ATMEL AVR MICROCONTROLLER
Atmel 8Bit AVR-Flash Microcontroller, AVR 8-Bit RISC
Atmel 8Bit AVR-Flash uC
ATmega128-16AU, ATmega128-16AI, TQFP
ATmega2561-16AU, ATmega2561-16AI, TQFP
ATmega128-16AI / ATmega128-16AU (Pb free, ROHS)
/ ATmega1281 features
ATmega2561-16AI / ATmega2561-16AU (Pb free, ROHS) features
- 128KB FLASH for ATmega128
- 256KB FLASH for ATmega2561
- 4 KB SRAM (internal RAM)
- 4 KB EEPROM
- 64-pin Version
- 53 I/O pins
- hardware multiplier
- programming lock for software security
- SPI Interface for In-System Programming
- real time counter with separate oscillator
- 8-channel, 10-bit ADC:
- 8 single-ended channels
- 7 differential channels
- 2 differential channels with programmable gain at 1x, 10x, or 200x - dual programmable serial USARTs (2x UART)
- Master/Slave SPI serial interface
- 2x 8bit timer, 2x 16bit timer
- 16 MHz RISC
AVR
ATmega128 datasheet (pdf)
AVR
ATmega2561 datasheet (pdf)
Pinout
ATmega128, ATmega128-16AU
ATmega1281, ATmega1281-16AU
ATmega2561, ATmega2561-16AU
Atmel 8Bit AVR-Flash uC
ATmega1280-16AU, ATmega1280-16AI, TQFP
ATmega2560-16AU, ATmega2560-16AI, TQFP
ATmega1280-16AI / ATmega1280-16AU (Pb free, ROHS)
features
ATmega2560-16AI / ATmega2560-16AU (Pb free, ROHS) features
- 128KB FLASH for ATmega1280
- 256KB FLASH for ATmega2561
- 8 KB SRAM (internal RAM)
- 4 KB EEPROM
- 100-pin Version
- 86 I/O pins
- hardware multiplier
- programming lock for software security
- SPI Interface for In-System Programming
- real time counter with separate oscillator
- 8-channel, 10-bit ADC:
- 8 single-ended channels
- 7 differential channels
- 2 differential channels with programmable gain at 1x, 10x, or 200x - four programmable serial USARTs (4x UART)
- Master/Slave SPI serial interface
- 2x 8bit timer, 2x 16bit timer
- 16 MHz RISC
AVR
ATmega1280 datasheet (pdf)
Pinout
ATmega1280, ATmega1280-16AU
ATmega2560, ATmega2560-16AU
AVR Development Tools:
- Atmel AVR Studio 4 from www.atmel.com
- free C-Compiler AVR-GCC from AVR Freaks Web Site and GNU-GCC
- Basic compiler BASCOM-AVR
- Open Source Assember AVRA
AVR Resource Links:
Atmel AVR Development Boards / Prototype Boards / ATmega Boards / Evaluation Kits
ATm128-TB1.1
ATmega128 TinyBoard Vers. 1.1
ATmega128 Development Board / Prototype Board with ATmega128-16AI / ATmega128-16AU (16 MHz), ATmega128 Board, ATmega Board
ATm128-TB1.1 was replaced by ATm128-TB1.2
- full motherboard / prototype board for ATmega128
- all pins are available on headers (2.54mm-/0,1" pitch), 2x15pins each
- high computing power
- easy to use: just connect to power supply (+5V) and program device
- 2 crystals: 16 MHz system clock, 32.768 kHz asynchron timer/counter0
- separate grounds: analog and digital
- large continues ground plane / reference plane for improved signal integrity and shielding
- ISP programming pins on right header
- board fits in 2.54mm pitch prototype PCB
- small dimensions 34mm x 40mm x 8mm (mini module)
fully assembled board includes:
- ATmega128-16AI / ATmega128L-8AU (-40 bis +85°C), X1 crystal 16 MHz, X2 crystal 32.768 kHz (for asynchron timer)
- header layout, schematics, programming tutorial
- female connectors 2 pieces (2x15 pins) also available
options:
- ATmega128L option - low voltage version
(2.7V-5.5V) with ATmega128L-8AI / ATmega128L-8AU and 8 MHz crystal
- AT90CAN128 option - AT90CAN128-16AI /
AT90CAN128-16AU with CAN Controller - V2.0A and V2.0B
(CAN 2.0A, CAN 2.0B)
- ATmega128-16 with 14.7456 MHZ crystal for serial communication (USART1 and USART2) without baud rate error
ATm128-TB1.2
ATmega128 TinyBoard Vers. 1.2
ATmega128 Development Board / Prototype Board with ATmega128-16AI / ATmega128-16AU (16 MHz) with ISP Header, ATmega128 Board, ATmega Board
- full motherboard / prototype board for ATmega128
- same dimensions as Vers. 1.1 but with additional ISP header
- led indicates programming mode
- lines on right header are
switched off automatically when in
programming mode
(prohibits "shortages" during programming with the rest of circuitry) - 100% pin compatible with Vers. 1.1
- all pins are available on headers (2.54mm-/0,1" pitch) 2x15pins each
- high computing power
- easy to use: just connect to power supply (+5V) and program device
- 2 crystals: 16 MHz system clock, 32.768 kHz asynchron timer/counter0
- separate grounds: analog and digital
- large continues ground plane / reference plane for improved signal integrity and shielding
- board fits in 2.54mm pitch prototype PCB
- small dimensions 34mm x 40mm x 8mm
(mini module)
fully assembled board includes:
ATmega128-16AI / ATmega128-16AU (-40 bis +85°C), X1 crystal 16 MHz, X2 crystal 32.768 kHz (for asynchron timer)
