UMFT602A-B

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The UMFT602B-B is a high speed universal digital interface board, designed to simplify the connection between a computer system and FPGA based digital components. This board can be used in a variety of applications and is a great choice for prototyping, debugging, or general experimentation. It is part of the evaluation and demonstration boards and kits family that enables quick evaluation and demonstration of FPGA and CPLD designs.

The UMFT602-B board features a 64-pin DIP socket, a 6-pin FTDI FT232RL interface, a 100-pin I/O connector, two 74VHC244 (tri-state I/O buffers) with a 16-bit/8-bit bus, and an 8-bit microcontroller. This board also features a wide variety of expansion functions, including a DDS waveform generator, a temperature sensor, a PWM controlled fan, and a 12-bit A/D converter.

The UMFT602-B board is designed to provide a flexible and inexpensive platform for the quick evaluation and demonstration of FPGA and CPLD designs. It is suitable for prototyping, debugging, and general experimentation, with a variety of I/O pins and standard connections. The board also includes a wide variety of integrated functions, including a microcontroller, a DDS waveform generator, a temperature sensor, a PWM-controlled fan, and an 8-bit A/D converter.

The UMFT602-B board supports a wide variety of digital communications protocols, including I2C, SPI, and UART. It also supports the connection of up to 16 FPGA pins at a time, with up to 16 I/O pins, two control lines, and a reset line. Additionally, the board includes an 8-bit microcontroller and a DDS waveform generator.

The board supports a wide variety of development tools, including the Xilinx ISE FPGA design language, the Altera Max+Plus II development environment, the Quartus II CAD tool, and the Microchip MPLAB IDE development environment.

The UMFT602-B is designed to provide an accessible and cost-effective platform for prototyping, debugging, and general experimentation. It features a wide variety of integrated functions, supports a wide variety of digital communications protocols, and is compatible with a variety of development tools, making it a great choice for quick evaluation and demonstration of FPGA or CPLD designs.

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