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Description: 介绍了基于FPGA的多功能计程车计价器的电路设计。该设计采用了可编程逻辑器件FPGA的ASIC设计，并基于超高速硬件描述语言VHDL在Xilinx公司的SpartanⅡ系列的2sc200PQ208-5芯片上编程实现了整个系统的控制部分，整个自动控制系统由四个模块构成：秒分频模块、控制模块、计量模块和译码显示模块。该设计不仅仅实现了显示计程车计费的功能，其多功能表现在它可以通过选择键选择显示计程车累计走的总路程和乘客乘载的时间。计时、计程、计费准确可靠，应用于实际当中有较好的实用价值和较高的可行性。-introduced FPGA-based multifunctional taxi meter circuit design. The design using programmable logic device FPGA ASIC design, and for the super-high-speed VHDL hardware description language in the company Xilinx Spartan II Series 2 sc 200PQ208-5 chip programming of the control system as a whole, Automatic control the entire system from four modules : a seconds-frequency module, control module, metrology modules and decoding module. The design not only achieved a taxi showed Billing functions, Multifunctional its performance through its keypad revealed taxi taking the cumulative total journey of the passengers took the set time. Program, log, billing is accurate, reliable and practical application of them have good practical value and the higher the possibility.
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Size: 9090 |
Author: 柑佬 |
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Description: 介绍了基于FPGA的多功能计程车计价器的电路设计。该设计采用了可编程逻辑器件FPGA的ASIC设计，并基于超高速硬件描述语言VHDL在Xilinx公司的SpartanⅡ系列的2sc200PQ208-5芯片上编程实现了整个系统的控制部分，整个自动控制系统由四个模块构成：秒分频模块、控制模块、计量模块和译码显示模块。该设计不仅仅实现了显示计程车计费的功能，其多功能表现在它可以通过选择键选择显示计程车累计走的总路程和乘客乘载的时间。计时、计程、计费准确可靠，应用于实际当中有较好的实用价值和较高的可行性-introduced FPGA-based multifunctional taxi meter circuit design. The design using programmable logic device FPGA ASIC design, and for the super-high-speed VHDL hardware description language in the company Xilinx Spartan II Series 2 sc 200PQ208-5 chip programming of the control system as a whole, Automatic control the entire system from four modules : a seconds-frequency module, control module, metrology modules and decoding module. The design not only achieved a taxi showed Billing functions, Multifunctional its performance through its keypad revealed taxi taking the cumulative total journey of the passengers took the set time. Program, log, billing is accurate, reliable and practical application of them have good practical value and the higher the feasibility
Platform: |
Size: 8456 |
Author: 石头 |
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Description: 介绍了基于FPGA的多功能计程车计价器的电路设计。该设计采用了可编程逻辑器件FPGA的ASIC设计，并基于超高速硬件描述语言VHDL在Xilinx公司的SpartanⅡ系列的2sc200PQ208-5芯片上编程实现了整个系统的控制部分，整个自动控制系统由四个模块构成：秒分频模块、控制模块、计量模块和译码显示模块。该设计不仅仅实现了显示计程车计费的功能，其多功能表现在它可以通过选择键选择显示计程车累计走的总路程和乘客乘载的时间。计时、计程、计费准确可靠，应用于实际当中有较好的实用价值和较高的可行性。-introduced FPGA-based multifunctional taxi meter circuit design. The design using programmable logic device FPGA ASIC design, and for the super-high-speed VHDL hardware description language in the company Xilinx Spartan II Series 2 sc 200PQ208-5 chip programming of the control system as a whole, Automatic control the entire system from four modules : a seconds-frequency module, control module, metrology modules and decoding module. The design not only achieved a taxi showed Billing functions, Multifunctional its performance through its keypad revealed taxi taking the cumulative total journey of the passengers took the set time. Program, log, billing is accurate, reliable and practical application of them have good practical value and the higher the possibility.
Platform: |
Size: 9216 |
Author: 柑佬 |
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Description: 介绍了基于FPGA的多功能计程车计价器的电路设计。该设计采用了可编程逻辑器件FPGA的ASIC设计，并基于超高速硬件描述语言VHDL在Xilinx公司的SpartanⅡ系列的2sc200PQ208-5芯片上编程实现了整个系统的控制部分，整个自动控制系统由四个模块构成：秒分频模块、控制模块、计量模块和译码显示模块。该设计不仅仅实现了显示计程车计费的功能，其多功能表现在它可以通过选择键选择显示计程车累计走的总路程和乘客乘载的时间。计时、计程、计费准确可靠，应用于实际当中有较好的实用价值和较高的可行性-introduced FPGA-based multifunctional taxi meter circuit design. The design using programmable logic device FPGA ASIC design, and for the super-high-speed VHDL hardware description language in the company Xilinx Spartan II Series 2 sc 200PQ208-5 chip programming of the control system as a whole, Automatic control the entire system from four modules : a seconds-frequency module, control module, metrology modules and decoding module. The design not only achieved a taxi showed Billing functions, Multifunctional its performance through its keypad revealed taxi taking the cumulative total journey of the passengers took the set time. Program, log, billing is accurate, reliable and practical application of them have good practical value and the higher the feasibility
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Size: 8192 |
Author: 石头 |
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Description: 4乘4键盘识别与显示程序和说明（vhdl）
设计了一个的4x4键盘识别与显示模块。小键盘中有0~f共16个按键，小键盘和数码管都连接到PLD芯片上。-4 x 4 keyboard and display identification and description of procedures (vhdl) designed a recognition of the 4x4 keypad and display module. Small keyboard in the 0 ~ f total of 16 keys, small keyboard and digital tube are connected to the PLD chip.
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Size: 88064 |
Author: coolrainy |
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Description: vhdl的很多例子，包括LED、lcd、按键、数码管等等，非常的实用。-VHDL of many examples, including the LED, lcd, keypad, digital control and so on, very practical.
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Size: 855040 |
Author: 盐城 |
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Description: 4*4按键扫描VHDL程序 在开发板上调试成功,放心使用 -4* 4 keypad scanning process in the development of on-board VHDL debugging success, rest assured that the use of
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Size: 2048 |
Author: 徐辉 |
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Description: 4X4 keypad using cpld wriitten in vhdl.when we press and button it will display key on 7 segment displa
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Size: 4096 |
Author: narendra |
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Description: Our project is to design and implement a Tetris game by using FPGA. Tetris a puzzle game that uses 4 square blocks joining edge to edge to form various combinations of shapes. There are 7 unique shapes. The shapes are controlled with the arrow keys from keypad or joystick. Both keypad and joystick are used to control the rotation of the shape. The reason we use both keypad and joystick as controller tool is that the players can have two options to control the game conveniently. However, we may use either keypad or joystick in our presentation to make the best effect. -Our project is to design and implement a Tetris game by using FPGA. Tetris is a puzzle game that uses 4 square blocks joining edge to edge to form various combinations of shapes. There are 7 unique shapes. The shapes are controlled with the arrow keys from keypad or joystick. Both keypad and joystick are used to control the rotation of the shape. The reason we use both keypad and joystick as controller tool is that the players can have two options to control the game conveniently. However, we may use either keypad or joystick in our presentation to make the best effect.
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Size: 5120 |
Author: krishna |
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Description: this file is keypad in vhdl code
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Size: 2048 |
Author: ahnsso |
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Description: 利用VHDL实现4X4键盘的扫描和译码，并且在数码管显示相应的按键值。-Use VHDL to achieve 4X4 keypad scanning and decoding, and displays the corresponding value in the digital keys.
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Size: 12618752 |
Author: 冯凯 |
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