header layout, schematics, programming tutorial
female connectors 2 pieces (2x15 pins) are also available
options:
-
ATmega128L option - low voltage version (2.7V-5.5V) with ATmega128L-8AI / ATmega128L-8AU and 8 MHz crystal
-
AT90CAN128 option - AT90CAN128-16AI / AT90CAN128-16AU with CAN Controller - V2.0A and V2.0B
(CAN 2.0A, CAN 2.0B) -
ATmega128-16 with 14.7456 MHZ crystal for serial communication (USART1 and USART2) without baud rate error
accessories:
-
AVR-ISP-ADP1: AVR ATm-TB1.2 ISP Adapter, 6pin inline to 10pin standard Atmel pin header
ATm128-UC-TB
ATmega128 USB TinyBoard
ATmega128 USB Development Board / Prototype Board with ATmega128-16AI / ATmega128-16AU (16 MHz) with ISP Header, ATmega128 Board with USB serial converter, ATmega Board
- full motherboard / prototype board for ATmega128
- led indicates programming mode
- lines on right header are
switched off automatically when in
programming mode
(prohibits "shortages" during programming with the rest of circuitry) - 100% pin compatible with Vers. 1.1 and Vers. 1.2 ATmega128 TinyBoard
- all pins are available on headers (2.54mm-/0,1" pitch) 2x15pins each
- high computing power
- easy to use: just connect to power supply (+5V) and program device
- 2 crystals: 16 MHz system clock, 32.768 kHz asynchron timer/counter0
- separate grounds: analog and digital
- large continues ground plane / reference plane for improved signal integrity and shielding
- board fits in 2.54mm pitch prototype PCB
- USB-UART-Bridge Silicon Labs CP2102 (SiLabs
CP2102) - up to 128 kbps with VCP (Virtual COM Port)
USB2COM (USB2SERIAL) / COM2USB (SERIAL2USB) / USB2 Full Speed
converter onboard for COM1 (serial to USB converter for COM1 / USART1, second UART)
driver support: Windows98/2000/XP, Linux, MacOS
- device can be powered from USB line (jumper)
- ISP and JTAG header
- small dimensions 34mm x
47mm
(mini module)
- fully assembled board includes:
ATmega128-16AI / ATmega128-16AU (-40 bis +85°C), X1 crystal 16 MHz, X2 crystal 32.768 kHz (for asynchron timer)
header layout, schematics, programming tutorial, USB driver
Mini-USB cable
-
female connectors 2 pieces (2x15 pins) are also available
options:
-
ATmega128-16 with 14.7456 MHZ crystal for serial communication (USART1 and USART2) without baud rate error
ATm1281-UC-TB
ATmega1281 USB TinyBoard
ATmega1281 USB Development Board / Prototype Board with ATmega128-16AI / ATmega1281-16AU (16 MHz) with ISP Header, ATmega1281 Board with USB serial converter, ATmega Board
- full motherboard / prototype board for ATmega1281
- led indicates programming mode
- lines on right header are
switched off automatically when in
programming mode
(prohibits "shortages" during programming with the rest of circuitry) - 100% pin compatible with Vers. 1.1 and Vers. 1.2 ATmega1281 TinyBoard
- all pins are available on headers (2.54mm-/0,1" pitch) 2x15pins each
- high computing power
- easy to use: just connect to power supply (+5V) and program device
- 2 crystals: 16 MHz system clock, 32.768 kHz asynchron timer/counter0
- separate grounds: analog and digital
- large continues ground plane / reference plane for improved signal integrity and shielding
- board fits in 2.54mm pitch prototype PCB
- USB-UART-Bridge Silicon Labs CP2102 (SiLabs
CP2102) - up to 128 kbps with VCP (Virtual COM Port)
USB2COM (USB2SERIAL) / COM2USB (SERIAL2USB) / USB2 Full Speed
converter onboard for COM1 (serial to USB converter for COM1 / USART1, second UART)
driver support: Windows98/2000/XP, Linux, MacOS
- device can be powered from USB line (jumper)
- ISP and JTAG header
- small dimensions 34mm x
47mm
(mini module)
- fully assembled board includes:
ATmega1281-16AI / ATmega1281-16AU (-40 bis +85°C), X1 crystal 16 MHz, X2 crystal 32.768 kHz (for asynchron timer)
header layout, schematics, programming tutorial, USB driver
Mini-USB cable
-
female connectors 2 pieces (2x15 pins) are also available
options:
-
ATmega1281-16 with 14.7456 MHZ crystal for serial communication (USART1 and USART2) without baud rate error
ATm128-UF-TB
ATmega128 USB TinyBoard
ATmega128 USB Development Board / Prototype Board with ATmega128-16AI / ATmega128-16AU (16 MHz) with ISP Header, ATmega128 Board with USB serial converter, ATmega Board
- full motherboard / prototype board for ATmega128
- led indicates programming mode
- lines on right header are
switched off automatically when in
programming mode
(prohibits "shortages" during programming with the rest of circuitry) - 100% pin compatible with Vers. 1.1 and Vers. 1.2 ATmega128 TinyBoard
- all pins are available on headers (2.54mm-/0,1" pitch) 2x15pins each
- high computing power
- easy to use: just connect to power supply (+5V) and program device
- 2 crystals: 16 MHz system clock, 32.768 kHz asynchron timer/counter0
- separate grounds: analog and digital
- large continues ground plane / reference plane for improved signal integrity and shielding
- board fits in 2.54mm pitch prototype PCB
- USB-UART-Bridge FTDI FT232R - up to 921.6 kbps with VCP (Virtual COM Port) / 2 Mbps D2XX
ATmega 16MHz
USB2COM (USB2SERIAL) / COM2USB (SERIAL2USB) / USB2 Full Speed
converter onboard for COM1 (serial to USB converter for COM1 / USART1, second UART)
driver support: Windows98/2000/XP, Linux, MacOS
- device can be powered from USB
- ISP and JTAG header
- small dimensions 34mm x
47mm
(mini module)
- fully assembled board includes:
- ATmega128-16AI / ATmega128-16AU (-40 bis +85°C), X1 crystal 16 MHz, X2 crystal 32.768 kHz (for asynchron timer)
- header layout, schematics, programming tutorial, USB driver
- Mini-USB cable
-
female connectors 2 pieces (2x15 pins) are also available
options:
-
ATmega128L option - low voltage version (2.7V-5.5V) with ATmega128L-8AI / ATmega128L-8AU, 8 MHz crystal,
USB support (self powered mode) with 3.3V possible -
ATmega128-16 with 14.7456 MHZ crystal for serial communication (USART1 and USART2) without baud rate error
accessories:
-
AVR-ISP-ADP2: AVR ATm-TB1.2 ISP Adapter, 6pin inline to 10pin standard Atmel pin header
ATm2561-TB1.2
ATmega2561 TinyBoard Vers. 1.2
ATmega2561 Development Board / Prototype Board with ATmega2561-16AU (16 MHz) with ISP Header, ATmega256 Board, ATmega Board
- full motherboard / prototype board for ATmeg2561
- same dimensions as Vers. 1.1 but with additional ISP header
- led indicates programming mode
- lines on right header are
switched off automatically when in
programming mode
(prohibits "shortages" during programming with the rest of circuitry) - 100% pin compatible with Vers. 1.1
- all pins are available on headers (2.54mm-/0,1" pitch) 2x15pins each
- high computing power
- easy to use: just connect to power supply (+5V) and program device
- 2 crystals: 16 MHz system clock, 32.768 kHz asynchron timer/counter0
- separate grounds: analog and digital
- large continues ground plane / reference plane for improved signal integrity and shielding
- low voltage option (2.7V-5.5V) with 8 MHz
- board fits in 2.54mm pitch prototype PCB
- small dimensions 34mm x 40mm x 8mm
(mini module)
-
fully assembled board includes:
ATmega2561-16AU (-40 bis +85°C), X1 crystal 16 MHz, X2 crystal 32.768 kHz (for asynchron timer)
header layout, schematics, programming tutorial
-
female connectors 2 pieces (2x15 pins) are also available
options:
-
ATmega2561-16AU with 14.7456 MHZ crystal for serial communication (USART1 and USART2) without baud rate error
accessories:
-
AVR-ISP-ADP1: AVR ATm-TB1.2 ISP Adapter, 6pin inline to 10pin standard Atmel pin header
ATm2561-UC-TB
ATmega2561 USB TinyBoard
ATmega2561 USB Development Board / Prototype Board with ATmega2561-16AI / ATmega2561-16AU (16 MHz) with ISP Header, ATmega2561 Board with USB serial converter, ATmega Board
- full motherboard / prototype board for ATmega2561 with USB connection
- led indicates programming mode
- lines on right header are
switched off automatically when in
programming mode
(prohibits "shortages" during programming with the rest of circuitry) - 100% pin compatible with Vers. 1.1 and Vers. 1.2 ATmega128 TinyBoard
- all pins are available on headers (2.54mm-/0,1" pitch) 2x15pins each
- high computing power
- easy to use: just connect to power supply (+5V) and program device
- 2 crystals: 16 MHz system clock, 32.768 kHz asynchron timer/counter0
- separate grounds: analog and digital
- large continues ground plane /
reference plane for improved signal integrity and shielding
- USB-UART-Bridge Silicon Labs CP2102 (SiLabs
CP2102) - up to 128 kbps with VCP (Virtual COM Port)
USB2COM (USB2SERIAL) / COM2USB (SERIAL2USB) / USB2 Full Speed
converter onboard for COM1 (serial to USB converter for COM1 / USART1, second UART)
driver support: Windows98/2000/XP, Linux, MacOS
- device can be powered from USB line (jumper)
- ISP and JTAG header
- board fits in 2.54mm pitch prototype PCB
- small dimensions 34mm x
47mm
(mini module)
- fully assembled board includes:
- ATmega2561-16AI / ATmega2561-16AU(-40 bis +85°C), X1 crystal 16 MHz, X2 crystal 32.768 kHz (for asynchron timer)
- header layout, schematics, programming tutorial, USB driver
- Mini-USB cable
- female connectors 2 pieces (2x15 pins) are also available
options:
-
ATmega2561-16 with 14.7456 MHZ crystal for serial communication (USART1 and USART2) without baud rate error
accessories:
-
AVR-ISP-ADP2: AVR ATm-TB1.2 ISP Adapter, 6pin inline to 10pin standard Atmel pin header
