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  Legacy Modules
This section provides information on some of the legacy modules which use the FT8U232AM or FT8U245AM devices.  Some of these products may still be available, even though the FT8U232AM/FT8U245AM have been superseded by the FT232BM/FT245BM devices.  Information on availability can be obtained through the FTDI Sales Network.

 

 

  DLP Design - DLP-IO16

The DLP-IO16 consists of a Universal Serial Bus (USB) Interface, a PIC 16F84A (target)
microcontroller and a Flash programming system.  The USB interface is designed around FTDI’s
FT8U245AM and is used for both the Flash download process and host communications
(16F84A to Host PC) at run time.  The target processor (16F84A) will hold 1024 14-bit words of
ROM, 68 bytes of RAM and 64 bytes of EEPROM, none of which is used by the on-board Flash
Programming system.  The Flash programming system is comprised of a PIC 16F872 and a 12.5V DC-DC converter and is used exclusively to perform the download process.


Hex file data can be written directly into the 16F84A’s Flash memory without the need for an
external device programmer.  PC application software that runs under Windows 98/2000 is
available from http://www.dlpdesign.com as a free download that performs the Flash download process.


The DLP-IO16 connects to the user’s hardware via 8 buffered digital inputs and 8 latched digital
outputs.  The digital outputs are implemented using an SN74HC374 and are specified to drive up
to 15 LSTTL loads each.  The digital inputs also use a SN74HC374 to latch the incoming digital
data.

 

To download the DLP-IO16 data sheet, click here.

 

Availability can be checked through the FTDI Sales Network.

 

 

 
  DLP Design - DLP-IO26

The DLP-IO26 consists of a Universal Serial Bus (USB) Interface, a PIC 16F877 (target)
microcontroller and a Flash programming system.  The USB interface is designed around FTDI’s
FT8U245AM and is used for both the Flash download process and host communications
(16F877 to Host PC) at run time.  The target processor (16F877) will hold 8192 14-bit words of
ROM, 368 bytes of RAM and 256 bytes of EEPROM, none of which is used by the on-board
Flash Programming system.  The Flash programming system is comprised of a PIC 16F872 and a
12.5V DC-DC converter and is used exclusively to perform the download process.


Hex file data can be written directly into the 16F877’s Flash memory without the need for an
external device programmer.  PC application software that runs under Windows 98/2000 is
available from http://www.dlpdesign.com as a free download that performs the Flash download process.


The DLP-IO26 connects to the user’s hardware via 8 buffered digital inputs and 18 general purpose
I/O lines.  The digital outputs are implemented using an SN74HC374 and are specified
to drive up to 15 LSTTL loads each.

 

To download the DLP-IO26 data sheet, click here.

 

Availability can be checked through the FTDI Sales Network.

 

 

 
  DLP Design - DLP-USB1

The DLP-USB1 provides an easy cost-effective method of transferring data to / from a peripheral and a host at up to 8 Million bits (1 Megabyte) per second.  It’s simple FIFO-like design makes it easy to interface to any microcontroller or microprocessor via IO ports.
 

To send data from the peripheral to the host computer simply write the byte wide data into the module when TXE# is low.  If the (384 byte) transmit buffer fills up or is busy storing the previously written byte, the device takes TXE# high in order to stop further data from being written until some of the FIFO data has been transferred over USB to the host.


When the host sends data to the peripheral over USB, the device will take RXF# low to let the peripheral know that data is available.  The peripheral then reads the data until RXF# goes high indicating no more data is available to read.
 

By using FTDI’s virtual COM port drivers, the peripheral looks like a standard COM port to the application software.  Commands to set the baud rate are ignored - the device always transfers data at it’s fastest rate regardless of the application’s baud rate setting.  The latest versions of the drivers are available for download from FTDI's Drivers page.

 

To download the DLP-USB1 data sheet, click here.

 

Availability can be checked through the FTDI Sales Network.

 

 

 
 



 

© Future Technology Devices International Ltd. 2007