25TCLCL Search Results

27C256

Abstract: 74F373 80C32 80C51 DS80C320 DS80C323
Contextual Info: DS80C320/DS80C323 DS80C320/DS80C323 High–Speed/Low–Power Micro FEATURES PIN ASSIGNMENT • 80C32–Compatible – – – – – 8051 Pin and instruction set compatible Four 8–bit I/O ports Three 16–bit timer/counters 256 bytes scratchpad RAM Addresses 64KB ROM and 64KB RAM

80C31 instruction set

Abstract: EXIF-91h
Contextual Info: DS80C320 DALLAS SEMICONDUCTOR FEA TU R ES • 80C32-Compatible - Pin-compatible Standard 8051 instruction set - F our8-bit I/O ports Three 16-bit timer/counters 256 bytes scratchpad RAM Multiplexed address/data bus Addresses 64K bytes ROM and 64K bytes RAM

PLCC-44 80C51

Contextual Info: D S80 C320/D S80 C323 DALLAS SEMICONDUCTOR FEATURES DS80C320/DS80C323 High-Speed/Low-Power Micro PIN ASSIGNMENT • 80 C3 2-Compatible - 8051 Pin and instruction set compatible - Four 8-b it I/O ports - Three 16-bit timer/counters - 256 bytes scratchpad RAM

Contextual Info: D S80 C320/D S80 C323 DALLAS SEMICONDUCTOR FEATURES DS80C320/DS80C323 High-Speed/Low-Power Micro PIN ASSIGNMENT • 80 C3 2 -C om patible - 8051 Pin and instruction set com patible - Four 8 -b it I/O ports - Three 1 6 -b it tim er/counters - 256 bytes scratchpad RAM

ds80c320

Abstract: 80c32
Contextual Info: DALLAS DS80C320 High-Speed Micro s e m ic o n d u c to r FEATURES PIN A S S IG N M E N T • 80C32-Compatible • "V -/ - Pin-compatible - Standard 8051 instruction set P1.2/RXD1 3 38 =1 vcc =1 ADO =1 AD1 - Four 8—bit I/O ports P1 3/TXD1 4 37 AD2 36 AD3

Contextual Info: D S 8 0C 3 2 0/D S 8 0C 3 2 3 DALLAS SEMICONDUCTOR FEATURES DS80C320/DS80C323 High-Speed/Low-Power Micro PIN ASSIGNM ENT • 80C 32-C om patible - 8051 Pin and instruction set com patible - Four 8 -b it I/O ports - Three 1 6 -b it tim er/counters - 256 bytes scratchpad RAM

Contextual Info: i 1 W DS80C320 PRELIM IN AR Y PALLAS DS80C320 High-Speed Micro SEMICONDUCTOR PIN ASSIGNMENT FEATURES • 80C32 Compatible P1.0/T2I P1.1/T2EX I P1.2/RXD1 I P1.3/TXD1 I P1.4/1NT2 I P1Ä1NT31 P1.6/INT4 f = P1.7/INT5 P = RST F = P3.WRXD0Í P3.1/TXD0I P3.2/1NT01

Contextual Info: DS87C520/DS33C520 PRELIMINARY DALLAS SEMICONDUCTOR DS87C520/DS83C520 EPROM/ROM High-Speed Micro FEATURES PACKAGE OUTLINE • 80C52 compatible - 8051 pin and instruction set compatible - Four 8-bit I/O ports - Three 16-bit timer/counters - 256 bytes scratchpad RAM

Contextual Info: DS87C530 PRELIM INARY DALLAS SEMICONDUCTOR DS87C530 EPROM Micro with Real Time Clock FEATURES PACKAGE OUTLINE • 80C52 Compatible - 8051 Instruction set - Four 8-bit I/O ports - Three 16-bit timer/counters - 256 bytes scratchpad RAM • Large On-chip Memory

Contextual Info: DS80C310 P R E L IM IN A R Y DALLAS SEMICONDUCTOR DS80C310 High-Speed Micro FEATURES PACKAGE OUTLINE • 80C32 Compatible - — p i.o m f= P1 1/T2EX f = P1.2 P1 3P= P1.4/INT2 P1.5/INT3f= P1.6/INT4f= P1.7/INT5f= RSTf= P3.0/RXD0 F= P3.1/TXD0 f = P3.2/INT0 f =