ATm2561-UF-TB
ATmega2561 USB TinyBoard
ATmega2561 USB Development Board / Prototype Board with ATmega2561-16AI / ATmega2561-16AU (16 MHz) with ISP Header, ATmega2561 Board with USB serial converter, ATmega Board
- full motherboard / prototype board for ATmega2561 with USB connection
- led indicates programming mode
- lines on right header are
switched off automatically when in
programming mode
(prohibits "shortages" during programming with the rest of circuitry) - 100% pin compatible with Vers. 1.1 and Vers. 1.2 ATmega128 TinyBoard
- all pins are available on headers (2.54mm-/0,1" pitch) 2x15pins each
- high computing power
- easy to use: just connect to power supply (+5V) and program device
- 2 crystals: 16 MHz system clock, 32.768 kHz asynchron timer/counter0
- separate grounds: analog and digital
- large continues ground plane /
reference plane for improved signal integrity and shielding
- USB-UART-Bridge FTDI FT232R -
up to 921.6 kbps with VCP (Virtual COM Port) / 2 Mbps D2XX ATmega 16MHz
USB2COM (USB2SERIAL) / COM2USB (SERIAL2USB) / USB2 Full Speed
converter onboard for COM1 (serial to USB converter for COM1 / USART1, second UART)
driver support: Windows98/2000/XP, Linux, MacOS
- device can be powered from USB
- ISP and JTAG header
- board fits in 2.54mm pitch prototype PCB
- small dimensions 34mm x
47mm
(mini module)
- fully assembled board includes:
- ATmega2561-16AI / ATmega2561-16AU (-40 bis +85°C), X1 crystal 16 MHz, X2 crystal 32.768 kHz (for asynchron timer)
- header layout, schematics, programming tutorial, USB driver
- Mini-USB cabe
- female connectors 2 pieces (2x15 pins) are also available
options:
-
ATmega2561V option - low voltage version (2.7V-5.5V) with ATmega2561V-8AI / ATmega2561-8AU, 8 MHz crystal,
USB support (self powered mode) with 3.3V possible -
ATmega2561-16 with 14.7456 MHZ crystal for serial communication (USART1 and USART2) without baud rate error
accessories:
-
AVR-ISP-ADP2: AVR ATm-TB1.2 ISP Adapter, 6pin inline to 10pin standard Atmel pin header
ATm1280-UT-TB
ATmega1280 TinyBoard
ATmega1280 Development Board / Prototype
Board with ATmega1280-16AU (16 MHz),
ATmega Board
ATmega1280 Board with COM to USB Bridge, RS232, RS485, external RAM,
ISP and JTAG header
Features:
- full motherboard / prototype board for ATmega1280
- 128Kbyte external RAM, second 64Kbyte selectable by extra pin
- 1x SERIAL to USB Bridge TI
TUSB3410 (USART3) - up to 128 kbps with VCP (Virtual COM
Port)
USB2COM (USB2SERIAL) / COM2USB (SERIAL2USB) / USB2 Full Speed
converter onboard for USART3 (serial to USB converter for COM3 / USART3) - 2x RS232 (UART0 and UART1) - up to 250 kbps per channel, (1 Mbps RS232 optional)
- 1x RS485 (UART2) - up to 30 Mbps half duplex, 32 nodes, 2 Mbps real with ATmega/16Mhz
- USB Bridge, RS232, RS485 can be disabled by solder jumper
- device can be powered from USB line
- separate grounds: analog and digital
- ISP and JTAG header
- 2 crystals: 16 MHz system clock, 32.768 kHz asynchron timer/counter0
- all pins are available on headers (2.54mm-/0,1" pitch) 2x25pins each
- board fits in 2.54mm pitch prototype PCB
- small dimensions 38mm x
76mm
(mini module)
- fully assembled board
includes:
header layout, schematics, programming tutorial, Mini-USB cable
options:
- version with up to 1 Mbps (1 Mbit/s) RS-232 Line Driver / Receiver with +/- 15 kV ESD protection
- version without external SRAM
ATm1280-UF-TB
ATmega1280 TinyBoard
ATmega1280 Development Board / Prototype
Board with ATmega1280-16AU (16 MHz),
ATmega Board
ATmega1280 Board with COM to USB Bridge, RS232, RS485, external RAM,
ISP and JTAG header
Features:
- full motherboard / prototype board for ATmega1280
- 128Kbyte external RAM, second 64Kbyte selectable by extra pin
- 1x SERIAL to USB Bridge
FTDI FT232R (USART3) - up to 921.6 kbps with VCP
(Virtual COM Port) / 2 Mbps D2XX ATmega 16MHz
additional control signals RTS, CTS, DTR, DSR, DCD, RI
USB2COM (USB2SERIAL) / COM2USB (SERIAL2USB) / USB2 Full Speed
converter onboard for USART3 (serial to USB converter for COM3 / USART3) - 2x RS232 (UART0 and UART1) - up to 250 kbps per channel, (1 Mbps RS232 optional)
- 1x RS485 (UART2) - up to 30 Mbps half duplex, 32 nodes, 2 Mbps real with ATmega/16Mhz
- USB Bridge, RS232, RS485 can be disabled by solder jumper
- device can be powered from USB line
- separate grounds: analog and digital
- ISP and JTAG header
- 2 crystals: 16 MHz system clock, 32.768 kHz asynchron timer/counter0
- all pins are available on headers (2.54mm-/0,1" pitch) 2x25pins each
- board fits in 2.54mm pitch prototype PCB
- small dimensions 38mm x
76mm
(mini module)
- fully assembled board
