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    80C51 MCUS Search Results

    80C51 MCUS Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    P80C51FA-4N Rochester Electronics LLC P80C51 - 80C51, MCS 51, 8-bit microcontroller, ROMLess Visit Rochester Electronics LLC Buy
    P80C51FA-4A Rochester Electronics LLC P80C51 - 80C51, MCS 51, 8-bit microcontroller, ROMLess Visit Rochester Electronics LLC Buy
    P80C32X2BBD,157 Rochester Electronics P80C32 - 80C51 8-bit microcontroller Visit Rochester Electronics Buy
    P89LPC938FDH-ROCA Rochester Electronics P89LPC938 - 80C51, 8-Bit Microcontroller Visit Rochester Electronics Buy
    P87LPC761BDH Rochester Electronics LLC P87LPC761 - 80C51, 8-Bit Microcontroller Visit Rochester Electronics LLC Buy

    80C51 MCUS Datasheets (2)

    Part ECAD Model Manufacturer Description Curated Datasheet Type PDF
    80C51 MCUs Atmel T89C51RB2 T89C51RC2 Rev. A Errata Sheet Original PDF
    80C51 MCUs Atmel T89C51CC01 Errata Sheet Original PDF

    80C51 MCUS Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    LPC9151

    Abstract: LPC9161 80C51 MCUs 80C51 LPC9171 SSOP14 SSOP16
    Text: NXP 80C51-based MCUs LPC91x1 14/16-pin, 8-bit MCUs with enhanced RC oscillator These high-performance MCUs use an accelerated 80C51 CPU to enhance performance. They offer high integration and are available in small, 14/16-pin packages. Key features } Accelerated 80C51 CPU


    Original     		PDF 80C51-based LPC91x1 14/16-pin, 80C51 14/16-pin 256-Byte 16-bit P89LPC9161) TSSOP14, LPC9151 LPC9161 80C51 MCUs LPC9171 SSOP14 SSOP16

    87C51RD2

    Abstract: atmel 87c52 87C51RC2 8048 microcontroller APPLICATION T89C51RD2 Instruction set 8048 microcontroller intel 8048 87C51RB2 atmel 80c51 microcontrollers hardware manual TS80C52X2
    Text: Introduction This document addresses common technical questions related to 80C51 microcontrollers from Atmel Wireless & Microcontrollers. Comments and questions can be directed to micro@atmel-wm.com. 80C51 MCUs FAQ1 Affected products TS80C54X2, TS87C54X2, TS80C58X2, TS87C58X2


    Original     		PDF 80C51 TS80C54X2, TS87C54X2, TS80C58X2, TS87C58X2 TS8xC58X2 87C51RD2 atmel 87c52 87C51RC2 8048 microcontroller APPLICATION T89C51RD2 Instruction set 8048 microcontroller intel 8048 87C51RB2 atmel 80c51 microcontrollers hardware manual TS80C52X2

    P89V51RD2 microcontroller

    Abstract: p89v51rd2 development board p89v51rd2 circuit diagram LQFP-44 LQFP44 P89V51RD2 p89v51rd2 pin diagram 80C51-based NXP "flash microcontroller" 80C51 P89V51RD2 datasheet
    Text: NXP 3- and 5-V 80C51-based Flash microcontrollers P89 L V51Rx2 Accelerated 8-bit MCUs for 3- and 5-V applications Designed for power-sensitive, low-cost applications, these accelerated microcontrollers deliver performance twice that of standard 80C51-based MCUs


    Original     		PDF 80C51-based V51Rx2 80C51 16-bit PLCC44, LQFP44, P89V51RB2 P89V51RD2 microcontroller p89v51rd2 development board p89v51rd2 circuit diagram LQFP-44 LQFP44 P89V51RD2 p89v51rd2 pin diagram NXP "flash microcontroller" 80C51 P89V51RD2 datasheet

    80C51-based

    Abstract: NXP 80C51-based MCUs LPC9402 P89LPC9401 LPC9402 80C51 LQFP64
    Text: NXP 80C51-based MCUs LPC9402 Accelerated 8-bit MCU with universal LCD driver Equipped with a universal LCD driver, this accelerated microcontroller delivers performance six times that of standard 80C51-based MCUs, and makes it easy to integrate advanced technology into everyday applications.


