Feature Supported Chipset: Anadigm AN10E40 C Supports ROM: FPGA ROM: 17C65.17C128.17C256 @ @ I2C ROM: 24LC09.24LC16.24LC64.24LC128.24LC256.24LC512 Frequency: 1MHz Oscillator Output: 1MHz Adivides chip area twice of 1~62 Input: Direct power +9v~+12v Output: Direct power +5V Adual power virtual ground +2.5V 2 sets of 2.5`` surround sound headsets Connection Interface: serial port RS-232 and universal serial bus USB(supports Windows2000 or above) Expansion Board: Anadigm AN10E40 single board Acan download from development system or ROM(Stand Alone Operation) Experiment Provides 20 analog bits(CABs) to design solion Bfilter Bsignal accumulator wave maker Bcounter amplifier Bsample comparator Ato perform small signal process experiments Can use hatch connect to universal board or bread board to expand circuit Specification Use Windows-Based design software to draw circuits Ano need to study HDL language Connect with Anadigm Designer software to connect Bdesign Bsimulate and download without switching procedure to save time Provides BootROM download function Asupports either FPGA ROM or I2CROM Serve as Download Cable, download chip configuration to Target System Supports USB, allow user to operate on notebook with no serial port Light signal and buzzer can master download status accurately
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,
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 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
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