Atmel ATDH2200E User manual

ATDH2200E Programming Kit
..............................................................................................................
User Guide

ATDH2200E Programming Kit User Guide
Section 1 Stand-alone Device Programming Using Atmel’s ATDH2200E
Configurator Programming System
For example schematics reference:
■The “FPGA Configuration EEPROM Memory” datasheets for AT17C/LVXXX(A)
device(s).
■The “AT17A Series Conversions from Altera FPGA Serial Configuration Memories”
application note for using Atmel Configurators in place of Altera devices (EPCXXXX).
Section 2 In-System Programming (ISP) Using Atmel’s ATDH2200E
Configurator Programming System
For example schematics reference:
■The “Programming Specification for Atmel’s FPGA Configuration EEPROMs”
application note for AT17C/LVXXX(A) device(s).
■The “In-System Programming Cascaded Configurators” application note for cascaded
Configurators.
■The “AT17A Series Conversions from Altera FPGA Serial Configuration Memories”
application note for using Atmel Configurators in place of Altera devices (EPCXXXX).

ATDH2200E Programming Kit User Guide

ATDH2200E Programming Kit User Guide i
Table of Contents
Section 1
Stand-alone Device Programming Using Atmel’s ATDH2200E
Configurator Programming System ......................................................1-1
1.1 Hardware Setup........................................................................................1-1
1.1.1 Hardware Requirements.....................................................................1-1
1.1.2 Hardware Connections.......................................................................1-1
1.2 Software Setup .........................................................................................1-2
1.2.1 Software Requirements......................................................................1-2
1.2.2 Install and/or Launch CPS..................................................................1-2
1.3 Using a Configurator with Atmel FPGA(s) ................................................1-3
1.3.1 Program the Contents of a .BST File to the
AT17C/LVXXX Device(s)....................................................................1-3
1.3.2 Read the Contents of the Configurator to a .BST File........................1-3
1.3.3 Verify the Device against a .BST File.................................................1-3
1.3.4 Verify the Device Reset Polarity.........................................................1-3
1.4 Using a Configurator with Xilinx FPGA(s).................................................1-4
1.4.1 Program the Contents of a .MCS File to the
AT17C/LVXXX Device(s)....................................................................1-4
1.4.2 Convert a .MCS File ...........................................................................1-4
1.4.3 Read the Contents of the Configurator to a .BST File........................1-4
1.4.4 Verify the Device against a .BST File.................................................1-4
1.4.5 Verify the Device Reset Polarity.........................................................1-5
1.5 Using a Configurator with Altera FPGA(s) ................................................1-6
1.5.1 Program the Contents of a .POF/.RBF/.HEX File to the
AT17C/LVXXX(A) Device(s)...............................................................1-6
1.5.2 Convert and Partition a .POF/.RBF/.HEX File....................................1-6
1.5.3 Read the Contents of the Configurator to a .BST File........................1-6
1.5.4 Verify the Device against a .BST File.................................................1-6
1.5.5 Verify the Device Reset Polarity.........................................................1-7
1.5.6 Enable the Clock Output on the AT17C/LV512A/010A/020A
Configurator........................................................................................1-7
1.5.7 Disable the Clock Output on the AT17C/LV512A/010A/020A
Configurator........................................................................................1-7

Table of Contents
ii ATDH2200E Programming Kit User Guide
Section 2
In-System Programming (ISP) 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.......................................................................2-1
2.2 Software Setup .........................................................................................2-2
2.2.1 Software Requirements......................................................................2-2
2.2.2 Install and/or Launch CPS..................................................................2-2
2.3 Using a Configurator with Atmel FPGA(s) ................................................2-3
2.3.1 Program the Contents of a .BST File to the
AT17C/LVXXX Device(s)....................................................................2-3
2.3.2 Read the Contents of the Configurator to a .BST File........................2-3
2.3.3 Verify the Device against a .BST File.................................................2-3
2.4 Using a Configurator with Xilinx FPGA(s).................................................2-4
2.4.1 Program the Contents of a .MCS File to the
AT17C/LVXXX Devices......................................................................2-4
2.4.2 Convert a .MCS File ...........................................................................2-4
2.4.3 Read the Contents of the Configurator to a .BST File........................2-4
2.4.4 Verify the Device against a .BST File.................................................2-4
2.5 Using a Configurator with Altera FPGA(s) ................................................2-5
2.5.1 Program the Contents of a .POF/.RBF/.HEX File to the
AT17C/LVXXX(A) Devices.................................................................2-5
2.5.2 Convert and Partition a .POF/.RBF/.HEX File....................................2-5
2.5.3 Read the Contents of the Configurator to a .BST File........................2-5
2.5.4 Verify the Device against a .BST File.................................................2-6
2.5.5 Enable the Clock Output on the AT17C/LV512A/010A/020A
Configurator........................................................................................2-6
2.5.6 Disable the Clock Output on the AT17C/LV512A/010A/020A
Configurator........................................................................................2-6

