USB MOD2

The USB MOD2 is a low-cost integrated module for transferring data to/from a peripheral and a host P.C at up to 8 Million bit (1 Megabyte) per second.

Based on the FTDI FT8U245 USB FIFO – Fast Parallel Data Transfer IC, its simple FIFO-like design makes it easy to interface to a CPU (MCU) either by mapping it into the memory. I/O map of the

PCU, using DMA or controlling the device via IO ports.
The USB MOD2 is ideal for rapid prototyping and development by offering a complete plug and play solution.

Module Features

• Single module High-Speed USB FIFO solution
• Based on FTDI FT8U245 USB FIFO – Fast Parallel Data Transfer IC
• Integrated Type-B USB Connector
• On-board 6MHz Crystal
• Provision for external EEPROM for USB enumeration data
• No external passive components required
• Module powered from USB bus (up to 60mA from USB for user application)
• 32-pin Dual In-Line Package (Ideal for prototyping)
• It fits into a standard 32-pin 600mil IC Socket

FT8U232AM IC FEATURES:

• Single-Chip Multi-Function DataTransfer Solution
• Send / Receive Data over USB at up to 1 Mb / sec
• 384 byte receive buffer / 128 byte transmit buffer for high data throughput
• Simple interface to CPU or MCU bus
• No in-depth knowledge of USB required as all USB Protocol is handled automatically within the I.C.
• FTDI’s Virtual COM port drivers eliminate the need for USB driver development in most cases
• Compact 32 pin (7mm x 7mm) MQFP package
• Integrated 6Mhz – 48Mhz Clock Multiplier aids emissions compliance
• Integrated 3.3v Regulator – No External Regulator Required

Absolute Maximum Ratings

• Storage Temperature : -65°C to + 150°C
• Ambient Temperature ( Power Applied ): 0°C to + 70°C
• VCC Supply Voltage : -0.5v to +6.00v
• DC Input Voltage
• Inputs: -0.5v to VCC + 0.5v
• High Impedance Bidirectionals : -0.5v to VCC + 0.5vDC Output Current – Outputs : 24mA
• DC Output Current – Low Impedance Bidirectionals: 24mA
• Power Dissipation : 500mW

Notes:

1. There may be slight size deviations due to manual measurement, different measuring methods and tools.
2. The picture may not reflect the actual colour of the item because of different photographing light, angle and display monitor