includes:
header layout, schematics, programming tutorial, Mini-USB cable
- options:
- version with up to 1 Mbps (1 Mbit/s) RS-232 Line Driver / Receiver with +/- 15 kV ESD protection
- version without external SRAM
- low voltage version (3.3V) with ATmega1280V without external SRAM
ATm2560-UT-TB
ATmega2560 TinyBoard
ATmega2560 Development Board / Prototype Board with ATmega2560-16AU, ATmega Board
ATmega2560 Board with COM to USB Bridge, RS232, RS485, external RAM, ISP
and JTAG header
Features:
- full motherboard / prototype board for ATmega2560
- 128Kbyte external RAM, second 64Kbyte selectable by extra pin
- 1x SERIAL to USB Bridge TI
TUSB3410 (USART3) - up to 128 kbps with VCP (Virtual COM
Port)
USB2COM (USB2SERIAL) / COM2USB (SERIAL2USB) / USB2 Full Speed
converter onboard for USART3 (serial to USB converter for COM3 / USART3) - 2x RS232 (UART0 and UART1) - up to 250 kbps per channel, (1 Mbps RS232 optional)
- 1x RS485 (UART2) - up to 30 Mbps half duplex, 32 nodes, 2 Mbps real with ATmega/16Mhz
- USB Bridge, RS232, RS485 can be disabled by solder jumper
- device can be powered from USB line
- separate grounds: analog and digital
- ISP and JTAG header32
- 2 crystals: 16 MHz system clock, 32.768 kHz asynchron timer/counter0
- all pins are available on headers (2.54mm-/0,1" pitch) 2x25pins each
- board fits in 2.54mm pitch prototype PCB
- small dimensions 38mm x
76mm
(mini module)
- fully assembled board
includes:
header layout, schematics, programming tutorial, Mini-USB cable
- options:
- version with up to 1 Mbps (1 Mbit/s) RS-232 Line Driver / Receiver with +/- 15 kV ESD protection
- version without external SRAM
ATm2560-UF-TB
ATmega2560 TinyBoard
ATmega2560 Development Board / Prototype Board with ATmega2560-16AU, ATmega Board
ATmega2560 Board with COM to USB Bridge, RS232, RS485, external RAM, ISP
and JTAG header
Features:
- full motherboard / prototype board for ATmega2560
- 128Kbyte external RAM, second 64Kbyte selectable by extra pin
- 1x SERIAL to USB Bridge
FTDI FT232R (USART3) - up to 921.6 kbps with VCP
(Virtual COM Port) / 2 Mbps D2XX ATmega 16MHz
additional control signals RTS, CTS, DTR, DSR, DCD, RI
USB2COM (USB2SERIAL) / COM2USB (SERIAL2USB) / USB2 Full Speed
converter onboard for USART3 (serial to USB converter for COM3 / USART3) - 2x RS232 (UART0 and UART1) - up to 250 kbps per channel, (1 Mbps RS232 optional)
- 1x RS485 (UART2) - up to 30 Mbps half duplex, 32 nodes / 2 Mbps real with ATmega/16Mhz
- USB Bridge, RS232, RS485 can be disabled by solder jumper
- device can be powered from USB line
- separate grounds: analog and digital
- ISP and JTAG header32
- 2 crystals: 16 MHz system clock, 32.768 kHz asynchron timer/counter0
- all pins are available on headers (2.54mm-/0,1" pitch) 2x25pins each
- board fits in 2.54mm pitch prototype PCB
- small dimensions 38mm x
76mm
(mini module)
- fully assembled board
includes:
header layout, schematics, programming tutorial, Mini-USB cable
- options:
- version with up to 1 Mbps (1 Mbit/s) RS-232 Line Driver / Receiver with +/- 15 kV ESD protection
- version without external SRAM
- low voltage version (3.3V) with ATmega2560V (8 Mhz) without external SRAM
AVR-ISP
AVR ISP-Programmer, AVR STK200 ISP-Programmer
STK200 compatible AVR-ISP Programmer for parallel port (LPT)
- works with PonyProg, avrdude, uisp
- standard Atmel 10pol ISP connector
- powered within 3.0V-5.5V from target board over VCC pin
- 10pol ribbon cable included
AVR-UISP
AVR USB ISP-Programmer, AVR USB In-System-Programmer for USB, AVR910 Programmer
USB AVR910 Programmer (AVR910-Prog)- works with AVR Studio4 (AVRprog), avrdude, uisp
- AVR-UISP device is powered externally over ISP connector from AVR destination device (AVR board) to support AVR devices from 2.5-5.5V
- firmware update feature
- standard 10pin AVR ISP header
AVR-UISP-D
AVR USB ISP-Programmer, AVR USB In-System-Programmer for USB, AVR910 Programmer
USB AVR910 Programmer (AVR910-Prog)- works with AVR Studio4 (AVRprog), avrdude, uisp
- AVR-UISP device is powered externally over ISP connector from AVR destination device (AVR board) to support AVR devices from 2.5-5.5V
- firmware update feature
- standard 10pin AVR ISP header
- additional 6pin standard AVR ISP header
AVR-JTAG-ICE
AVR USB JTAG ICE, AVR JTAG ICE for USB
JTAGICE on-chip debugging for USB- works with AVR Studio4
- AVR-JTAG-ICE device is powered externally over JTAG connector from AVR destination device (AVR board) to support AVR devices from 2.5-5.5V
- firmware update feature
AVR-ISP-ADP1
AVR ISP Adapter A1, 6pin inline to 10pin standard Atmel pin header
The ISP adapter is compatible to all ATmX-TB1.2 TinyBoards.