ATDH2200E Programming Kit User Guide 1-1
Section 1
Stand-alone Device Programming
Using Atmel’s ATDH2200E
Configurator Programming System
1.1 Hardware Setup
1.1.1 Hardware
Requirements ■ATDH2200 Programming Board
■25-pin Parallel Cable
■9V DC Power Supply
■FPGA Configurators – AT17C/LVXXX(A)
■PC with Standard Configuration Parallel Port(1)
■Socket Adapters
–ATDH2220 for 20-pin PLCC Devices (Excluding 2M-bit Devices)
–ATDH2221 for 20-pin SOIC Devices
–ATDH2222 for all 20-pin PLCC Devices (Including 2M-bit Devices)
1.1.2 Hardware
Connections 1. Connect the 25-pin parallel cable from the PC’s parallel port to connector P1 on the ATDH2200 programming board.(1)
2. Connect the power supply from an AC wall outlet to the 9V DC connector.
3. Set jumper JP2 to PROGRAM unless otherwise specified for a specific
procedure.
4. Set jumper JP3 to 5.0V if using an AT17CXXX(A) device or 3.3V if using an
AT17LVXXX(A) device.
5. Insert AT17C/LVXXX(A) device directly in the socket marked 17CXXX (U3) or via
a socket adapter inserted into U3. Make sure the adapter is correctly placed into
the socket marked 17CXXX (U3) and set the jumper(s) on the socket adapter, if
any, as appropriate.
6. Set S1 to the “ON” position to apply power to the board. Make sure the LED (D2)
illuminates.
Note: 1. LPT1 is the default port. LPT2 or LPT3, if available, can be selected from the COM
Port options list in CPS.

Stand-alone Device Programming Using Atmel’s ATDH2200E Configurator Programming System
1-2 ATDH2200E Programming Kit User Guide
1.2 Software Setup
1.2.1 Software
Requirements ■CPS (Configurator Programming System)
■Windows®95/Windows 98/Windows NT®
1.2.2 Install and/or
Launch CPS To install CPS under Windows 95/98:
1. Exit all open applications and insert the “AT17 Configurator Programming
System” installation disk in the appropriate drive
2. Click the Start button and select Run
3. Type your disk drive letter followed by :\CPSInstall.exe
(e.g., A:\CPSInstall.exe)
4. Follow the on-screen prompts to complete the installation
To install CPS under Windows NT:
1. The installation procedure is same as Windows 95/98, but the installation must
be done by the System Administrator

Stand-alone Device Programming Using Atmel’s ATDH2200E Configurator Programming System
ATDH2200E Programming Kit User Guide 1-3
1.3 Using a
Configurator
with Atmel
FPGA(s)
Perform hardware and software setup as described in paragraphs 1.1 and 1.2.
1.3.1 Program the
Contents of
a .BST File to the
AT17C/LVXXX
Device(s)
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.
–FPGAFamily➞Select “AT40K” or “AT6K/Other”.
– A2 Bit Level ➞Select “Low”. (Not applicable to 2M-bit devices)
5. Press “Start Procedure”(1)
1.3.2 Read 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.
–FPGAFamily➞Select “AT40K” or “AT6K/Other”.
– A2 Bit Level ➞Select “Low”. (Not applicable to 2M-bit devices)
4. Press “Start Procedure”(1)
1.3.3 Verify 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.
–FPGAFamily➞Select “AT40K” or “AT6K/Other”.
– A2 Bit Level ➞Select “Low”. (Not applicable to 2M-bit devices)
4. Press “Start Procedure”(1)
1.3.4 Verify the Device
Reset Polarity 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 READ position on the ATDH2200 board.
4. Press “Start Procedure”(1)
5. Set JP2 back to the PROGRAM position on the ATDH2200 board.
Note: 1. If CPS is being launched for the first time on the computer, the clockcalibration dialog
will be displayed. Press “Yes” to proceed with clock calibration and select “High” for
accurate calibration.