    Original     		PDF 80C51-based LPC9402 80C51 256-Byte 16-bit LQFP64 NXP 80C51-based MCUs LPC9402 P89LPC9401 LPC9402 LQFP64

    LPC915

    Abstract: LPC916 LPC917 16028 80C51 LPC912 14-One
    Text: NXP 80C51-based microcontrollers LPC91x Accelerated 8-bit Flash MCUs for high performance and low power These accelerated microcontrollers, available in 14- and 16-pin TSSOP packages, deliver performance six times that of standard 80C51-based MCUs. They are ideal of use in applications


    Original     		PDF 80C51-based LPC91x 16-pin 80C51-based 80C51 16-bit TSSOP16 LPC916 LPC915 LPC916 LPC917 16028 LPC912 14-One

    LPC769

    Abstract: LPC768 LPC700 80C51 LPC778 LPC779 FDIP20 P87LPC769 80C51 Development Board LPC767
    Text: NXP 80C51-based microcontrollers LPC7xx Accelerated 8-bit MCUs in 14, 16 and 20-pin packages offer high integration Operating at twice the rate of standard 80C51 devices, these microcontrollers are ideal for use in systems that require low voltage, high integration, and low cost. They deliver high performance,


    Original     		PDF 80C51-based 20-pin 80C51 LPC767/768/769 LPC778/779 LPC769 LPC779 TSSOP20, DIP20, LPC768 LPC700 LPC778 FDIP20 P87LPC769 80C51 Development Board LPC767

    brownout

    Abstract: 80C51 LPC900 TSSOP28
    Text: NXP 80C51-based MCUs LPC93x1 28-pin, 8-bit MCUs with enhanced RC oscillator and temp sensor Building on the success of the LPC900 family, these high-performance MCUs use an accelerated 80C51 CPU to enhance performance. They offer high integration and are available in small, 28-pin packages.


    Original     		PDF 80C51-based LPC93x1 28-pin, LPC900 80C51 28-pin 256-Byte 16-bit LPC9331/9341) brownout TSSOP28

    rc oscillator

    Abstract: 80C51 DIP20 LPC900 80C51-based LPC97x
    Text: NXP 80C51-based MCUs LPC97x 20-pin, 8-bit MCUs with wide-range power supply and enhanced RC oscillator Building on the success of the LPC900 family, these high-performance MCUs use an accelerated 80C51 CPU to enhance performance. They offer high integration and are available in small,


    Original     		PDF 80C51-based LPC97x 20-pin, LPC900 80C51 20-pin 16-bit confOP20 TSSOP20, rc oscillator DIP20 LPC97x

    LPC983

    Abstract: LPC98x brownout 80C51 LPC900 LPC985 PLCC28 TSSOP28 p89lpc985
    Text: NXP 80C51-based MCUs LPC98x 28-pin, 8-bit MCUs with wide-range power supply and enhanced RC oscillator Building on the success of the LPC900 family, these high-performance MCUs use an accelerated 80C51 CPU to enhance performance. They offer high integration and are available in small, 28-pin


    Original     		PDF 80C51-based LPC98x 28-pin, LPC900 80C51 28-pin LPC982/985, LPC983/980) 16-bit LPC983 LPC98x brownout LPC985 PLCC28 TSSOP28 p89lpc985

    80C51-BASED

    Abstract: 80C51 DIP20 LPC900 P89LPC9241 DAC 8bit I2C 20pin lpc9241
    Text: NXP 80C51-based MCUs LPC92x1 20-pin, 8-bit MCUs with enhanced RC oscillator and temp sensor Building on the success of the LPC900 family, these high-performance MCUs use an accelerated 80C51 CPU to enhance performance. They offer high integration and are available in small, 20-pin packages.


    Original     		PDF 80C51-based LPC92x1 20-pin, LPC900 80C51 20-pin 256-Byte 16-bit LPC9241/9251) DIP20 P89LPC9241 DAC 8bit I2C 20pin lpc9241

    LPC9361

    Abstract: Programmable Gain Amplifiers LPC936 80C51 P89LPC936 P89LPC9361 TSSOP28 "Programmable Gain Amplifiers"
    Text: NXP 80C51-based MCU LPC9361 28-pin, 8-bit MCU with programmable gain amplifier and temp sensor This high-performance MCU use an accelerated 80C51 CPU to enhance performance. They offer high integration and are available in small, 28-pin packages. Key features


