Atmel ATDH2200E User manual

ATDH2200E Programming Kit
..............................................................................................
User Guide
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ATDH2200E Programming Kit User Guide i
1417F–CNFG–4/09
Table of Contents
Section 1
Atmel’s ATDH2200E Configurator Programming Kit ............................ 1-1
1.1 Features....................................................................................................1-1
1.1.1 Hardware ............................................................................................1-1
1.1.2 Software .............................................................................................1-1
1.1.3 System Contents ................................................................................1-1
1.2 Introduction ...............................................................................................1-2
1.3 In-System Programming Connector..........................................................1-2
Section 2
Stand-alone Device Programming Using Atmel’s ATDH2200E
Configurator Programming System ...................................................... 2-1
2.1 Hardware Setup ........................................................................................2-1
2.1.1 Hardware Requirements.....................................................................2-1
2.1.2 Hardware Connections .......................................................................2-2
2.2 Software Setup .........................................................................................2-2
2.2.1 Software Requirements ......................................................................2-2
2.2.2 Installing and/or Launching CPS ........................................................2-2
2.3 Using a Configurator with Atmel FPGAs/FPSLIC®s..................................2-3
2.3.1 Programming the Contents of a *.BST File to AT17 Devices.............2-3
2.3.2 Reading the Contents of the Configurator to a *.BST File..................2-3
2.3.3 Verifying the Device against a *.BST File...........................................2-3
2.3.4 Verifying the Device Reset Polarity (AT17LVxx Devices Only) ..........2-3
2.4 Using a Configurator with Xilinx®FPGAs..................................................2-4
2.4.1 Program the Contents of a *.MCS File to AT17 Devices....................2-4
2.4.2 Converting a *.MCS File .....................................................................2-4
2.4.3 Reading the Contents of the Configurator to a *.BST File..................2-4
2.4.4 Verifying the Device against a* .BST File...........................................2-4
2.4.5 Verifying the Device Reset Polarity (AT17LVxx Devices Only) ..........2-5
2.5 Using a Configurator with Altera®FPGAs.................................................2-6
2.5.1 Programming the Contents of a *.POF/*.RBF File to AT17 Devices..2-6
2.5.2 Converting and Partitioning a *.POF/*.RBF File.................................2-6
2.5.3 Reading the Contents of the Configurator to a *.BST File..................2-6
2.5.4 Verifying the Device against a *.BST File...........................................2-6
2.5.5 Verifying the Device Reset Polarity (AT17LVxx Devices Only) ..........2-7
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Table of Contents
ii ATDH2200E Programming Kit User Guide
1417F–CNFG–4/09
2.5.6 Enabling the Clock Output on the
AT17LV512A/010A/002A/040A Configurator .....................................2-7
2.5.7 Disabling the Clock Output on the
AT17LV512A/010A/002A/040A Configurator .....................................2-7
2.6 Using a Configurator with Cypress®FPGAs .............................................2-8
2.6.1 Programming the Contents of a *.HEX File to AT17 Devices.............2-8
2.6.2 Converting and Partitioning a *.HEX File............................................2-8
2.6.3 Reading the Contents of the Configurator to a *.BST File..................2-8
2.6.4 Verifying the Device against a *.BST File...........................................2-8
2.6.5 Verifying the Device Polarity (AT17LVxx Devices Only) ....................2-9
Section 3
In-System Programming (ISP) Using Atmel’s ATDH2200E
