Features Designed as a fast, high efficient, cost-effective tool to learn XILINX and ALTERA FPGA environments C Use hardware description language Bcircuits and status drawing to program digital circuit designs C FPGA I/O pin can be setup by users preference A to complete any complicated design Bsimulation and experiments in just minutes C PLCC Adownload program in EPROM and directly to FPGA C Use JTAG to download data and observation C 3.3V/2.5V power supply and program download LED C Reset key to clear data without reboot C FPGA chip can be randomly switched to accommodate Altera and Xilinx system C Provides FPGA expansion pin to control expansion circuits C Compatible with Windows 2000/Windows XP C Hardware Supported chipsets: Xilinx SpartanII XC2S200 BAltera ACEX EP1K100 C 2 sets oscillator frequency C 3 On/Off switch C 8 finger switch C 24 LED C Two 7-segment display C 2.5V B3.3V B5V power on main board C Reset key to clear FPGA programs C
Features Designed as a fast, high efficient, cost-effective tool to learn XILINX and ALTERA FPGA environments C Use hardware description language Bcircuits and status drawing to program digital circ
Features Designed as a fast, high efficient, cost-effective tool to learn XILINX and ALTERA FPGA environments C Use hardware description language Bcircuits and status drawing to program digital circ
Features: Provides low-cost, high-efficiency, flexible digital logic circuit evaluation environment Uses graphic Schmetic, finitude status machine (FSM) and hardware description language (HDL) to de
Features: Provides low-cost, high-efficiency, flexible digital logic circuit evaluation environment Uses graphic Schmetic, finitude status machine (FSM) and hardware description language (HDL) to de
Features: Provides low-cost, high-efficiency, flexible digital logic circuit evaluation environment Uses graphic Schmetic, finitude status machine (FSM) and hardware description language (HDL) to de
Features: Provides low-cost, high-efficiency, flexible Xilinx and Altera FPGA digital logic circuit design environment Uses hardware description language (HDL), circuit graphic, status flow to edit,
Features: Provides low-cost, high-efficiency, flexible Xilinx and Altera FPGA digital logic circuit design environment Uses hardware description language (HDL), circuit graphic, status flow to edit,
Features: Provides low-cost, high-efficiency, flexible Xilinx and Altera FPGA digital logic circuit design environment Uses hardware description language (HDL), circuit graphic, status flow to edit,
Overview DMA-ISP1581 USB 2.0 development board with USB ISP1581 chip provides high speed USB features for micro controller/micro processors C ISP1581 integrates with ISP89C61X2 micro processor and us
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