    Original     		PDF 80C51-based LPC9361 28-pin, 80C51 28-pin 768-byte 512-byte 16-bit TSSOP28 LPC9361 Programmable Gain Amplifiers LPC936 P89LPC936 P89LPC9361 TSSOP28 "Programmable Gain Amplifiers"

    PSDSoft

    Abstract: boot loader st file PSDPRO
    Text: AN1178 APPLICATION NOTE 80C51 / M88 FLASH+PSD Design Guide The M88x3Fxx devices are members of ST’s M88 FLASH+PSD family of flash-based peripherals for use with embedded microcontrollers MCUs . These Programmable System Devices (PSDs) consist of memory, logic, and I/O. When coupled with a low-cost 80C51 MCU, the PSD forms a complete embedded


    Original     		PDF AN1178 80C51 M88x3Fxx 80C51-based PSDSoft boot loader st file PSDPRO

    AN1171 PSD

    Abstract: AN1178 HC000 an1171 AN117 80C51 AN440 80C51XA AN-1153 AN1153
    Text: AN1178 APPLICATION NOTE 80C51 / M88 FLASH+PSD Design Guide The M88x3Fxx devices are members of ST’s M88 FLASH+PSD family of flash-based peripherals for use with embedded microcontrollers MCUs . These Programmable System Devices (PSDs) consist of memory, logic, and I/O. When coupled with a low-cost 80C51 MCU, the PSD forms a complete embedded


    Original     		PDF AN1178 80C51 M88x3Fxx 80C51-based AN1171 PSD AN1178 HC000 an1171 AN117 AN440 80C51XA AN-1153 AN1153

    cpu crystal oscillator module ttl

    Abstract: 80C51 LQFP48 PLCC52 T80C5112
    Text: T80C5112 8-bit Microcontroller with A/D converter 1. Description The T80C5112 is a high performance ROM/OTP version of the 80C51 8-bit microcontroller. The T80C5112 retains all the features of the standard 80C51 with 8 Kbytes ROM/OTP program memory, 256 bytes of internal RAM, a 8-source , 4-level interrupt


    Original     		PDF T80C5112 T80C5112 80C51 10-bit, 66MHz PLCC52, cpu crystal oscillator module ttl LQFP48 PLCC52

    MAX1370

    Abstract: 80C51 LQFP48 PLCC52 T80C5112 83C5112 87C51-12 atmel dac 8051 assembly code
    Text: T80C5112 8-bit Microcontroller with A/D converter 1. Description The T80C5112 is a high performance ROM/OTP version of the 80C51 8-bit microcontroller. The T80C5112 retains all the features of the standard 80C51 with 8 Kbytes ROM/OTP program memory, 256 bytes of internal RAM, a 8-source , 4-level interrupt


    Original     		PDF T80C5112 T80C5112 80C51 10-bit, 66MHz PLCC52, MAX1370 LQFP48 PLCC52 83C5112 87C51-12 atmel dac 8051 assembly code

    80C51

    Abstract: DIP-40 PLCC-44 QFP-44 VRS51C550 816KB
    Text: VRS51x550/560 Product Tech Brief Rev 1.5 Versa 8051 MCUs with 8/16KB Flash General Description _ Features _ The VRS51x550 and VRS51x560 are low-cost 8-bit microcontrollers based on the standard 80C51 microcontroller architecture. They are pin compatible


    Original     		PDF VRS51x550/560 8/16KB VRS51x550 VRS51x560 80C51 VRS51L550) VRS51C550) VRS516 80C51 DIP-40 PLCC-44 QFP-44 VRS51C550 816KB

    LPC938

    Abstract: 80C51 LPC932 LPC933 LPC935 PLCC28 TSSOP28 LPC93X HVQFN28
    Text: NXP 80C51-based microcontrollers LPC93x Accelerated 8-bit MCUs in 28-pin Headline packages for high performance Designed for highly integrated, low-cost applications requiring advanced peripherals in 28-pin packages, these accelerated microcontrollers deliver performance six times that of standard


    Original     		PDF 80C51-based LPC93x 28-pin 80C51-based 80C51 LPC932/935/936/938) 16-bit TSSOP28 HVQFN28 LPC938 LPC932 LPC933 LPC935 PLCC28 TSSOP28 LPC93X HVQFN28

    81F64842B

    Abstract: 80C51 T89C51RB2 T89C51RC2
    Text: This errata sheet describes the functional deviations known at the release date of this document. Errata History Lot Number All Trouble list T01, T02, T03, T04, T05, T06, T07, T08, T09, T10, T11, T12, T13 Status Not Fixed 80C51 MCUs Trouble descriptions T01


