DPS 350MB
Abstract: SM59R04A2
Text: DPTR 功能使用方法 Application Note DPTR 功能使用方法 1 2 適用產品：SM59R04A2/SM59R03A2/SM59R02A2 DPTR 使用概述： 2.1 本系列 MCU 提供兩組 16-bit 數據指針供客戶使用。 2.2 客戶於使用時僅需設定 DPS AUX[0] 位元，就可決定使用第一組數據指針或第二組數據指針。
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SM59R04A2/SM59R03A2/SM59R02A2
16-bit
ISSFA-0145
DPS 350MB
SM59R04A2
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DS5250
Abstract: AN605 DS80C310 DS80C390 DS80C400 DS89C430 DS89C450 Delta dps delta dps-1001ab-1
Text: Maxim > App Notes > Microcontrollers Keywords: high-speed microcontroller, dual data pointers, DPTR, DS5250, DS80C390, DS80C400, DS89C430, DS89C450, DPTR, sample code, MOVX operation, Dallas Semiconductor, microcontrollers Apr 03, 2002 APPLICATION NOTE 605
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DS5250,
DS80C390,
DS80C400,
DS89C430,
DS89C450,
DS89C430
DS80C400:
DS89C430:
DS5250
AN605
DS80C310
DS80C390
DS80C400
DS89C450
Delta dps
delta dps-1001ab-1
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8051 microcontroller free
Abstract: frequency counter using 8051 OPCODE SHEET FOR 8051 MICROCONTROLLER microcontroller 80512 8051 timer internal structure movx 8051 microcontroller opcode sheet free interrupt structure of 8051 APP604 DS89C430
Text: Maxim > App Notes > MICROCONTROLLERS Keywords: ultra high-speed microcontroller, DS89C430, DS89C450, 8051, dual data pointer, MOVX, timer/counter, DPTR, code example, Dallas Semiconductor, highspeed microcontrollers Mar 27, 2002 APPLICATION NOTE 604 Fast Memory Transfers with the Ultra High-Speed Flash Microcontroller
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DS89C430,
DS89C450,
DS89C430
DS89C450
com/an604
DS89C430:
DS89C450:
AN604,
APP604,
Appnote604,
8051 microcontroller free
frequency counter using 8051
OPCODE SHEET FOR 8051 MICROCONTROLLER
microcontroller 80512
8051 timer internal structure
movx
8051 microcontroller opcode sheet free
interrupt structure of 8051
APP604
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C082
Abstract: 80C51 80C52 80C54 80C58 83C51FA 83C51FB 83C51FC AN458 34H 811
Text: INTEGRATED CIRCUITS AN458 Dual data pointers for ’51 family Author: Peious Yoseph IC20 Data Handbook Philips Semiconductors 1996 Dec 18 Philips Semiconductors Application note Dual data pointers for ’51 family AN458 Author: Peious Yoseph INTRODUCTION In the course of redesign for manufacturing process upgrade, members of the ’51 family have been enhanced with
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AN458
C082
80C51
80C52
80C54
80C58
83C51FA
83C51FB
83C51FC
AN458
34H 811
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D083
Abstract: C082 80C51 80C52 80C54 80C58 83C51FA 83C51FB 83C51FC AN458
Text: INTEGRATED CIRCUITS AN458 Dual data pointers for ’51 family Author: Peious Yoseph IC20 Data Handbook Philips Semiconductors 1996 Dec 18 Philips Semiconductors Application note Dual data pointers for ’51 family AN458 Author: Peious Yoseph INTRODUCTION In the course of redesign for manufacturing process upgrade, members of the ’51 family have been enhanced with
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AN458
D083
C082
80C51
80C52
80C54
80C58
83C51FA
83C51FB
83C51FC
AN458
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AN707
Abstract: DS80C390 DS80C400
Text: Application Note 707 Using the DS80C400 to Maximize System Performance www.maxim-ic.com Overview Applications originally destined for 16-bit or 32-bit microprocessors are making their way into the 8-bit realm. With this move, new I/O capabilities are required, such as communicating using TCP/IP network
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DS80C400