It converts 6 pin inline ISP header to 10pin standard Atmel header.
AVR-ISP-ADP2
AVR ISP Adapter A2, 6pin dual line to 10pin standard Atmel pin header
The ISP adapter is compatible to all ATm128/256 TinyBoards with USB.
It converts 6 pin dual line ISP header to 10pin standard Atmel header.
TI MSP430F MICROCONTROLLER
Texas Instruments (TI) Ultra Low Power 16bit Microcontroller (+1.8 to +3.6 Volt) MSP430F
- high computing power
- low supply-voltage range, 1.8 V to 3.6 V
- ultralow-power consumption
– active mode: 330 µA at 1 MHz, 2.2 V
– standby mode: 1.1 µA
– off mode (RAM retention): 0.2 µA - five power-saving modes
- wake-up from standby mode in less than 6 µs
- 16-Bit RISC architecture, 125-ns instruction cycle time
- three-channel internal DMA
- 12-Bit A/D converter with internal reference, sample-and-hold and autoscan feature
- dual 12-Bit D/A converters with synchronization
- 16-Bit timer_A with three capture/compare registers
- 16-Bit timer_B with three or seven capture/compare-with-shadow registers
- on-chip comparator
- serial communication interface (USART0), functions as asynchronous UART or synchronous SPI or I2C™ interface
- serial communication interface (USART1), functions as asynchronous UART or synchronous SPI interface
- supply voltage supervisor/monitor with programmable level detection
- brownout detector
- bootstrap loader
- serial onboard programming, no external programming voltage needed, programmable code protection by security fuse
- MSP430F device specification (datasheet, user quide)
TI MSP430F Development Boards / Prototype Boards / Evaluation Kits
MSP430F-TB
MSP430F TinyBoard
MSP430 Development Board / Prototype Board / Evaluation Kit, MSP430 Board
- full motherboard / prototype board for MSP430F devices
- super thin board
- all pins are all available on headers
- easy to use:
just connect to power supply (+1.8 to +3.6V) and program device - runs with internal oscillator
- prepared for equipment with 3 different crystals X1, X2, X3
- JTAG header
- board fits in 2.54mm pitch prototype PCB
- versions with
MSP430F148, MSP430F149,
MSP430F155, MSP430F156, MSP430F157,
MSP430F168, MSP430F169,
MSP430F1611, MSP430F1612
other devices possible
- programming:
- free kickstart software at TI's web page: www.ti.com/sc/msp430
- free MSP430 GNU
C-Compiler mspgcc for Linux and Windows
see MSP430 HOWTO
MSP430F169-TB
MSP430F169 TinyBoard
MSP430 Development Board / Prototype Board / Evaluation Board, MSP430 Board
- full motherboard for MSP430F169
- super thin board
- with MSP430F148 (other devices possible)
- all pins are all available on headers
- high computing power
- easy to use: just connect to power supply (+1.8 to +3.6V) and program device
- runs with internal oscillator
- prepared for equipment with 3 different crystals X1, X2, X3
- JTAG header
- board fits in 2.54mm pitch prototype PCB
- device specific data (MSP430F169)
- 8 MHz clock frequency
- 60 KB Flash
- 2 KB RAM
- 48 GPIO
- 12-bit SAR ADC
- other integrated peripherals
2x 12bit DAC, analog comparator, DMA, hardware multiplier, SVS - interface
2x hardware SPI or UART, timer UART, hardware I2C - timers
1x watchdog/interval, 1x 16-bit (3CCR), 1x 16-bit (7CCR)
- programming:
- free kickstart software at TI's web page: www.ti.com/sc/msp430
- free MSP430 GNU
C-Compiler mspgcc for Linux and Windows
see MSP430 HOWTO
MSP430F1610-TB
MSP430F1610 TinyBoard
MSP430 Development Board / Prototype Board / Evaluation Board, MSP430 Board