    Original     		PDF 80C51 81F64842B T89C51RB2 T89C51RC2

    P2M02

    Abstract: No abstract text available
    Text: PRELIMINARY MPC82G516A 8-bit micro-controller Features ! Enhanced 80C51 Central Processing Unit ! Operating voltage range: 2.4V ~ 5.5V or 1.9V ~ 3.6V on-application determined ! On-chip Low-Dropout 3V Regulator output ! Operating frequency range: DC - 12MHz


    Original     		PDF MPC82G516A 80C51 12MHz 16-bit MPC82G516A 40-pin MPC82G516AE) 44-pin MPC82G516AP) P2M02

    81F64842B

    Abstract: transistor t05 80C51 T89C51RD2
    Text: This errata sheet describes the functional deviations known at the release date of this document. Errata History Bootloader Version Trouble list Status 2.1 T01, T02, T03, T04, T05, T07, TO8 Not Fixed 2.4 T04, T06, T07, T08 Not Fixed 80C51 MCUs Trouble descriptions


    Original     		PDF 80C51 16-byte 81F64842B transistor t05 T89C51RD2

    12MHz XTAL

    Abstract: loadable counter with timing diagram T4 560 B 8051s 1 bit shift register by using D flip-flop 2 pin crystal oscillator 20mhZ program protection mode of 8051 8051 reset circuit baud rate generator integer division of an 4 bit input data by 2-bit
    Text: VRS51x550/560 Datasheet Rev 1.4 Versa 8051 MCUs with 8/16KB Flash Overview Feature Set The VRS51x550 and VRS51x560 are low-cost 8-bit microcontrollers based on the standard 80C51 microcontroller architecture. They are pin compatible drop-in replacements for the 8051


    Original     		PDF VRS51x550/560 8/16KB VRS51x550 VRS51x560 80C51 8KB/16KB, 16-bit VRS51L550) 12MHz XTAL loadable counter with timing diagram T4 560 B 8051s 1 bit shift register by using D flip-flop 2 pin crystal oscillator 20mhZ program protection mode of 8051 8051 reset circuit baud rate generator integer division of an 4 bit input data by 2-bit

    8051s

    Abstract: 80C51 DIP-40 PLCC-44 QFP-44 VRS51X540
    Text: VRS51x540 Datasheet Rev 1.2 Versa 8051 MCU with 4KB Flash Overview Feature Set The VRS51x540 is a low cost 8-bit microcontroller based on the standard 80C51 microcontroller family architecture. It is pin compatible and is a drop-in replacement for standard 8051 MCUs


    Original     		PDF VRS51x540 VRS51x540 80C51 16-bit VRS51C540) VRS51L540) PLCC-44, QFP-44 8051s DIP-40 PLCC-44

    LPC910x

    Abstract: LPC9107 LPC9103 LPC9102 80C51 P89LPC9102 P89LPC9103 P89LPC9107 memory 1 KB
    Text: P89LPC910x family Tiny 8-bit MCUs with 2-cycle instructions, 1 KB Flash/EEPROM, and optional UART Measuring only 3 x 3 mm2, these tiny microcontrollers deliver performance six times that of standard 80C51-based MCUs. System-level functions reduce component count, board space,


    Original     		PDF P89LPC910x 80C51-based 10-pin 80C51 LPC910x LPC9107 LPC9103 LPC9102 P89LPC9102 P89LPC9103 P89LPC9107 memory 1 KB

    8051s

    Abstract: data sheet 80C51 block diagram DIP40 package 2 pin crystal oscillator 20mhZ PLCC-44 8051 qfp-44 THx 208 80C51 DIP-40 PLCC-44
    Text: VRS51x540 Datasheet Rev 1.3 Versa 8051 MCU with 4KB Flash Overview Feature Set The VRS51x540 is a low cost 8-bit microcontroller based on the standard 80C51 microcontroller family architecture. It is pin compatible and is a drop-in replacement for standard 8051 MCUs


    Original     		PDF VRS51x540 VRS51x540 80C51 16-bit VRS51C540) VRS51L540) PLCC-44, QFP-44 8051s data sheet 80C51 block diagram DIP40 package 2 pin crystal oscillator 20mhZ PLCC-44 8051 THx 208 DIP-40 PLCC-44