16-bit
32-bit
AN707
AN707
DS80C390
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AN707
Abstract: APP707 DS80C390 DS80C400 32 bit carry select adder code
Text: Maxim > App Notes > MICROCONTROLLERS Keywords: embedded networking, TINI, ethernet microcontroller, embedded internet, DS80C400 Nov 13, 2002 APPLICATION NOTE 707 Using the DS80C400 to Maximize System Performance Abstract: Enhancements of the DS80C400 network microcontroller are described including embedded Ethernet networking
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DS80C400
DS80C400
16-bit
32-bit
com/an707
DS80C390:
DS80C400:
DSTINIm400:
DSTINIs400:
AN707
APP707
DS80C390
32 bit carry select adder code
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AN707
Abstract: DS80C390 DS80C400 8051 tcp ip
Text: Application Note 707 Using the DS80C400 to Maximize System Performance www.maxim-ic.com OVERVIEW Applications originally destined for 16-bit or 32-bit microprocessors are making their way into the 8-bit realm. With this move, new I/O capabilities are required, such as communicating using TCP/IP network
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DS80C400
16-bit
32-bit
AN707
DS80C390
8051 tcp ip
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AT89S8252 Primer
Abstract: AT25C040 atmeL AT89CX051 PIN DIAGRAM AT89-series spi programming clock at89s8252 AT25C04 AT89CX051 PIN DIAGRAM AT89S8252 AT25040 AT89Cx051
Text: AT89S8252 Primer Introduction The Atmel AT89S8252 microcontroller is a low-power, high-performance device featuring 8K bytes of Flash memory CMOS PEROM , 2K bytes of EEPROM, and a Serial Peripheral Interface (SPI). The Flash and EEPROM memories may be reprogrammed in-system via the SPI.
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AT89S8252
AT89series
AT89S8252 Primer
AT25C040
atmeL AT89CX051 PIN DIAGRAM
AT89-series spi
programming clock at89s8252
AT25C04
AT89CX051 PIN DIAGRAM
AT25040
AT89Cx051
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godfather
Abstract: the godfather AN706 r3b1
Text: Application Note 706 Writing a Device Driver for TINIOS www.maxim-ic.com INTRODUCTION The TINI platform1 JVM is powerful enough for very high- level tasks such as serving web pages or remote data logging. However, the Java language only provides limited low- level access necessary for
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AN706
godfather
the godfather
AN706
r3b1
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010B
Abstract: AN605 DS80C310 DS80C390 DS80C400 DS87C550 DS89C420 010C DPS DPTR DALLAS DS80C320
Text: Application Note 605 Data Pointer Decrement Feature Simplifies Copy Operation for Overlapping Memory Buffers www.maxim-ic.com OVERVIEW One of the essential operations of any microcontroller is the ability to store and retrieve data to/from memory. The MOVX operation provides one facility for doing this on the 8051 architecture.
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DS80C310
DS80C320/323
DS87C520/530
DS87C550
DS80C390
DS89C420
DS80C400
010B
AN605
DS80C310
DS80C390
DS80C400
DS87C550
DS89C420
010C
DPS DPTR
DALLAS DS80C320
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TINI400
Abstract: AN615 CRC-16 DS80C390 DS80C400 TINI400RT
Text: Application Note 615 Design Considerations for DS80C400-Based TINI Systems www.maxim-ic.com Introduction The TINI Tiny InterNet Interfaces runtime environment executes Java byte codes on the DS80C390 and DS80C400 microcontrollers. An overview and detailed documentation for the TINI runtime and the DS80C400
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DS80C400-Based
DS80C390
DS80C400
DS80C400
TINIm400-144.
