AVR-ISP500-TINY Olimex Ltd., AVR-ISP500-TINY Datasheet - Page 13

• Manufacturer Part Number: AVR-ISP500-TINY
• Description: Programmers & Debuggers AVR PROGRAMMER 2MB FLASH
• Manufacturer: Olimex Ltd.

Specifications of AVR-ISP500-TINY

• Positions/sockets: 1
• Description/function: USB AVR Programmer
• Tool Type: Programmer
• Core Architecture: AVR
• Ic Product Type: Programmer, In-Circuit
• Supported Families: AVR, MegaAVR, TinyAVR
• Ic Interface Type: USB
• Rohs Compliant: Yes
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• For Use With/related Products: AVR Studio
• Lead Free Status / Rohs Status: Lead free / RoHS Compliant
• Other names: 1701517 25R4412

When idle, the device will have all LEDs turned off. When the button is
pressed the device will disconnect its USB port and will try to program the
-
-
-
;optional
LOCK=0xff
;optional
The ISP frequency option is a HEX value, determining the used
ISP SCK frequency. Firmware will determine the actual ISP
frequency
→
2MHz
→
500KHz
→
125KHz
→
(150/X),
The fuses option is a 24bit (three byte) HEX value that determines
the Extended FUSE value to be programmed (the MSB byte), the
High
The lock byte option determines the 8bit value that will be
programmed
NOTE: There must be no spaces between option names, the equal
sign and the HEX value. The firmware parser does not strip white
spaces, nor does it understand comments!
NOTE: FUSES value must be exactly three bytes (six HEX digits),
no more and no less. If target device does not have Extended or
High fuses the programmer will just ignore these values.
*.APD – mandatory – AVR target part description
This file selects the target chip and contains a description of how
to program it. Olimex provides these files for the supported
devices.
*.HEX – mandatory – FLASH Intel HEX image
This is the FLASH image that will be programmed.
*.EEP – optional – EEPROM Intel HEX image
This is the EEPROM image that will be programmed.
FUSE,
from
and
to
Khz
the
the
the
Low
X
given
for
target
FUSE
value
(the
LOCK
X>=3
this
LSB
byte).
0x00
0x01
0x02
byte.
way: