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    PanJit Group SXM345AV_R1_00001

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    PanJit Group SRM54AV_R1_00001

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    PanJit Semiconductor SXM345AV_R1_00001

    Schottky Diodes & Rectifiers 45V,Schottky,SMA,3A
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    NAC SXM345AV_R1_00001 Reel 8,920 1
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    PanJit Semiconductor SRM54AV_R1_00001

    Schottky Diodes & Rectifiers 45V,Schottky,SMB,5A
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    PanJit Semiconductor SRM54AV-R1-00001

    Schottky Diodes & Rectifiers SMB/SKY/SMD/SSMM-50AH
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    AVR10 Datasheets (2)

    Part ECAD Model Manufacturer Description Curated Type PDF
    AVR10 Andigilog DUAL 150MA LOW-NOISE LDO REGULATOR Original PDF
    AVR105 Atmel Power Efficient High Endurance Parameter Storage in Flash Memory, 8-bit AVR Microcontroller application note Original PDF

    AVR10 Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    AVR109 Self Programming Flash

    Abstract: AVR106 atmega128 flash programming code example lnkm128s AVR109
    Text: AVR106: C functions for reading and writing to Flash memory Features • C functions for accessing Flash memory - Byte read - Page read - Byte write - Page write • Optional recovery on power failure • Functions can be used with any device having Self programming Program memory


    Original     		PDF AVR106: 2575B-AVR-08/06 AVR109 Self Programming Flash AVR106 atmega128 flash programming code example lnkm128s AVR109

    "interfacing AVR serial memories"

    Abstract: AT25XXXX AT25F atmel at25 AVR10 AT25F4096 STK500 X101 X110 eeprom At25xxx
    Text: AVR107: Interfacing AVR serial memories Features • • • • • • • • Devices: AT25128A/256A, AT25F1024/2048/4096 Full Serial Memory Functions Support Memory Array Burst Read Page Burst Write Write Protection Detection On Going Access Detection


    Original     		PDF AVR107: AT25128A/256A, AT25F1024/2048/4096 595A-AVR-03/05 "interfacing AVR serial memories" AT25XXXX AT25F atmel at25 AVR10 AT25F4096 STK500 X101 X110 eeprom At25xxx

    avr200.asm

    Abstract: 2313DEF avr200b AVR* "add immediate" AT90S1200 AT90S2313 AT90S4414 AT90S8515 AVR100 AVR102
    Text: Application Notes Application Notes Overview The following Application files are a part of the Assembler/Simulator package: File Name 1200def.inc 2313def.inc 4414def.inc 8515def.inc pointers.mac imm16.mac AVR100.asm AVR102.asm AVR124.asm AVR200.asm Description


    Original     		PDF 1200def 2313def 4414def 8515def imm16 AVR100 AVR102 AVR124 AVR200 AT90S1200 avr200.asm avr200b AVR* "add immediate" AT90S2313 AT90S4414 AT90S8515

    atxmega128a1

    Abstract: XMEGA xmega a3* pdi AVR101 XMEGA Application Notes
    Text: AVR1010: Minimizing the power consumption of XMEGA devices Features • • • • • • • • Sleep modes Clock prescaling and source switching Power Reduction Registers RTC clock source State of digital I/O Watchdog Brown Out Detector JTAG interface


    Original     		PDF AVR1010: 8267B-AVR-11/09 atxmega128a1 XMEGA xmega a3* pdi AVR101 XMEGA Application Notes

    AVR1017

    Abstract: Designing Products with Atmel Capacitive ATMEL 322 xmega usb
    Text: Atmel AVR1017: XMEGA - USB Hardware Design Recommendations Features • USB 2.0 compliance - Signal integrity - Power consumption - Back driver voltage - Inrush current • EMC/EMI considerations • Layout considerations • Typical power scheme 8-bit Atmel


    Original     		PDF AVR1017: 388A-AVR-07/11 AVR1017 Designing Products with Atmel Capacitive ATMEL 322 xmega usb

    Atmel AVR1018: XMEGA B Schematic Checklist

    Abstract: Application Notes Xplain AVR1003 AVR1018 AVR atmel 16 kit schematic AVR1017 atmel 042 8414A AVR4100
    Text: Atmel AVR1018: XMEGA B Schematic Checklist Features • • • • • • Power supplies Reset circuit Clocks and crystal oscillators JTAG and PDI USB LCD 8-bit Atmel Microcontrollers Application Note 1 Introduction A good hardware design comes from a proper schematic. Since Atmel AVR®


    Original     		PDF AVR1018: 414A-AVR-07/11 Atmel AVR1018: XMEGA B Schematic Checklist Application Notes Xplain AVR1003 AVR1018 AVR atmel 16 kit schematic AVR1017 atmel 042 8414A AVR4100

    AT90S8515

    Abstract: AVR102
    Text: AVR102: Block Copy Routines Features • Program Memory Flash to SRAM Copy Routine • SRAM to SRAM Copy Routine • Extremely Code Efficient Routines Flash → SRAM: 6 Words, SRAM → SRAM: 5 Words • Runable Test/Example Program Introduction 8-bit Microcontroller


    Original     		PDF AVR102: 0933B AT90S8515 AVR102

    AVR100

    Abstract: AT90S1200 avr studio 5
    Text: AVR100: Accessing the AT90S1200 EEPROM Features Random Write Subroutine “EEWrite” • Random Read/Write • Sequential Read/Write • Runable Test/Example Program Two register variables must be set up prior to calling this routine: • EEdwr - Data to be written


    Original     		PDF AVR100: AT90S1200 AVR100 AVR100 avr studio 5

    AVR1012: XMEGA A Schematic Checklist

    Abstract: AVR1012 AVR atmel 16 kit schematic ATAVRXPLAIN AVR1003 8278B-AVR lpc interface sram PDI 408 xmega a3* pdi Atmel 514
    Text: AVR1012: XMEGA A Schematic Checklist Features • • • • • • Power Supplies Backup battery for XMEGA A3B Reset circuit Clocks and crystal oscillators External bus interface JTAG and PDI 8-bit Microcontrollers Application Note 1 Introduction A good hardware design comes from a proper schematic. Since AVR XMEGA A


    Original     		PDF AVR1012: 8278B-AVR-03/10 AVR1012: XMEGA A Schematic Checklist AVR1012 AVR atmel 16 kit schematic ATAVRXPLAIN AVR1003 8278B-AVR lpc interface sram PDI 408 xmega a3* pdi Atmel 514

    atxmega

    Abstract: AVR1008 XMEGA A Device atxmega B manual ATXMEGA256A3 atmel 522
    Text: AVR1008: Writing EEPROM and Flash in XMEGA A3/D3/256A3B Revision B Features 8-bit Microcontrollers • EEPROM Programming • FLASH Programming 1 Introduction Application Note This document describes a workaround for the errata “Writing EEPROM or Flash while reading any of them will not work’’ that is present on revision B of


    Original     		PDF AVR1008: A3/D3/256A3B ATxmega256A3B. 8241B-AVR-04/10 atxmega AVR1008 XMEGA A Device atxmega B manual ATXMEGA256A3 atmel 522

    AVR1005: Getting started with XMEGA

    Abstract: Application Notes xmega 128 xmega 128 A1 xmega 16 A4 XMEGA Application Notes xmega 128 a3 AVR1005 AVR1302 xmega a3* pdi
    Text: AVR1005: Getting started with XMEGA Features • • • • • XMEGA vs. megaAVR XMEGA feature and peripherals Tool-chain - programming and debugging In-system Programming Hardware design considerations 1 Introduction 8-bit Microcontrollers Application Note


    Original     		PDF AVR1005: 8169B-AVR-11/09 AVR1005: Getting started with XMEGA Application Notes xmega 128 xmega 128 A1 xmega 16 A4 XMEGA Application Notes xmega 128 a3 AVR1005 AVR1302 xmega a3* pdi

    7404 TTL CMOS

    Abstract: 100HZ
    Text: aVR10 DUAL 150MA LOW-NOISE LDO REGULATOR 2/00 PRODUCT BRIEF Product Description Pin Configuration The aVR10 is a dual-output ultralow-noise voltage regulator designed for handheld, battery-powered devices. Its extremely low dropout voltage 80mV typical with 150mA


    Original     		PDF aVR10 150MA aVR10 150mA 150mA. 7404 TTL CMOS 100HZ

    Untitled

    Abstract: No abstract text available
    Text: APPLICATION NOTE Atmel AVR10003: ATmega256RFR2 Evaluation Kit – Quick Start Guide 8-bit Atmel Microcontrollers Features This application note briefly describes how to set up and run the pre-flashed performance test application included with the Atmel ATmega256RFR2.


    Original     		PDF AVR10003: ATmega256RFR2 ATmega256RFR2. RCB256RFR2 RS232 2033Aâ

    AVRProg

    Abstract: No abstract text available
    Text: AVR109: Self-programming Features • AVR109 Code Fits in All AVR Microcontrollers with Boot Block • Read and Write Both Flash and EEPROM Memories • Uses the AVRProg Protocol • Read and Write Lock Bits Introduction This application note describes how an


    Original     		PDF AVR109: AVR109 03/00/xM AVRProg

    AVR1000: Getting Started Writing C-code for XMEGA

    Abstract: AVR1000 AVR1306 xmega 12AVR1000 DIV1024 USART code examples EWAVR
    Text: AVR1000: Getting Started Writing C-code for XMEGA Features • Naming conventions - Register names - Bit names • C-code names - Bit and group masks - Group configuration masks • Methods for accessing registers • Methods for writing reusable module functions


    Original     		PDF AVR1000: 075A-AVR-02/08 AVR1000: Getting Started Writing C-code for XMEGA AVR1000 AVR1306 xmega 12AVR1000 DIV1024 USART code examples EWAVR

    AVR109

    Abstract: rww resistor AVR035 avrprog.exe
    Text: AVR109: Self-programming Features • • • • AVR109 Code Fits in All AVR Microcontrollers with Boot Block Read and Write Both Flash and EEPROM Memories Uses the AVRProg Protocol Read and Write Lock Bits 8-bit RISC Microcontroller Introduction This application note describes how an AVR with the Store Program Memory SPM


    Original     		PDF AVR109: AVR109 1644D rww resistor AVR035 avrprog.exe

    atmega128 flash programming code example

    Abstract: AVR106 AVR109 Self Programming Flash AVR109 lnkm128s
    Text: AVR106: C functions for reading and writing to Flash memory Features • C functions for accessing Flash memory - Byte read - Page read - Byte write - Page write • Optional recovery on power failure • Functions can be used with any device having Self programming Program memory


    Original     		PDF AVR106: 575A-AVR-08/04 atmega128 flash programming code example AVR106 AVR109 Self Programming Flash AVR109 lnkm128s

    AVR109

    Abstract: AVR911 AVR109 Self Programming Flash AVRPROG 1644G
    Text: AVR109: Self Programming Features • • • • • • • C-code sample application for Self Programming Read and Write Both Flash and EEPROM Memories Read and Write Lock Bits Read Fuse Bits Designed to work with AVR911 Open Source Programmer Compatible with AVRProg


    Original     		PDF AVR109: AVR911 AVR911. 1644G AVR109 AVR109 Self Programming Flash AVRPROG

    64A3U

    Abstract: ATXMEGA128A3U 64A3 Atmel AVR ATxmega256A3 atxmega256a3u ATXMEGA256A3 xmega usb xmega ADC XMEGA AU USB CRC16
    Text: Atmel AVR1020: Migration from ATxmega256A3/192A3/128A3/64A3 to ATxmega256A3U/192A3U/128A3U/64A3U Features • • • • • • • Enhancement and added functions Memories System clock and clock options Reset sources I/O ports DAC – digital to analog converter


    Original     		PDF AVR1020: ATxmega256A3/192A3/128A3/64A3 ATxmega256A3U/192A3U/128A3U/64A3U ATxmega256A3/192A3/128A3/64A3 ATxmega256A3U/192A3U/128A3U/64A3U. ATxmega256A3/192A3/128A3/64A3OR 416A-AVR-07/11 64A3U ATXMEGA128A3U 64A3 Atmel AVR ATxmega256A3 atxmega256a3u ATXMEGA256A3 xmega usb xmega ADC XMEGA AU USB CRC16

    atmel max touch

    Abstract: atmel touch toggle AVR101 220R AT90USB1287 AVR1016 AVR32 avr spi XMEGA A Device display Qmatrix
    Text: AVR1016: AVR Training QTouch Xplained Prerequisites • Knowledge level: Intermediate • PC Platform: Windows 2000, XP, Vista • Hardware requirements: - JTAG ICE mkII - Xplain Kit ® ® - Atmel QTouch Xplained board • Software requirements: ® ® - Atmel AVR Studio 4 latest version


    Original     		PDF AVR1016: AVR1016 304A-AVR-04/10 atmel max touch atmel touch toggle AVR101 220R AT90USB1287 AVR1016 AVR32 avr spi XMEGA A Device display Qmatrix

    AVR101

    Abstract: ATmega16 flow chart
    Text: AVR101: High Endurance EEPROM Storage Features • Circular Buffer in EEPROM • RESET Protection of EEPROM Buffer • Increased Endurance of EEPROM Storage Introduction Having a system that regularly writes parameters to the EEPROM can wear out the EEPROM, since it is only guaranteed to endure 100 k erase/write cycles. Writing the


    Original     		PDF AVR101: AVR101 ATmega16 flow chart

    90S2323

    Abstract: 90S4414 AVR100 EEPROM 90S1200 atmel 8515 90S2313 AT90S1200 AT90S8515 eeprom with temp
    Text: AVR100: Accessing the EEPROM Features • Random Read/Write • Sequential Read/Write • Runable Test/Example Program Introduction This application note contains routines for access of the EEPROM memory in the AVR Microcontroller. Two types of Read/Write access has been implemented:


    Original     		PDF AVR100: 0932B 12/98/xM 90S2323 90S4414 AVR100 EEPROM 90S1200 atmel 8515 90S2313 AT90S1200 AT90S8515 eeprom with temp

    AVR108

    Abstract: AT90S8515
    Text: AVR108: Setup and Use of the LPM instruction Features Use of the LPM • Use of the LPM Load Program Memory The LPM instruction is included in the AVR instruction set to load a data byte from the FLASH program memory into the register file. The flash program memory of the AVR


    Original     		PDF AVR108: 08/99/xM AVR108 AT90S8515

    AVR109

    Abstract: AVRPROG AVRB161 cstartup.s90 AVR109 Self Programming Flash AVR035 avr programming in c atmel 504 eeprom AVR0
    Text: AVR109: Self-programming Features • AVR109 Code Fits in All AVR Microcontrollers with Boot Block • Read and Write Both Flash and EEPROM Memories • Uses the AVRProg Protocol • Read and Write Lock Bits Introduction This application note describes how an


    Original     		PDF AVR109: AVR109 1644B 03/01/xM AVRPROG AVRB161 cstartup.s90 AVR109 Self Programming Flash AVR035 avr programming in c atmel 504 eeprom AVR0