Configurator Programming System ...................................................... 3-1
3.1 Hardware Setup ........................................................................................3-1
3.1.1 Hardware Requirements.....................................................................3-1
3.1.2 Hardware Connections .......................................................................3-1
3.2 Software Setup .........................................................................................3-2
3.2.1 Software Requirements ......................................................................3-2
3.2.2 Installing and/or Launching CPS ........................................................3-2
3.3 Using a Configurator with Atmel FPGAs/FPSLICs ...................................3-3
3.3.1 Programming the Contents of a *.BST File to AT17 Devices.............3-3
3.3.2 Reading the Contents of the Configurator to a *.BST File..................3-3
3.3.3 Verifying the Device against a *.BST File...........................................3-3
3.4 Using a Configurator with Xilinx®FPGAs..................................................3-4
3.4.1 Programming the Contents of a *.MCS File to the AT17 Devices ......3-4
3.4.2 Converting a *.MCS File .....................................................................3-4
3.4.3 Reading the Contents of the Configurator to a *.BST File..................3-4
3.4.4 Verifying the Device against a *.BST File...........................................3-4
3.5 Using a Configurator with Altera®FPGAs.................................................3-5
3.5.1 Programming the Contents of a .POF or .RBF
File into AT17 Devices........................................................................3-5
3.5.2 Converting and Partitioning the Contents of a .POF or .RBF File......3-5
3.5.3 Reading the Contents of the Configurator to a *.BST File..................3-5
3.5.4 Verifying the Device against a *.BST File...........................................3-6
3.5.5 Enabling the Clock Output on the
AT17LV512A/010A/020A/002A/040A Configurator............................3-6
3.5.6 Disabling the Clock Output on the
AT17LV512A/010A/020A/002A/040A Configurator............................3-6
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ATDH2200E Programming Kit User Guide 1-1
Rev. 1417F–CNFG–4/09
Section 1
Atmel’s ATDH2200E
Configurator Programming Kit
1.1 Features
1.1.1 Hardware Supports Programming of all AT17 Series Devices
Conection to Allow In-System Programming (ISP)
Runs off Portable 9V DC Power Supply
5.0V and 3.3V Supplies
1.1.2 Software CPS – Configurator Programming System
GUI-based Interface
Supports Windows®98/2000/XP and Windows NT®
Online Help
Supports Programming Reset Polarity
Verification Routines to Validate Programming
Accepts HEX, MCS, POF, RBF and BST File Formats
1.1.3 System Contents ATDH2200 Programming Board (Rev.15)
ATDH2222 20-pin PLCC Adapter
CPS Software
ATDH2200E Programming Kit User Guide
10-pin Ribbon Cable for ISP
9V DC, 500 mA, 2.1 mm Center Positive/Negative Power Supply (for USA customers
only)
Sample AT17LV Devices
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Atmel’s ATDH2200E Configurator Programming Kit
1-2 ATDH2200E Programming Kit User Guide
1417F–CNFG–4/09
1.2 Introduction The ATDH2200E allows designers to quickly and economically program Atmel’s family
of AT17 Configuration Memories. The system also provides support for new devices in
the AT17 family prior to third-party pogrammer support being available. A truly portable
solution that allows engineers to work from their lab bench or office.
Figure 1-1. ATDH2200E Configurator Programming Board
1.3 In-System
Programming
Connector
Figure 1-2. In-System Programming Header
Notes: 1. Pin 10 activates SER_EN on target board.
2. NC stands for no connection.
The ATDH2200E programming board has a 10 pin header (0.1" spacing) to facilitate
in-system programming (Figure 1-2) of the AT17 parts. The control signals generated by
the software are fed to the header, as well as to socket U3 on the board. By placing a
similar socket on the target system and connecting the programming board to that
target system, the programming algorithms written by Atmel can be used to program an
AT17 device in-system.