880000h
512KB
400007h
AN615:
TINI400
AN615
CRC-16
TINI400RT
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boot loader DS80C390
Abstract: AN615 APP615 CRC-16 DS80C390 DS80C400 DSTINIM400 TINI400 TINI400RT TINI-400
Text: Maxim > App Notes > MICROCONTROLLERS Keywords: DS80C400, TINIm400, TINI, memory layout, crystal speed Apr 16, 2003 APPLICATION NOTE 615 Design Considerations for DS80C400-Based TINI Systems Abstract: This application note describes hardware requirements for the TINI runtime on custom DS80C400
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DS80C400,
TINIm400,
DS80C400-Based
DS80C400
TINIm400.
DS80C390
DS80C400
com/an615
DS80C400:
boot loader DS80C390
AN615
APP615
CRC-16
DSTINIM400
TINI400
TINI400RT
TINI-400
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AN615
Abstract: CRC-16 DS80C390 DS80C400 TINI400 TINI400RT DPS module DPS DPTR 400000-H 400000H
Text: Application Note 615 Design Considerations for DS80C400-Based TINI Systems www.maxim-ic.com Introduction The TINI Tiny InterNet Interfaces runtime environment executes Java byte codes on the DS80C390 and DS80C400 microcontrollers. An overview and detailed documentation for the TINI runtime and the DS80C400
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DS80C400-Based
DS80C390
DS80C400
DS80C400
TINIm400-144.
880000h
512KB
400007h
AN615:
AN615
CRC-16
TINI400
TINI400RT
DPS module
DPS DPTR
400000-H
400000H
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AT80C51
Abstract: atmel 80c51 difference between 8051 microcontroller and 80c51 80C51 AN610 DS80C320 DS80C323 TS80C51U2 VQFP44
Text: Maxim > App Notes > MICROCONTROLLERS Keywords: TS80C51, TS80C51U2, AT80C51, Atmel 80C51, DS80C320, DS80C323, alternative, high speed, microcontroller Feb 19, 2003 APPLICATION NOTE 610 Replacing an Atmel TS80C51U2 with a DS80C320/323 Microcontroller Abstract: The DS80C320/323 microcontroller is a higher performance alternative to the Atmel 80C51
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TS80C51,
TS80C51U2,
AT80C51,
80C51,
DS80C320,
DS80C323,
TS80C51U2
DS80C320/323
80C51
AT80C51
atmel 80c51
difference between 8051 microcontroller and 80c51
80C51
AN610
DS80C320
DS80C323
VQFP44
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ez-usb spi
Abstract: 25C320 25LC320 "EZ-USB"
Text: Software SPI Implementation on EZ-USB Introduction • spiwrite.a51—assembly routine to write one spi byte This document demonstrates how to implement software SPI Serial Peripheral Interface on EZ-USB. This demonstration uses the EZ-USB as the master, and transfers data to and
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a51--assembly
25LC320
ez-usb spi
25C320
"EZ-USB"
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DALLAS DS80C320
Abstract: Atmel TS80C51U2 AN610 DS80C320 TS80C51U2 VQFP44 XTAL 40MHZ
Text: Application Note 610 Replacing an Atmel TS80C51U2 with a DS80C320/323 www.maxim-ic.com INTRODUCTION Dallas Semiconductor developed an innovative family of 8051 microcontrollers running at 4 clocks-per-machine cycle instead of the original 12 clocks. While some of the instructions increased in machine cycles, the overall
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TS80C51U2
DS80C320/323
DS80C320
AN610:
TS80C51U2
DALLAS DS80C320
Atmel TS80C51U2
AN610
VQFP44
XTAL 40MHZ
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8051 timer internal structure
Abstract: OPCODE 8051 MICROCONTROLLER AN604 89C420 frequency counter using 8051 DS89C420
Text: Application Note 604 Fast Memory Transfers with the Ultra High-Speed Microcontroller www.maxim-ic.com Note to Reader: \ denotes an active-low signal. OVERVIEW Embedded system designers and programmers are always searching for clever ways to push performance
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89C420
8051 timer internal structure
OPCODE 8051 MICROCONTROLLER
AN604
frequency counter using 8051
DS89C420
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uart 8250