- full motherboard / prototype board for MSP430F1610
- super thin board
- all pins are all available on headers
- high computing power
- easy to use: just connect to power supply (+1.8 to +3.6V) and program device
- runs with internal oscillator
- prepared for equipment with 3 different crystals X1, X2, X3
- JTAG header
- board fits in 2.54mm pitch prototype PCB
- device specific data (MSP430F1610)
- 8 MHz clock frequency
- 32 KB Flash
- 5 KB RAM
- 48 GPIO
- 12-bit SAR ADC
- other integrated peripherals
2x 12bit DAC, analog comparator, DMA, hardware multiplier, SVS - interface
2x hardware SPI or UART, timer UART, hardware I2C - timers
1x watchdog/interval, 1x 16-bit (3CCR), 1x 16-bit (7CCR)
- programming:
- free kickstart software at TI's web page: www.ti.com/sc/msp430
- free MSP430 GNU
C-Compiler mspgcc for Linux and Windows
see MSP430 HOWTO
MSP430F1611-TB
MSP430F1611 TinyBoard
MSP430 Development Board / Prototype Board / Evaluation Board, MSP430 Board
- full motherboard / prototype board for MSP430F1611
- super thin board
- all pins are all available on headers
- high computing power
- easy to use: just connect to power supply (+1.8 to +3.6V) and program device
- runs with internal oscillator
- prepared for equipment with 3 different crystals X1, X2, X3
- JTAG header
- board fits in 2.54mm pitch prototype PCB
- device specific data (MSP430F1611)
- 8 MHz clock frequency
- 48 KB Flash
- 10 KB RAM
- 48 GPIO
- 12-bit SAR ADC
- other integrated peripherals
2x 12bit DAC, analog comparator, DMA, hardware multiplier, SVS - interface
2x hardware SPI or UART, timer UART, hardware I2C - timers
1x watchdog/interval, 1x 16-bit (3CCR), 1x 16-bit (7CCR)
- programming:
- free kickstart software at TI's web page: www.ti.com/sc/msp430
- free MSP430 GNU
C-Compiler mspgcc for Linux and Windows
see MSP430 HOWTO
MSP430F1612-TB
MSP430F1612 TinyBoard
MSP430 Development Board / Prototype Board / Evaluation Board, MSP430 Board
- full motherboard / prototype board for MSP430F1612
- super thin board
- all pins are all available on headers
- high computing power
- easy to use: just connect to power supply (+1.8 to +3.6V) and program device
- runs with internal oscillator
- prepared for equipment with 3 different crystals X1, X2, X3
- JTAG header
- board fits in 2.54mm pitch prototype PCB
- device specific data (MSP430F1612)
- 8 MHz clock frequency
- 55 KB Flash
- 5 KB RAM
- 48 GPIO
- 12-bit SAR ADC
- other integrated peripherals
2x 12bit DAC, analog comparator, DMA, hardware multiplier, SVS - interface
2x hardware SPI or UART, timer UART, hardware I2C - timers
1x watchdog/interval, 1x 16-bit (3CCR), 1x 16-bit (7CCR)
- programming:
- free kickstart software at TI's web page: www.ti.com/sc/msp430
- free MSP430 GNU
C-Compiler mspgcc for Linux and Windows
see MSP430 HOWTO
MSP-JTAG
MSP-JTAG (Programmer)
MSP JTAG Device for MSP430 Microcontroller
- used for programming / configuration of TI MSP430 microcontroller
- works with free MSP430 JTAG
software (mspgcc, gdb)
see MSP430 HOWTO for programming target device (MSP430Fxxx) - MSP-JTAG has an 3.0 Volt regulated output (VCCtool) supplied from
parallel port (LPT), which can be used to power target device (15mA).
This is sufficient because MSP430 microcontroller only require 3-5mA. - If target device has it own supply, connect this supply to VCCsense. Then output voltages of JTAG lines follow target device voltage.