Adapters Available for the
ATDH2200E
ATDH2220 for 20-pin PLCC Devices (Excluding 2-Mbit Devices)
(1)
NC
(2)
V
CC
NC
(2)
NC
(2)
DATA
SCLK RESET/OE
CE
NC
(2)
DATA
SCLK
GND
NC
NC
(2)
V
CC
(SER_EN)/GND
RESET/OE
CE
U7
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Atmel’s ATDH2200E Configurator Programming Kit
ATDH2200E Programming Kit User Guide 1-3
1417F–CNFG–4/09
ATDH2221 for 20-pin SOIC Devices
ATDH2222 for all 20-pin PLCC Devices (Including 2-Mbit Devices)
ATDH2223 for all 8-pin SOIC Devices
ATDH2224 for 44-pin TQFP Devices
ATDH2226 for 32-pin TQFP Devices
ATDH2227 for 44-pin PLCC Devices
ATDH2227A for 44-pin A Part PLCC Devices
ATDH2228 for 8-pin LAP Devices
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Atmel’s ATDH2200E Configurator Programming Kit
1-4 ATDH2200E Programming Kit User Guide
1417F–CNFG–4/09
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ATDH2200E Programming Kit User Guide 2-1
Rev. 1417F–CNFG–4/09
Section 2
Stand-alone Device Programming
Using Atmel’s ATDH2200E
Configurator Programming System
2.1 Hardware Setup This User Guide is intended for the ATDH2200 Programming Board Rev. 15.
2.1.1 Hardware
Requirements
ATDH2200 Programming Board Rev. 15
25-pin Parallel Cable
9V DC Power Supply
FPGA Configurators – AT17(A) Series Devices
PC with Standard Configuration Parallel Port
Socket Adapters
– ATDH2220 for 20-pin PLCC Devices (Excluding 2-Mbit Devices)
– ATDH2221 for 20-pin SOIC Devices
– ATDH2222 for all 20-pin PLCC Devices (Including 2-Mbit Devices)
– ATDH2223 for all 8-pin SOIC Devices
– ATDH2224 for 44-pin TQFP Devices
– ATDH2226 for 32-pin TQFP Devices
– ATDH2227 for 44-pin PLCC Devices
– ATDH2227A for 44-pin A Part PLCC Devices
– ATDH2228 for 8-pin LAP Devices
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Stand-alone Device Programming Using Atmel’s ATDH2200E Configurator Programming System
2-2 ATDH2200E Programming Kit User Guide
1417F–CNFG–4/09
2.1.2 Hardware
Connections
1. Connect the 25-pin parallel cable from the PC’s parallel port to connector P1 on
the ATDH2200 programming board.
2. Connect the power supply from an AC wall outlet to the 9V DC connector.
3. Set jumper JP2(1) to PROGRAM unless otherwise specified for a specific
procedure.
4. Set jumper JP1(2) towards the device being programmed.
5. Insert the AT17(A) Series device directly in the socket marked U3 or via a socket
adapter inserted into U3. Make sure the adapter is correctly placed into the
socket.
6. Set SW1 to the “ON” position to apply power to the board. LED (D1) illuminates.
Notes: 1. For Rev. 12 and 13 of the ATDH2200 board, this jumper is labeled as “JP1”.
2. If programming AT17C series devices, set the jumper towards AT17LV(A).
For Rev. 11 of the ATDH2200 board, this jumper is labeled as “JP3”. For
Rev. 12 and 13 this jumper is labeled as “J2”. For Rev. 14 this jumper is
labeled as “J3”.
2.2 Software Setup
2.2.1 Software
Requirements
CPS (Configurator Programming System)
Windows®98/2000/XP or WindowsNT®
2.2.2 Installing and/or
Launching CPS
If you are using Windows 2000/XP, the installation must be performed by a user
logged in with System Administrator privileges.
Atmel’s CPS software can be downloaded from the Atmel web site at:
http://www.atmel.com/dyn/products/tools_card.asp?tool_id=3191
Figure 2-1. ATDH2200 Stand-alone Device Programming
Parallel
Cable
Parallel
Port
PC
DB-25M
DB-25F
ATDH2200
AT17 Series
Configurator
Socket
25
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Stand-alone Device Programming Using Atmel’s ATDH2200E Configurator Programming System
ATDH2200E Programming Kit User Guide 2-3
1417F–CNFG–4/09
2.3 Using a
Configurator
with Atmel
FPGAs/FPSLIC®s
Perform the hardware and software setup as described in paragraphs 2.1 and 2.2.
2.3.1 Programming the
Contents of
a *.BST File to
AT17 Devices
1. Procedure ➞Select “/P: Partition, program and verify from an Atmel file”.
2. Input File ➞<design>.bst.
3. Output File ➞Defaults to <CPS_INSTALL_DIRECTORY>\out.bst or the most
recently used output filename.
4. Options ➞Default or previous settings are given. You may need to modify
the following:
– EEPROM Density ➞Select the device density.
– Reset Polarity ➞Select the reset polarity.
– FPGA Family ➞Select “AT40K/AT94K/Cypress” or “AT6K/Other”.
–A2BitLevel➞Select “Low”.
5. Press “Start Procedure” (1).
2.3.2 Reading the
Contents of the
Configurator to a
*.BST File
1. Procedure ➞Select “/R: Read data from device and save to an Atmel file”.
2. Output File ➞Defaults to <CPS_INSTALL_DIRECTORY>\out.bst or the most
recently used output filename.
3. Options ➞Default or previous settings are given. You may need to modify
the following:
– EEPROM Density ➞Select the device density.
– FPGA Family ➞Select “AT40K/AT94K/Cypress” or “AT6K/Other”.
–A2BitLevel➞Select “Low”.
4. Press “Start Procedure” (1).
2.3.3 Verifying the Device
against a *.BST File
1. Procedure ➞Select “/V: Verify device against an Atmel file”.
2. Input File ➞<design>.bst.
3. Options ➞Default or previous settings are given. You may need to modify
the following:
– EEPROM Density ➞Select the device density.
– FPGA Family ➞Select “AT40K/AT94K/Cypress” or “AT6K/Other”.
–A2BitLevel➞Select “Low”.
4. Press “Start Procedure” (1).
2.3.4 Verifying the Device
Reset Polarity
(AT17LVxx Devices
Only)
1. Procedure ➞Select “/X: Verify device reset polarity”.
2. Options ➞Default or previous settings are given. You may need to modify
the following:
– Reset Polarity ➞Select the reset polarity.
3. Set JP2(2) to the VERIFY position on the ATDH2200 board.
4. Press “Start Procedure” (1).
5. Set JP2(2) back to the PROGRAM position on the ATDH2200 board.
6. Press the View Log files button to view reset polarity.
Notes: 1. If CPS is being launched for the first time, the clock calibration dialog will
appear. Press “Yes” to proceed and select “High” for accurate calibration.
2. JP1 for Rev. 12 and 13 boards.
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Stand-alone Device Programming Using Atmel’s ATDH2200E Configurator Programming System
2-4 ATDH2200E Programming Kit User Guide
1417F–CNFG–4/09
2.4 Using a
Configurator
with Xilinx®
FPGAs
Perform the hardware and software setup as described in paragraphs 2.1 and 2.2.
2.4.1 Program the
Contents of
a *.MCS File to
AT17 Devices
1. Procedure ➞Select “/E: Convert, partition, program and verify from a Xilinx file”.
2. Input File ➞<design>.mcs (Xilinx’s straight hex file is also supported).
3. Output File ➞Defaults to <CPS_INSTALL_DIRECTORY>\out.bst or the most
recently used output filename.
4. Options ➞Default or previous settings are given. You may need to modify
the following:
– EEPROM Density ➞Select the device density.
– Reset Polarity ➞Select the reset polarity.
–A2BitLevel➞Select “Low”.
5. Press “Start Procedure” (1).
2.4.2 Converting
a*.MCSFile
1. Procedure ➞Select “/H: Convert a Xilinx file”.
2. Input File ➞<design>.mcs.
3. Output File ➞Defaults to <CPS_INSTALL_DIRECTORY>\out.bst or the most
recently used output filename.
4. Press “Start Procedure”.
2.4.3 Reading the
Contents of the
Configurator to
a *.BST File
1. Procedure ➞Select “/R: Read data from device and save to an Atmel file”.
2. Output File ➞Defaults to <CPS_INSTALL_DIRECTORY>\out.bst or the most
recently used output filename.
