—Electronic Transfer List TDS Job Number: 64118 Literature Number: BPRU131B Engineering Part Number: D425004–9761 Item Number of Pages File Name Page Numbers Covers – 64118a

TMS320C203

Abstract: TMS320C209 MARKING code F050 ifr 1520
Contextual Info: TMS320C2xx C Source Debugger User’s Gude Collation List—Electronic Transfer List TDS Job Number: 65121 Literature Number: SPRU151 Engineering Part Number: D412006–9761 revision * Item Number of Pages File Name Page Numbers Covers — 65121b — Title Page

74F280

Abstract: 54F280DM 54F280FM 54F280LM 74F280PC 74F280SC 74F280SJ F280 J14A N14A
Contextual Info: 74F280 9-Bit Parity Generator/Checker General Description Features The ’F280 is a high-speed parity generator/checker that accepts nine bits of input data and detects whether an even or an odd number of these inputs is HIGH. If an even number of inputs is HIGH, the Sum Even output is HIGH. If an odd number is HIGH, the Sum Even output is LOW. The Sum Odd

DIP18

Abstract: MK53761 MK53761D MK53761N00 SO20 BUT32
Contextual Info: MK53761 REPERTORY DIALER . . . . . . . SINGLE CHIP DTMF AND PULSE DIALER SOFTSWITCH CHANGES SIGNALING MODE FROM PULSE TO TONE NINE NUMBER REPERTORY PLUS RECALL OF LAST NUMBER DIALED 18 digits each FLASH KEY INPUT INITIATES TIMED HOOK FLASH 8 TONE PER SECOND DIALING IN TONE

MK53761N

Abstract: MK53761N00 DIP18 MK53761 MK53761D SO20 BUT32
Contextual Info: MK53761 REPERTORY DIALER . . . . . . . SINGLE CHIP DTMF AND PULSE DIALER SOFTSWITCH CHANGES SIGNALING MODE FROM PULSE TO TONE NINE NUMBER REPERTORY PLUS RECALL OF LAST NUMBER DIALED 18 digits each FLASH KEY INPUT INITIATES TIMED HOOK FLASH 8 TONE PER SECOND DIALING IN TONE

K537

Abstract: MK53761N00 BUT32
Contextual Info: / ^ 7 SGS-THOMSON MK53761 REPERTORY DIALER • SINGLE CHIP DTMF AND PULSE DIALER . SOFTSWITCH CHANGES SIGNALING MODE FROM PULSE TO TONE ■ NINE NUMBER REPERTORY PLUS RECALL OF LAST NUMBER DIALED 18 digits each ■ FLASH KEY INPUT INITIATES TIMED HOOK FLASH

Contextual Info: HD74AC280/HD74ACT280 • 9-Bit Parity Generator/Checker Description The HD74AC280/HD74ACT280 is a high-speed parity generator/checker that accepts nine bits of input data and detects whether an even or an odd number of these inputs is High. If an even number

AT28C16E-25D

Abstract: AT28C16E-25DM AT28C16E25DM ATMEL part number code
Contextual Info: Ordering Information Explanation of Atmel’s Part Number Code All Atmel part numbers begin with the prefix "AT." The next four to nine digits are the part number. In addition, Atmel parts can be ordered in particular speeds, in specific packages, for par­

Contextual Info: HD74AC280/HD74ACT280 •9-Bit Parity Generator/Checker Description Pin Assignment The HD74AC280/HD74ACT280 is a high-speed parity generator/checker that accepts nine bits of input data and detects whether an even or an odd number of these inputs is High. If an even number

Contextual Info: Chapter Nine Packaging Information The packaging information for each device type can be determined in one of two ways: by the specific case number indicated on the individual data sheet for example, the case number for MPC9600 is 932 , or by using the Case

Hitachi DSA00279

Contextual Info: HD74AC280/HD74ACT280 9-bit Parity Generator/Checker Description The HD74AC280/HD74ACT280 is a high-speed parity generator/checker that accepts nine bits of input data and detects whether an even or an odd number of these inputs is High. If an even number of