Stand-alone Device Programming Using Atmel’s ATDH2200E Configurator Programming System
1-4 ATDH2200E Programming Kit User Guide
1.4 Using a
Configurator
with Xilinx
FPGA(s)
Perform hardware and software setup as described in paragraphs 1.1 and 1.2.
1.4.1 Program the
Contents of
a .MCS File to the
AT17C/LVXXX
Device(s)
1. Procedure ➞Select “/E: Convert, partition, program and verify from 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. 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.
– A2 Bit Level ➞Select “Low”. (Not applicable to 2M-bit devices)
5. Press “Start Procedure”(1)
1.4.2 Convert a .MCS File 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”
1.4.3 Read 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.
–FPGAFamily➞Select “AT6K/Other”.
– A2 Bit Level ➞Select “Low”. (Not applicable to 2M-bit devices)
4. Press “Start Procedure”(1)
1.4.4 Verify 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.
–FPGAFamily➞Select “AT6K/Other”.
– A2 Bit Level ➞Select “Low”. (Not applicable to 2M-bit devices)
4. Press “Start Procedure”(1)
Note: 1. If CPS is being launched for the first time on the computer, the clockcalibration dialog
will be displayed. Press “Yes” to proceed with clock
calibration and select “High” for accurate calibration

Stand-alone Device Programming Using Atmel’s ATDH2200E Configurator Programming System
ATDH2200E Programming Kit User Guide 1-5
1.4.5 Verify the Device
Reset Polarity 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 READ position on the ATDH2200 board.
4. Press “Start Procedure”(1)
5. Set JP2 back to the PROGRAM position on the ATDH2200 board.
Note: 1. If CPS is being launched for the first time on the computer, the clockcalibration dialog
will be displayed. Press “Yes” to proceed with clock
calibration and select “High” for accurate calibration

Stand-alone Device Programming Using Atmel’s ATDH2200E Configurator Programming System
1-6 ATDH2200E Programming Kit User Guide
1.5 Using a
Configurator
with Altera
FPGA(s)
Perform hardware and software setup as described in paragraphs 1.1 and 1.2.
1.5.1 Program the
Contents of
a .POF/.RBF/.HEX
File to the
AT17C/LVXXX(A)
Device(s)
1. Procedure ➞Select “/A: Convert, partition, program and verify from an
Altera file”.
2. Input File ➞<design>.<pof | rbf | 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.
– A2 Bit Level ➞Select “Low”. (Not applicable to 2M-bit devices)
5. Press “Start Procedure”(1)
1.5.2 Convert and
Partition
a .POF/.RBF/.HEX
File
1. Procedure ➞Select “/B: Convert and partition an Altera file”.
2. Input File ➞<design>.<pof | rbf | 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”
1.5.3 Read 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.
–FPGAFamily➞Select “AT6K/Other”.
– A2 Bit Level ➞Select “Low”. (Not applicable to 2M-bit devices)
4. Press “Start Procedure”(1)
1.5.4 Verify 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.
–FPGAFamily➞Select “AT6K/Other”.
– A2 Bit Level ➞Select “Low”. (Not applicable to 2M-bit devices)
4. Press “Start Procedure”(1)
Note: 1. If CPS is being launched for the first time on the computer, the clockcalibration dialog
will be displayed. Press “Yes” to proceed with clock
calibration and select “High” for accurate calibration