3. Options ➞Default or previous settings are given. You may need to modify
the following:
– EEPROM Density ➞Select the device density.
– FPGA Family ➞Select “AT6K/Other”.
–A2BitLevel➞Select “Low”.
4. Press “Start Procedure” (1).
2.4.4 Verifying the Device
against a* .BST File
1. Procedure ➞Select “/V: Verify device against an Atmel file”.
2. Input File ➞<design>.bst.
3. Options ➞Default or previous settings are given. You may need to modify
the following:
– EEPROM Density ➞Select the device density.
– FPGA Family ➞Select “AT6K/Other”.
–A2BitLevel➞Select “Low”.
4. Press “Start Procedure” (1).
Note: 1. If CPS is being launched for the first time, the clock calibration dialog will
appear. Press “Yes” to proceed and select “High” for accurate calibration.
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Stand-alone Device Programming Using Atmel’s ATDH2200E Configurator Programming System
ATDH2200E Programming Kit User Guide 2-5
1417F–CNFG–4/09
2.4.5 Verifying the Device
Reset Polarity
(AT17LVxx Devices
Only)
1. Procedure ➞Select “/X: Verify device reset polarity”.
2. Options ➞Default or previous settings are given. You may need to modify
the following:
– Reset Polarity ➞Select the reset polarity.
3. Set JP2(2) to the VERIFY position on the ATDH2200 board.
4. Press “Start Procedure” (1).
5. Set JP2(2) back to the PROGRAM position on the ATDH2200 board.
Notes: 1. If CPS is being launched for the first time, the clock calibration dialog will
appear. Press “Yes” to proceed and select “High” for accurate calibration.
2. JP1 for Rev. 12 and 13 boards.
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Stand-alone Device Programming Using Atmel’s ATDH2200E Configurator Programming System
2-6 ATDH2200E Programming Kit User Guide
1417F–CNFG–4/09
2.5 Using a
Configurator
with Altera®
FPGAs
Perform the hardware and software setup as described in paragraphs 2.1 and 2.2.
2.5.1 Programming the
Contents of
a *.POF/*.RBF File to
AT17 Devices
1. Procedure ➞Select “/A: Convert, partition, program and verify from an
Altera file”.
2. Input File ➞<design>.<pof | rbf>.
3. Output File ➞Defaults to <CPS_INSTALL_DIRECTORY>\out.bst or the most
recently used output filename.
4. Options ➞Default or previous settings are given. You may need to modify
the following:
– EEPROM Density ➞Select the device density.
– Reset Polarity ➞Select the reset polarity.
–A2BitLevel➞Select “Low”.
5. Press “Start Procedure” (1).
2.5.2 Converting and
Partitioning
a *.POF/*.RBF File
1. Procedure ➞Select “/B: Convert and partition an Altera file”.
2. Input File ➞<design>.<pof | rbf>.
3. Output File ➞Defaults to <CPS_INSTALL_DIRECTORY>\out.bst or the most
recently used output filename.
4. Options ➞Default or previous settings are given. You may need to modify
the following:
– EEPROM Density ➞Select the device density.
5. Press “Start Procedure”.
2.5.3 Reading the
Contents of the
Configurator to
a *.BST File
1. Procedure ➞Select “/R: Read data from device and save to an Atmel file”.
2. Output File ➞Defaults to <CPS_INSTALL_DIRECTORY>\out.bst or the most
recently used output filename.
3. Options ➞Default or previous settings are given. You may need to modify
the following:
– EEPROM Density ➞Select the device density.
– FPGA Family ➞Select “AT6K/Other”.
–A2BitLevel➞Select “Low”.)
4. Press “Start Procedure” (1).
2.5.4 Verifying the Device
against a *.BST File
1. Procedure ➞Select “/V: Verify device against an Atmel file”.
2. Input File ➞<design>.bst.
3. Options ➞Default or previous settings are given. You may need to modify
the following:
– EEPROM Density ➞Select the device density.
– FPGA Family ➞Select “AT6K/Other”.