4 bit even and odd parity checker truth table

Contextual Info: HD74AC280/HD74ACT280 •»-Bit Parity Geowatoc Checker Description The HD74AC280/HD74ACT280 is * high-speed parity generator/checker that accept* nine bit« of input data and detect* whether an even or an odd number of these inputs is High. If an even number

Contextual Info: Semiconductor August 1995 54F/74F280 9-Bit Parity Generator/Checker General Description Features The ’F280 is a high-speed parity generator/checker that accepts nine bits of input data and detects whether an even or an odd number of these inputs is HIGH. If an even number

Contextual Info: National AlA Semiconductor 54F/74F280 9 -Bit Parity Generator/Checker General Description The 'F280 is a high-speed parity generator/checker that accepts nine bits of input data and detects whether an even or an odd number of these inputs is HIGH. If an even number

C-16

Abstract: D-19 DSP56100 GDB56 ansi a 137.1
Contextual Info: TABLE OF CONTENTS Paragraph Number Title Page Number Chapter 1 Introduction 1.1 1.2 1.3 1.4 Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Error Codes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

A108

Abstract: DSP56000 motorola SCR Designers Handbook Second Edition, 1970 MTT-31 DSP56000 BSC COMPUTER SCIENCE digital logic design Notes WYSE-60 ADS56000 ansi a 137.1 Jackson 408
Contextual Info: TABLE OF CONTENTS Paragraph Number Title Page Number Chapter 1 Introduction 1.1 1.2 1.3 1.4 Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Error Codes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

National Semiconductor Audio Handbook

Abstract: DSP96002 APPLICATIONS mac01 C-15 D-10 DSP96000 DSP96002 1978 Data catalog SIM96000 MOTOROLA c compiler 96002
Contextual Info: TABLE OF CONTENTS Paragraph Number Title Page Number Chapter 1 Introduction 1.1 1.2 1.3 1.4 Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Error Codes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Contextual Info: 280 National Semiconductor 54F/74F280 9-Bit Parity Generator/Checker General Description Features The ’F280 is a high-speed parity generator/checker that accepts nine bits of input data and detects w hether an even or an odd number of these inputs is HIGH. If an even number

AT28C16E

Abstract: CERAMIC LEADLESS CHIP CARRIER ATMEL part number code NUMBER NINE ATMEL part number cerdip z PACKAGE
Contextual Info: Ordering Explanation of Atmel’s Part Number Code All Atmel part numbers begin with the prefix “AT.” The next four to nine digits are the part number. In addition, Atmel parts can be ordered in particular speeds, in specific packages, for particular temperature ranges and with the option

AT28C16E

Abstract: ATMEL part number code SOIC EEPROM ATMEL part number AT28C16E25LM
Contextual Info: Ordering Explanation of Atmel’s Part Number Code All Atmel part numbers begin with the prefix “AT”. The next four to nine digits are the part number. In addition, Atmel parts can be ordered in particular speeds, in specific packages, for particular temperature ranges and with the option

Contextual Info: National Semiconductor 54F/74F280 9-Bit Parity Generator/Checker General Description Features The ’F280 is a high-speed parity generator/checker that ac­ cepts nine bits of input data and detects whether an even or an odd number of these inputs is HIGH. If an even number

74 LS 14 Logic DIAGRAM

Abstract: 751A-02
Contextual Info: MC54/74F280 9-BIT PARITY GENERATOR/ CHECKER The MC54/74F280 is a high-speed parity generator/checker that accepts nine bits of input data and detects whether an even or an odd number of these inputs is HIGH. If an even number of inputs is HIGH, the Sum Even output is

8 bit adder

Abstract: 8 bit adder and subtractor 2scomplement
Contextual Info: Carry and Overflow: A Short Primer Whenever two binary numbers are Signed Operations added or subtracted, the result may not fit into the same number of bits. For example, if two 8-bit positive numbers are added and they are both near the top of their number range, nine bits are needed to