FTDI-49MM

Features

• FT230X USB-to-FTDI Serial IC
• USB B connector (not micro or mini, but the beefy USB B connector)
• FTDI compatible pinout
• 3.3V or 5V selection jumper
• Header for 5V power distribution
• Rx and Tx LEDs
• (4) 4-40 mounting holes
  • Mounts to 95mm to 45mm adapter
  • Stacks up with standoffs for use with other 95mm cards

Headers/Jumpers

5V/3.3V Jumper

• Select 5V or 3.3V signal levels on FTDI connector
• 5V out on FTDI connector VCC pin

FDTI Connector

1. GND
2. CTSn
3. VCC
4. TX
5. RX
6. RTSn

USB Connector

• USB B Connector

Stackup with EP2 FPGA card

• Top to bottom of stackup

1. EP2C5-DB
2. Cyclone_II_EP2C5_Mini_Dev_Board Card
3. FTDI-49MM - (this card)
4. CARRIER95TO49MM

Pinout

1. GND
2. CTS* (in)
3. VCC
4. TX (out)
5. RX (in)
6. RTS* (out)

Card Test

• Connect test card to UUT
  • Connect FTDI - black = ground
  • Does not require LEDs connections
  • Does not require 5V Power Supply (used for OPTOUSB card)
• Test card
• Run puTTY
  • Baud rate = 115,200 baud
  • Hardware handshake RTS/CTS
• Jumper Settings - Normal operation
  • Left jumper in right position (loopback data)
  • Middle jumper in left position (handshake = active/ground)
  • Right jumper in right position (loopback handshake)
  • Type on keyboard and verify it returns data
• Jumper settings - Test Tx/Rx isolation
  • Move left jumper to left position
  • Type data nothing should come back (verify LED)
  • Move left jumper to right position
• Jumper settings - Test RTS/CTS
  • Move right jumper to left position (handshake controlled by middle jumper)
  • Type and characters should return
  • Move middle jumper to to right position (hardware handshake off)
  • Type and nothing should go through
  • Move middle jumper to to left position (hardware handshake on)
  • Characters that were buffered should come in at once

Assembly Sheet

FTDI-49MM Assembly Sheet