–A2BitLevel➞Select “Low”.
4. Press “Start Procedure” (1).
Note: 1. If CPS is being launched for the first time, the clock calibration dialog will
appear. Press “Yes” to proceed and select “High” for accurate calibration.
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Stand-alone Device Programming Using Atmel’s ATDH2200E Configurator Programming System
ATDH2200E Programming Kit User Guide 2-7
1417F–CNFG–4/09
2.5.5 Verifying the Device
Reset Polarity
(AT17LVxx Devices
Only)
1. Procedure ➞Select “/X: Verify device reset polarity”.
2. Options ➞Default or previous settings are given. You may need to modify
the following:
– Reset Polarity ➞Select the reset polarity.
3. Set JP2 to the VERIFY position on the ATDH2200 board.
4. Press “Start Procedure” (1).
5. Set JP2 back to the PROGRAM position on the ATDH2200 board.
2.5.6 Enabling the Clock
Output on the
AT17LV512A/
010A/002A/040A
Configurator
1. Procedure ➞Select “/M: Enable AT17LV512A/010A/020A/002A/040 Internal
Clock”.
2. Options ➞Default or previous settings are given. You may need to modify
the following:
– EEPROM Density ➞Select the device density.
–A2BitLevel➞Select “Low”.
3. Press “Start Procedure” (1)(2).
2.5.7 Disabling the Clock
Output on the
AT17LV512A/
010A/002A/040A
Configurator
1. Procedure ➞Select “/M: Disable AT17LV512A/010A/020A/002A/040 Internal
Clock”.
2. Options ➞Default or previous settings are given. You may need to modify
the following:
– EEPROM Density ➞Select the device density.
–A2BitLevel➞Select “Low”.
3. Press “Start Procedure” (1)(2).
Notes: 1. If CPS is being launched for the first time, the clock calibration dialog will
appear. Press “Yes” to proceed and select “High” for accurate calibration.
2. After the internal oscillator (DCLK) of the device is enabled/disabled, a
power cycle (reset) of the programming board is required before any other
programming procedure takes place.
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Stand-alone Device Programming Using Atmel’s ATDH2200E Configurator Programming System
2-8 ATDH2200E Programming Kit User Guide
1417F–CNFG–4/09
2.6 Using a
Configurator
with Cypress®
FPGAs
Perform the hardware and software setup as described in paragraphs 2.1 and 2.2.
2.6.1 Programming the
Contents of a *.HEX
File to AT17 Devices
1. Procedure ➞Select “/CP: Convert, partition, program and verify from a
Cypress file”.
2. Input File ➞<design>.< hex>.
3. Output File ➞Defaults to <CPS_INSTALL_DIRECTORY>\out.bst or the most
recently used output filename.
4. Options ➞Default or previous settings are given. You may need to modify
the following:
– EEPROM Density ➞Select the device density.
– Reset Polarity ➞Select the reset polarity.
–A2BitLevel➞Select “Low”.
5. Press “Start Procedure” (1).
2.6.2 Converting and
Partitioning
a *.HEX File
1. Procedure ➞Select “/CB: Convert and partition a Cypress file”.
2. Input File ➞<design>.<hex>.
3. Output File ➞Defaults to <CPS_INSTALL_DIRECTORY>\out.bst or the most
recently used output filename.
4. Options ➞Default or previous settings are given. You may need to modify
the following:
– EEPROM Density ➞Select the device density.
5. Press “Start Procedure”.
2.6.3 Reading the
Contents of the
Configurator to
a *.BST File
1. Procedure ➞Select “/R: Read data from device and save to an Atmel file”.
2. Output File ➞Defaults to <CPS_INSTALL_DIRECTORY>\out.bst or the most
recently used output filename.
3. Options ➞Default or previous settings are given. You may need to modify
the following:
– EEPROM Density ➞Select the device density.
– FPGA Family ➞Select “AT6K/Other”.
–A2BitLevel➞Select “Low”.