CYPRESS MICROCONTROLLER
EZ-USB FX2LP™ USB Microcontroller / USB2 High Speed (480Mbit/s)
8051 Architecture
CY7C68013A USB Microcontroller
Features of EZ-USB FX2LP™ USB Microcontroller
CY7C68013A
- software: 8051 code runs from:
internal RAM, which is downloaded via USB
internal RAM, which is loaded from EEPROM
external memory device (128 pin package) - 16 KBytes of on-chip Code/Data RAM
- four programmable BULK/INTERRUPT/ISOCHRONOUS endpoints
Buffering options: double, triple, and quad - additional programmable (BULK/INTERRUPT) 64-byte endpoint
- 8- or 16-bit external data interface
- integrated, industry-standard enhanced 8051
48-MHz, 24-MHz, or 12-MHz CPU operation
four clocks per instruction cycle
two USARTS
three counter/timers
expanded interrupt system
two data pointers - 3.3V operation with 5V tolerant inputs
- GPIF (General Programmable Interface)
allows direct connection to most parallel interface
programmable waveform descriptors and configuration registers to define waveforms
supports multiple Ready (RDY) inputs and Control (CTL) outputs - vectored USB interrupts and GPIF/FIFO interrupts
- separate data buffers for the Set-up and Data portions of a CONTROL transfer
- integrated I2C controller, runs at 100 or 400 kHz
- four integrated FIFOs
integrated glue logic and FIFOs lower system cost
automatic conversion to and from 16-bit buses
master or slave operation
uses external clock or asynchronous strobes
easy interface to ASIC and DSP ICs
EZ-USB FX2LP™ USB Microcontroller
CY7C68013A datasheet (pdf)
EZ-USB FX2LP Development Tools:
- development tools supplied by www.cypress.com
CY3681 EZ-USB FX2 Development Kit
CY3681B EZ-USB FX2 Development Kit
Free available development environment and sources from Cypress:
- cy3684_ez_usb_fx2lp_development_kit_14.zip
- cy3684_ez_usb_fx2lp_development_kit_15.zip
- cy3684_ez_usb_fx2lp_development_kit_17.zip
- windows_mass_storage_driver_v_6_01_13.zip
- and more
Compiler:
- Free Keil C-Compiler
Tools:
EZ-USB FX2LP™ USB Microcontroller Development Boards / Prototype Boards / Evaluation Kits
FX2-56-uMod
EZ-USB FX2/FX2LP Micro Module
Cypress CY7C68013A - 56 Development Board /
Prototype Board / Evaluation Kit with USB2 HighSpeed
MiniUSB, CY7C68013A Board
CY7C68013A Board (EZ-USB FX2LP Microcontroller)
with Cypress CY7C68013A-56LFXC
- Cypress CY7C68013A-56LFXC - low power Version of CY7C68013-56, full USB2 specified
- USB2 High Speed (480Mbit/s)
- all pins available on headers (2.54mm-/0,1" pitch)
- Mini USB connector
- 128kbit EEPROM onboard
- onboard voltage regulator (bottom side)
- GPIF Interface
- solder pads for reset jumper
- power led
- board fits in 2.54mm pitch prototype PCB
- device can be configured / programed / booted over USB and by the onboard eeprom for stand alone
- micro board, board dimensions 25mm x 37mm (mini
module)
- fully assembled board comes
with development kit (CD), Mini USB-Cable and schematic
- optional:
female connectors 2x (2x12 pins) are available
FX2-56-TB
EZ-USB FX2/FX2LP TinyBoard
Cypress CY7C68013A - 56 Development Board /
Prototype Board / Evaluation Kit with USB2 HighSpeed
MiniUSB, CY7C68013A Board
CY7C68013A Board (EZ-USB FX2LP Microcontroller)
with Cypress CY7C68013A-56PVXC
- Cypress CY7C68013A-56PVXC - low power Version of CY7C68013-56, full USB2 specified
- USB2 High Speed (480Mbit/s)
- all pins available on headers (2.54mm-/0,1" pitch)
- Mini USB connector
- 128kbit EEPROM onboard
- onboard voltage regulator (bottom side)
- GPIF Interface
- reset push button
- power led
- board fits in 2.54mm pitch prototype PCB
- device can be configured / programed / booted over USB and by the onboard eeprom for stand alone
- tiny board, board dimensions 35mm x 51mm
(mini
module)
- fully assembled board comes
with development kit (CD), MiniUSB-Cable and schematic
- optional:
female connectors 2x (2x12 pins) are available
FX2-128-TB
EZ-USB FX2LP-128 TinyBoard
Cypress CY7C68013A - 128 Development Board /
Prototype Board / Evaluation Kit with
USB2 HighSpeed MiniUSB, CY7C68013A Board
CY7C68013A Board (EZ-USB FX2LP Microcontroller) with Cypress
CY7C68013A-128PVXC
- Cypress CY7C68013A-128PVXC - low power Version of CY7C68013-56, full USB2 specified
- USB2 High Speed (480Mbit/s)
- all pins available on headers (2.54mm-/0,1" pitch)
- Mini USB connector
- 128kbit EEPROM onboard
- onboard voltage regulator (bottom side)
- GPIF Interface
- reset push button
- power led
- memory extention socket (bottom side) 1.27mm pitch
- board fits in 2.54mm pitch prototype PCB
- ATA / IDE connector for high speed USB2ATA / USB2IDE operation
- device can be configured / programed / booted over USB and by the onboard eeprom for stand alone
- tiny board, board dimensions 62mm x 76mm
(mini
module)
- fully assembled board comes
with development kit (CD), MiniUSB-Cable and schematic
- optional:
female connectors 2x (2x22 pins) are available
FX2-128-B
EZ-USB FX2/FX2LP Development Board
Cypress CY7C68013A - 128 Development
Board / Prototype Board / Evaluation Kit with USB2 HighSpeed, CY7C68013A Board
CY7C68013A Board
(EZ-USB FX2LP Microcontroller) with Cypress CY7C68013A-128AXC
- Cypress CY7C68013A-128AXC - low power version of CY7C68013-128
- USB2 High Speed (480Mbit/s)
- 128kbit EEPROM onboard
- 2 serial interfaces RS232, COM0 and COM1
- all pins available on headers, ERNI-header
- IDE interface
- ERNI connector
- memory extention with maximum addressable memory
- 64 KB external SRAM (memory included)
- external memory allows debugging with Keil debug monitor MON51 and µVision / µVision2 - 2x I˛C PortIO Expander (2x 8 = 16 additional ports)
- reset push button
- device can be configured / programed / booted over USB and by the onboard eeprom for stand alone
- board dimensions: full Euro PCB size (160mm x 100mm)
- fully assembled board comes with development kit (CD), USB-Cable and schematic