Stand-alone Device Programming Using Atmel’s ATDH2200E Configurator Programming System
ATDH2200E Programming Kit User Guide 1-7
1.5.5 Verify the Device
Reset Polarity 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 READ position on the ATDH2200 board.
4. Press “Start Procedure”(1)
5. Set JP2 back to the PROGRAM position on the ATDH2200 board.
1.5.6 Enable the Clock
Output on the
AT17C/LV512A/010A
/020A Configurator
1. Procedure ➞Select “/M: Enable AT17C512A/010A/020A Internal Clock”.
2. Options ➞Default or previous settings are given. You may need to modify
the following:
– EEPROM Density ➞Select the device density.
– A2 Bit Level ➞Select “Low”. (Not applicable to 2M-bit devices)
3. Press “Start Procedure”(1)
1.5.7 Disable the Clock
Output on the
AT17C/LV512A/010A
/020A Configurator
1. Procedure ➞Select “/M: Disable AT17C512A/010A/020A Internal Clock”.
2. Options ➞Default or previous settings are given. You may need to modify
the following:
– EEPROM Density ➞Select the device density.
– A2 Bit Level ➞Select “Low”. (Not applicable to 2M-bit devices)
3. Press “Start Procedure”(1)
Note: 1. If CPS is being launched for the first time on the computer, the clockcalibration dialog
will be displayed. Press “Yes” to proceed with clock
calibration and select “High” for accurate calibration

Stand-alone Device Programming Using Atmel’s ATDH2200E Configurator Programming System
1-8 ATDH2200E Programming Kit User Guide

ATDH2200E Programming Kit User Guide 2-1
Section 2
In-System Programming (ISP)
Using Atmel’s ATDH2200E
Configurator Programming System
2.1 Hardware Setup
2.1.1 Hardware
Requirements ■ATDH2200 Programming Board
■25-pin Parallel Cable
■10-pin Ribbon Cable
■PC with Standard Configuration Parallel Port(1)
■FPGA Configurators – AT17C/LVXXX(A)
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.(1)
2. Connect the 10-pin ribbon cable from the ATDH2200’s in-system programming
Header U7 to the Target System’s matching in-system programming Header.
3. Set jumper JP2 to PROGRAM.
4. Remove jumper JP3.
5. Insert AT17C/LVXXX(A) Configurator in the socket of the Target System.
6. Apply power to the Target System.
Note: 1. LPT1 is the default port. LPT2 or LPT3, if available, can be selected from the COM
Port options list in CPS.

In-System Programming (ISP) Using Atmel’s ATDH2200E Configurator Programming System
2-2 ATDH2200E Programming Kit User Guide
2.2 Software Setup
2.2.1 Software
Requirements ■CPS (Configurator Programming System)
■Windows 95/Windows 98/Windows NT
2.2.2 Install and/or
Launch CPS To install CPS under Windows 95/98:
1. Exit all open applications and insert the “AT17 Configurator Programming
System” installation disk in the appropriate drive
2. Click the Start button and select Run
3. Type your disk drive letter followed by :\CPSInstall.exe
(e.g., A:\CPSInstall.exe)
4. Follow the on-screen prompts to complete the installation
To install CPS under Windows NT:
1. The installation procedure is same as Windows 95/98, but the installation must
be done by the System Administrator

In-System Programming (ISP) Using Atmel’s ATDH2200E Configurator Programming System
ATDH2200E Programming Kit User Guide 2-3
2.3 Using a
Configurator
with Atmel
FPGA(s)
Perform hardware and software setup as described in paragraphs 2.1 and 2.2.
2.3.1 Program the
Contents of a .BST
File to the
AT17C/LVXXX
Device(s)
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.
–FPGAFamily➞Select “AT40K” or “AT6K/Other”.
– A2 Bit Level ➞Select “Specify before each device”.
(Not applicable to 2M-bit devices)(2)
5. Press “Start Procedure”(1)
2.3.2 Read 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.
–FPGAFamily➞Select “AT40K” or “AT6K/Other”.
– A2 Bit Level ➞Select the level that matches the level seen on
the A2 pin of the target device. (Not applicable to 2M-bit devices)
4. Press “Start Procedure”(1)
2.3.3 Verify 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.
–FPGAFamily➞Select “AT40K” or “AT6K/Other”.
– A2 Bit Level ➞Select the level that matches the level seen on
the A2 pin of the target device. (Not applicable to 2M-bit devices)
4. Press “Start Procedure”(1)
Notes: 1. If CPS utility is being launched for the first time on the computer, the clock
calibration dialog will be displayed. Press “Yes” to proceed with clock calibration and
select “High” for accurate calibration.
2. During programming, you will be asked to select the level that matches the level seen
on the A2 input pin of each target device.