4. Press “Start Procedure” (1).
2.6.4 Verifying the Device
against a *.BST File
1. Procedure ➞Select “/V: Verify device against an Atmel file”.
2. Input File ➞<design>.bst.
3. Options ➞Default or previous settings are given. You may need to modify
the following:
– EEPROM Density ➞Select the device density.
– FPGA Family ➞Select “AT6K/Other”.
–A2BitLevel➞Select “Low”.
4. Press “Start Procedure” (1).
Note: 1. If CPS is being launched for the first time, the clock calibration dialog will
appear. Press “Yes” to proceed and select “High” for accurate calibration.
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Stand-alone Device Programming Using Atmel’s ATDH2200E Configurator Programming System
ATDH2200E Programming Kit User Guide 2-9
1417F–CNFG–4/09
2.6.5 Verifying the Device
Polarity (AT17LVxx
Devices Only)
1. Procedure ➞Select “/X: Verify device reset polarity”.
2. Options ➞Default or previous settings are given. You may need to modify
the following:
– Reset Polarity ➞Select the reset polarity.
3. Set JP2(1) to the VERIFY position on the ATDH2200E board.
4. Press “Start Procedure”.
Note: 1. JP1 for Rev. 12 and 13 board.
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Stand-alone Device Programming Using Atmel’s ATDH2200E Configurator Programming System
2-10 ATDH2200E Programming Kit User Guide
1417F–CNFG–4/09
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ATDH2200E Programming Kit User Guide 3-1
Rev. 1417F–CNFG–4/09
Section 3
In-System Programming (ISP)
Using Atmel’s ATDH2200E
Configurator Programming System
3.1 Hardware Setup This User Guide is intended for the ATDH2200 Programming Board Rev.15.
3.1.1 Hardware
Requirements
ATDH2200 Programming Board Rev. 15
25-pin Parallel Cable
10-pin Ribbon Cable
PC with Standard Configuration Parallel Port
FPGA Configurators – AT17(A) Series Devices
3.1.2 Hardware
Connections
1. Connect the 25-pin parallel cable from the PC’s parallel port to connector P1 on
the ATDH2200 programming board.
2. Connect the 10-pin ribbon cable from the ATDH2200’s in-system programming
Header U1 to the Target System’s matching ISP Header.
3. Set jumper JP2(2) to PROGRAM(1).
4. Remove jumper JP1(1)(3).
5. Insert the AT17(A) Configurator in the socket of the Target System.
6. Apply power to the Target System.
Notes: 1. There is no jumper setting for the ATDH2225 ISP direct download cable.
Only the connection described in Figure 4 is required.
2. JP1 for Rev. 12 and 13 boards.
3. JP3 for Rev. 11 boards. J2 for Rev. 12 and 13 boards. J3 for Rev. 14
boards.
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In-System Programming (ISP) Using Atmel’s ATDH2200E Configurator Programming System
3-2 ATDH2200E Programming Kit User Guide
1417F–CNFG–4/09
3.2 Software Setup
3.2.1 Software
Requirements
CPS (Configurator Programming System)
Windows®98/2000/XP or Windows NT®
3.2.2 Installing and/or
Launching CPS
If you are using Windows 2000/XP, the installation must be performed by a user
logged in with System Administrator privileges.
Atmel’s CPS software can be downloaded from the Atmel web site at:
http://www.atmel.com/dyn/products/tools_card.asp?tool_id=3191
Figure 3-1. ATDH2200 In-System Programming
Figure 4. ATDH2225 In-System Programming
Parallel
Cable
Parallel
Port
PC
DB-25M
DB-25F
ATDH2200 FPGA FPGA
Target System
10-pin
Ribbon
Cable
In-System
Programming
Connector
Header
In-System
Programming
Connector
Header
AT17 Series
Configurator
25
10
PC
FPGA FPGA
Target System
10-pin
Ribbon
Cable
Programming
Dongle
In-System
Programming
Connector
Header
AT17 Series
Configurator
ATDH2225
10
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