DPS DPTR

Abstract: DS80C320-QCG T SH 05.22 27C256 74F373 80C32 80C51 DS80C320 DS80C323 80C32 register
Contextual Info: DS80C320/DS80C323 DS80C320/DS80C323 High–Speed/Low–Power Micro FEATURES PIN ASSIGNMENT • 80C32–Compatible – – – – – 8051 Pin and instruction set compatible Four 8–bit I/O ports Three 16–bit timer/counters 256 bytes scratchpad RAM Addresses 64KB ROM and 64KB RAM

Contextual Info: DS80C32Q/DS80C323 DALLAS DS80C320/DS80C323 High-Speed/Low-Power Micro se m ic o n d u c to r FEATURES PIN ASSIGNMENT • 80C32-Compatible - 8051 Pin and instruction set compatible Four 8-bit I/O ports Three 16-bit timer/counters 256 bytes scratchpad RAM Addresses 64KB ROM and 64KB RAM

parallel communication between two 8051 using 825

Contextual Info: DS87C520 P R E L IM IN A R Y DALLAS SEMICONDUCTOR DS87C520 EPROM High-Speed Micro PACKAGE OUTLINE FEATURES • 80C52 compatible - 8051 pin and instruction set compatible - Four 8 -b it I/O ports - Three 16-bit timer/counters - 256 bytes scratchpad RAM • Large O n-chip Memory

DALLAS DS80C320

Abstract: DS80C320-QCG T movx 80C32 DS80 DS80C320 DS80C320-FCG DS80C320-FNG DS80C320-QCG QDG775S
Contextual Info: DS80C320 DALLAS SEMICONDUCTOR FEA TU R ES • 80C32-Compatible - Pin-compatible Standard 8051 instruction set - F our8-bit I/O ports Three 16-bit timer/counters 256 bytes scratchpad RAM Multiplexed address/data bus Addresses 64K bytes ROM and 64K bytes RAM

Contextual Info: DALLAS SEMICONDUCTOR FEATURES DS80C320/DS80C323 High-Speed/Low-Power Micro PIN ASSIGNM ENT • 80C 32-C om patible - 8051 Pin and instruction set com patible V J • 40 = i vcc P 1.1 /T 2E X F = 2 39 =1 ADO P 1.0/T 2 ^ - Four 8 -b it I/O ports P1.2/RXD1 3

Contextual Info: DALLAS SEMICONDUCTOR DS80C320 High-Speed Micro PIN ASSIGNMENT FEATURES • 80C32-Compatible - - Pin-compatible - Standard 8051 instruction set - Four 8-b it I/O ports - Three 16-bit timer/counters - 256 bytes scratchpad RAM - Multiplexed address/data bus

80C320

Abstract: DALLAS DS80C320 DS80C320-MCG SH 05.22 27C256 74F373 80C32 80C51 DS80C320 DS80C323
Contextual Info: DS80C320/DS80C323 DS80C320/DS80C323 High–Speed/Low–Power Micro FEATURES PIN ASSIGNMENT • 80C32–Compatible – – – – – 8051 Pin and instruction set compatible Four 8–bit I/O ports Three 16–bit timer/counters 256 bytes scratchpad RAM Addresses 64KB ROM and 64KB RAM

DS80C320

Abstract: SH 05.22 27C256 74F373 80C32 80C51 DS80C323
Contextual Info: DS80C320/DS80C323 DS80C320/DS80C323 High–Speed/Low–Power Micro FEATURES PIN ASSIGNMENT • 80C32–Compatible – – – – – 8051 Pin and instruction set compatible Four 8–bit I/O ports Three 16–bit timer/counters 256 bytes scratchpad RAM Addresses 64KB ROM and 64KB RAM

DD1752

Abstract: 5BL41 adr9 ks09 8051 128-PIN
Contextual Info: DS80CH10/DS82CH10/DS80CL10/DS82CL10 PRELIM INARY DS80CH10/DS82CH10 DS80CL10/DS82CL10 DALLAS Green Energy Manager s e m ic o n d u c to r PRODUCT SPECIFICATION V2.2 PRELIMINARY Copyright 1995 by Dallas Semiconductor Corporation. All Rights Reserved. For important information regarding

89004

Abstract: application notes signetics siemens diode DS1640 Siemens Digital Book CPU Zilog KDS 11,0592 oscillator Microcontroller-Based Clock Using DS1307 T-CON Schematic SONY sram book
Contextual Info: I Copyright 1995 by Dallas Semiconductor Corporation. All Rights Reserved. Dallas Semiconductor retains all ownership rights in the technology described herein. Trademarks and registered trademarks of Dallas Semiconductor include each of the following: