USB READ WRITE Search Results

AT89C5131A

Abstract: T89C51CC01
Contextual Info: Features • Protocol – USB Used as Physical Layer – Device Firmware Upgrade Class Compliant – USB Clock Auto-Configuration • In-System Programming – Read/Write Flash and EEPROM Memories – Read Device ID – Full-chip Erase – Read/Write Configuration Bytes

AT89C5131A

Abstract: T89C51CC01
Contextual Info: Features • Protocol – USB Used as Physical Layer – Device Firmware Upgrade Class Compliant – USB Clock Auto-Configuration • In-System Programming – Read/Write Flash and EEPROM Memories – Read Device ID – Full-chip Erase – Read/Write Configuration Bytes

AT89C5131A

Abstract: T89C51CC01
Contextual Info: Features • Protocol – USB Used as Physical Layer – Device Firmware Upgrade Class Compliant – USB Clock Auto-Configuration • In-System Programming – Read/Write Flash and EEPROM Memories – Read Device ID – Full-chip Erase – Read/Write Configuration Bytes

ATMEL 622

Abstract: ATMEL 712 ATMEL 612 atxmega128a1u AVR1916 xmega usb ATXMEGA256C3 usb atmel Atmel AVR XMEGA A Manual ATXMEGA64B3
Contextual Info: APPLICATION NOTE TITLE Atmel AVR1916: USB DFU Boot Loader for XMEGA 8-bit Atmel Microcontroller Features • • • • • • In-system programming USB DFU Atmel protocol Read/write flash and EEPROM on-chip memories Read device ID Full chip erase Start application command

Contextual Info: Features • USB Protocol – Based on the USB DFU class – Autobaud 8/16 MHz crystal • In-System Programming – Read/Write Flash and EEPROM on-chip memories – Read Device ID – Full chip Erase – Start application command • In-Application Programming

What is SPM and LPM

Abstract: AT90USB162 0x03EB AT90USB1286 ATMEGA16U4 usb printer to at90usb1287 AT90USB1287 AT90USB646 AT90USB647 AT90USB82
Contextual Info: Features • USB Protocol – Based on the USB DFU class – Autobaud 8/16 MHz crystal • In-System Programming – Read/Write Flash and EEPROM on-chip memories – Read Device ID – Full chip Erase – Start application command • In-Application Programming

ATxmega128a3u

Abstract: ATXMEGA64A3U ATMEL 712 AVR1916 atmel 711 xmega usb ATxmega256A3U ATXMEGA64B3 atxmega16a4u ATMEL PROTOCOL
Contextual Info: Atmel AVR1916: USB DFU Boot Loader for XMEGA Features 8-bit Atmel Microcontrollers • • • • • • Application Note In-system programming USB DFU Atmel protocol Read/write flash and EEPROM on-chip memories Read device ID Full chip erase Start application command

AT90USB bootloader

Abstract: What is SPM and LPM AT90USB
Contextual Info: Features • USB Protocol – Based on the USB DFU class – Autobaud AT90USBxxx 2, 4, 6, 8, 10, 12, 16 MHz crystal • In-System Programming – Read/Write Flash and EEPROM on-chip memories – Read Device ID – Full chip Erase – Start application command

USB2649

Abstract: usb flash drive controller circuit diagram "hub combo" 48-PIN GPIO14
Contextual Info: USB2649 Ultra Fast USB 2.0 Multi-Format Flash Media Controller/USB Hub Combo Datasheet PRODUCT FEATURES General Description Features The SMSC USB2649 is a USB 2.0 compliant, Hi-Speed hub for USB port expansion with an attached mass storage class peripheral controller. The controller allows read/write capability

c flash drivers for the at89c5132

Abstract: 0x03EB AT89C5132 4256A-USB-06 4256A
Contextual Info: Features • Protocol – USB Used as a Physical Layer – Device Firmware Upgrade Class Compliant – Auto-Frequency Detection • In-System Programming – Read/Write Flash Memory – Read Device ID – Full-chip Erase – Read/Write Configuration Bytes

Contextual Info: Features • Protocol – USB Used as a Physical Layer – Device Firmware Upgrade Class Compliant – Auto-Frequency Detection • In-System Programming – Read/Write Flash Memory – Read Device ID – Full-chip Erase – Read/Write Configuration Bytes

AT89C51SND1

Contextual Info: Features • Protocol – USB Used as a Physical Layer – Device Firmware Upgrade Class Compliant – Auto-Frequency Detection • In-System Programming – Read/Write Flash Memory – Read Device ID – Full-chip Erase – Read/Write Configuration Bytes

at89c5131 usb interface code example

Abstract: 0x03EB AT89C5131 T89C51CC01 T89C51CC02 atmel 7 segment display driver
Contextual Info: Features • Protocol – USB Used as Physical Layer – Device Firmware Upgrade Class Compliant – Auto-Frequency Detection • In-System Programming – Read/Write Flash and EEPROM Memories – Read Device ID – Full-chip Erase – Read/Write Configuration Bytes

4256B

Abstract: AT89C5132 c flash drivers for the at89c5132 4256bu
Contextual Info: Features • Protocol – USB Used as a Physical Layer – Device Firmware Upgrade Class Compliant – Auto-Frequency Detection • In-System Programming – Read/Write Flash Memory – Read Device ID – Full-chip Erase – Read/Write Configuration Bytes

at89c5131 usb interface code example

Abstract: at89c5131 parallel programmer at89c5131
Contextual Info: Features • Protocol – USB Used as Physical Layer – Device Firmware Upgrade Class Compliant – Auto-Frequency Detection • In-System Programming – Read/Write Flash and EEPROM Memories – Read Device ID – Full-chip Erase – Read/Write Configuration Bytes

MMC card with optional AES

Abstract: EVK1104 Kingston sdhc Sandisk Extreme III SanDisk ultra SanDisk SDHC sandisk sd protocol sandisk ultra ii mmc kingston SDHC
Contextual Info: AVR 32771: USB High speed Device Mass storage on SD/MMC card with optional AES Features • • • • High Speed USB for high read and write speed Modular code simplifies maintenance and extensions Widely supported USB MSC interface Encrypted data for increased safety optional

MCP2221

Abstract: Controller
Contextual Info: MCP2221 USB 2.0 to I2C/UART Protocol Converter with GPIO Features: I2C/SMBus Universal Serial Bus USB • The Device runs as an I2C Master. The Data to Write/Read on the I2C Bus is conveyed by the USB Interface. • I2C Master - Up to 400 kHz Clock Rate

HT46RB70

Abstract: hex display
Contextual Info: HT46RB70 USB Bulk Transfer HT46RB70 USB Bulk Transfer D/N：HA0108E Introduction This project uses the USB full speed transmission. The IC device body is the HT46RB70. In this applicatioin the HT46RB70 uses the Bulk mode with PC application software to read back the data.

mitsumi floppy

Abstract: FA401 floppy disk mitsumi usb floppy mitsumi floppy disk drive FA401 power supply
Contextual Info: MITSUMI Compact Floppy Disk Drive FA401 USB External 7 in 1 Media Drive Floppy Disk Drives OUTLINE This is a hybrid recording device that performs read/write for flash media * and floppy disc media, and connects to computers through a USB universal serial bus interface.

FA404M

Abstract: mitsumi floppy usb floppy mitsumi fa404m
Contextual Info: MITSUMI Compact Floppy Disk Drive FA404M USB 7 in 1 Media Drive Floppy Disk Drives OUTLINE This is a hybrid recording device that performs read/write for flash media * and floppy disc media, and connects to computers through a USB universal serial bus interface.

M16C60

Contextual Info: Related to M30240 group devices. GRADE MESC TECHNICAL NEWS A No. M16C-60-0009 Notes on USB control registers of M30240 Group 1. Affected devices M30240 Group 2. Symptom There is a possibility that using read-modify-write instructions on the USB Control and Status Registers

AVR328

Abstract: atmel 912 usb atmel hid demo STK525 stk 023 doc 7603 Joystick hid
Contextual Info: AVR328: USB Generic HID Implementation Features • • • • Supported by all Microsoft O/S from Windows® 98SE and later Simple PC Interface with Read/Write Functions Up to 64Kbytes/s Full Duplex Transfer Runs on any AVR® USB microcontroller 8-bit Microcontrollers

AVR328

Abstract: AT90USBxxx atmel 802 STK526 STK525 STK500 STK600 ATMEL 712 Atmel 805
Contextual Info: AVR328: USB Generic HID Implementation Features • • • • Supported by all Microsoft O/S from Windows® 98SE and later Simple PC Interface with Read/Write Functions Up to 64Kbytes/s Full Duplex Transfer Runs on any AVR® USB microcontroller 8-bit Microcontrollers

Contextual Info: SEC2410/SEC4410 HS Endpoint Processor with USB 2.0, Smart Card, & FMC for Secure Token & Storage PRODUCT FEATURES General Description The SEC2410/SEC4410 are USB 2.0 compliant, hispeed bulk-only mass storage class peripheral controllers. They are intended to be used to read and