Abstract: TX485 uart 8051 protocol rs-485 CAT25C64 DS89C420 MAX3088 X-TAL OSC 16.0000 8250 uart rxd
Text: Application Note 600 DS89C420 Hardware Enhancements Increase Serial Port Flexibility and Performance www.maxim-ic.com OVERVIEW The DS89C420 marks Dallas’ first product offering in its Ultra High-Speed Microcontroller family. In contrast to the original 8051 architecture that required a minimum of 12 clocks per instruction cycle, the
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DS89C420
uart 8250
TX485
uart 8051 protocol rs-485
CAT25C64
MAX3088
X-TAL OSC 16.0000
8250 uart rxd
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uart 8250
Abstract: DS89C450 uart 8051 protocol rs-485 microcontrolle 8051 serial port 8250 CAT25C64 DS89C430 MAX3088 RS485 INTERFACE WITH 8051 of calculator microcontrolle
Text: Maxim > App Notes > Microcontrollers Keywords: Dallas Semiconductor, ultra high-speed microcontroller, DS89C430, DS89C450, clock multiplier, baud rate generator, serial port, baud rate calculator, reduced EMI, micorcontrollers Dec 26, 2001 APPLICATION NOTE 600
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DS89C430,
DS89C450,
DS89C430
DS89C450
com/an600
DS89C430:
DS89C450:
AN600,
APP600,
Appnote600,
uart 8250
uart 8051 protocol rs-485
microcontrolle 8051
serial port 8250
CAT25C64
MAX3088
RS485 INTERFACE WITH 8051
of calculator microcontrolle
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29LV320
Abstract: 39vf1681 29LV004 39l040 29LV033 29lv017 29lv400 29lv200 29w800 S29AL032D
Text: Maxim > App Notes > MICROCONTROLLERS Keywords: flash memory, ROM, TINI, DS80C400, DS80C410, DS80C411, flash, program, erase, app note 3478 Mar 14, 2005 APPLICATION NOTE 3478 DS80C400/410/411 Flash Memory Selection Abstract: The DS80C400/DS80C410/DS80C411 networked microcontrollers have specific electrical and timing
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DS80C400,
DS80C410,
DS80C411,
DS80C400/410/411
DS80C400/DS80C410/DS80C411
DS80C400/
DS80C410/DS80C411.
com/an3478
DS80C400:
DS80C410:
29LV320
39vf1681
29LV004
39l040
29LV033
29lv017
29lv400
29lv200
29w800
S29AL032D
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uart 8250
Abstract: uart 8051 protocol rs-485 X-TAL OSC 16.0000 0000H-03FFH 8051 7.3728 diagrams of 16450 UART
Text: Application Note 600 DS89C420 Hardware Enhancements Increase Serial Port Flexibility and Performance www.maxim-ic.com OVERVIEW The DS89C420 marks Dallas’ first product offering in its Ultra High-Speed Microcontroller family. In contrast to the original 8051 architecture that required a minimum of 12 clocks per instruction cycle, the
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DS89C420
uart 8250
uart 8051 protocol rs-485
X-TAL OSC 16.0000
0000H-03FFH
8051 7.3728
diagrams of 16450 UART
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DPS DPTR
Abstract: No abstract text available
Text: CHAPTER 8 80C521 Family Software Routines DUAL DATA POINTER ROUTINES The Dual Data Pointer feature enhances the manipula tion of external memory by providing an easy way to use two separate 16-bit pointers with external memory and to selectively switch between them. This can increase
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OCR Scan
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80C521
16-bit
DPS DPTR
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87C521
Abstract: 87C521-1 aos Manufacture Label F 80c32-1 80c321 amd 80c521 B7C521
Text: 87C521/87C541 CMOS Single-Chip Microcontrollers PRELIMINARY DISTINCTIVE CHARACTERISTICS Software and pin-compatible with 80C51, 80C521, and 80C541 Beneficial for prototyping and initial production All 80C521 and 80C541 features retained Flashrite EPROM programming
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87C521/87C541
80C51,
80C521,
80C541
80C521
32-Byte
87C521
87C541
87C521
87C521-1
aos Manufacture Label
F 80c32-1
80c321
amd 80c521
B7C521
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