In-System Programming (ISP) Using Atmel’s ATDH2200E Configurator Programming System
2-4 ATDH2200E Programming Kit User Guide
2.4 Using a
Configurator
with Xilinx
FPGA(s)
Perform hardware and software setup as described in paragraphs 2.1 and 2.2.
2.4.1 Program the
Contents of
a .MCS File to
the AT17C/LVXXX
Devices
1. Procedure ➞Select “/E: Convert, partition, program and verify from 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. 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.
– A2 Bit Level ➞Select “Specify before each device”.
(Not applicable to 2M-bit devices)(2)
5. Press “Start Procedure”(1)
2.4.2 Convert a .MCS File 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 Read 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.
–FPGAFamily➞Select “AT6K/Other”.
– A2 Bit Level ➞Select the level that matches the level seen on
the A2 pin of the target device. (Not applicable to 2M-bit devices)
4. Press “Start Procedure”(1)
2.4.4 Verify 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.
–FPGAFamily➞Select “AT6K/Other”.
– A2 Bit Level ➞Select the level that matches the level seen on
the A2 pin of the target device. (Not applicable to 2M-bit devices)
4. Press “Start Procedure”(1)
Notes: 1. If CPS utility is being launched for the first time on the computer, the clock
calibration dialog will be displayed. Press “Yes” to proceed with clock calibration and
select “High” for accurate calibration.
2. During programming, you will be asked to select the level that matches the level seen
on the A2 input pin of each target device.

In-System Programming (ISP) Using Atmel’s ATDH2200E Configurator Programming System
ATDH2200E Programming Kit User Guide 2-5
2.5 Using a
Configurator
with Altera
FPGA(s)
Perform hardware and software setup as described in paragraphs 2.1 and 2.2.
2.5.1 Program the
Contents of
a .POF/.RBF/.HEX
File to the
AT17C/LVXXX(A)
Devices
1. Procedure ➞Select “/A: Convert, partition, program and verify from an
Altera file”.
2. Input File ➞<design>.<pof | rbf | 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.
– A2 Bit Level ➞Select “Specify before each device”.
(Not applicable to 2M-bit devices)(2)
5. Press “Start Procedure”(1)
2.5.2 Convert and
Partition
a .POF/.RBF/.HEX
File
1. Procedure ➞Select “/B: Convert and partition an Altera file”.
2. Input File ➞<design>.<pof | rbf | 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”
2.5.3 Read 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.
–FPGAFamily➞Select “AT6K/Other”.
– A2 Bit Level ➞Select the level that matches the level seen on
the A2 pin of the target device. (Not applicable to 2M-bit devices)
4. Press “Start Procedure”(1)
Notes: 1. If CPS utility is being launched for the first time on the computer, the clock
calibration dialog will be displayed. Press “Yes” to proceed with clock calibration and
select “High” for accurate calibration.
2. During programming, you will be asked to select the level that matches the level seen
on the A2 input pin of each target device.

In-System Programming (ISP) Using Atmel’s ATDH2200E Configurator Programming System
2-6 ATDH2200E Programming Kit User Guide
2.5.4 Verify 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.
–FPGAFamily➞Select “AT6K/Other”.
– A2 Bit Level ➞Select the level that matches the level seen on
the A2 pin of the target device. (Not applicable to 2M-bit devices)
4. Press “Start Procedure”(1)
2.5.5 Enable the Clock
Output on the
AT17C/LV512A/010A
/020A Configurator
1. Procedure ➞Select “/M: Enable AT17C512A/010A/020A Internal Clock”.
2. Options ➞Default or previous settings are given. You may need to modify
the following:
– EEPROM Density ➞Select the device density.
– A2 Bit Level ➞Select the level that matches the level seen on
the A2 pin of the target device. (Not applicable to 2M-bit devices)
3. Press “Start Procedure”(1)
2.5.6 Disable the Clock
Output on the
AT17C/LV512A/010A
/020A Configurator
1. Procedure ➞Select “/M: Disable AT17C512A/010A/020A Internal Clock”.
2. Options ➞Default or previous settings are given. You may need to modify
the following:
– EEPROM Density ➞Select the device density.
– A2 Bit Level ➞Select the level that matches the level seen on
the A2 pin of the target device. (Not applicable to 2M-bit devices)
3. Press “Start Procedure”(1)
Note: 1. If CPS utility is being launched for the first time on the computer, the clock
calibration dialog will be displayed. Press “Yes” to proceed with clock calibration and
select “High” for accurate calibration.