03-04-2017, 10:26 PM
Code for speedometer using FPGA board on verilog codes
|
verilog code for digital speedometer
|
Code for speedometer using FPGA board on verilog codes
07-04-2017, 12:51 PM
A digital speedometer is designed and implemented using FPGA (Field Programmable Gate Array). Here, the FPGA used is Smart FPGA Fusion. It is more flexible in embedded hardware and design where true on-chip (SoC) system solutions are needed FPGA devices are ideal for traditional fixed-function microcontrollers and without the costly cost of soft processor cores in traditional FPGAs. At the start, the speedometer is designed with Verilog Hardware Description Language. Synthesis software algorithmically transforms the Verilog source code into a netlist, a logically equivalent description consisting only of elementary logic primitives (AND, OR, NOT, flip-flops, etc.) that are available in an FPGA or VLSI Specific. The designed speedometer offers a lot of additional features than the existing speedometers. The special addition of this speedometer is that the speed of the speedometer is accurate not only in normal times but also at extremely small speeds.
In an automobile, a group of electronic instruments, a digital dashboard or a digital board for short, is an instrumentation system, including the speedometer which is displayed with a digital reading rather than with traditional analog indicators. Many refer to it simply as a digital speedometer. The implementation of the digital speedometer on FPGA is the basic concept of this document. FPGA is an innovative solution for the industrial, medical, energy, communications and military markets in diverse applications, including systems management, power management, motor control, industrial networks and visualization. In this work, a speedometer is designed and implemented in FPGA. Here, the speedometer shows the speed of the motor vehicle in km / h. However, the direction of the digital speedometer pulses from a sensor (attached to the wheel of the vehicle) and then calculate the speed of the vehicle and display the speed on an "LCD" or "7-segment display." The characteristics of this speedometer are given a digital reading, the speed is shown in km / h. He has shown that the most important feature is linear with speed change like the analogue speedometer. The speed range can be measured the speedometer is from 0 km / h to 999 km / hr. The additional feature of the speedometer can deal with decreased speed automatically, while other speedometers appear the same speed if the arrival of new pulse is very slow gradually.
In an automobile, a group of electronic instruments, a digital dashboard or a digital board for short, is an instrumentation system, including the speedometer which is displayed with a digital reading rather than with traditional analog indicators. Many refer to it simply as a digital speedometer. The implementation of the digital speedometer on FPGA is the basic concept of this document. FPGA is an innovative solution for the industrial, medical, energy, communications and military markets in diverse applications, including systems management, power management, motor control, industrial networks and visualization. In this work, a speedometer is designed and implemented in FPGA. Here, the speedometer shows the speed of the motor vehicle in km / h. However, the direction of the digital speedometer pulses from a sensor (attached to the wheel of the vehicle) and then calculate the speed of the vehicle and display the speed on an "LCD" or "7-segment display." The characteristics of this speedometer are given a digital reading, the speed is shown in km / h. He has shown that the most important feature is linear with speed change like the analogue speedometer. The speed range can be measured the speedometer is from 0 km / h to 999 km / hr. The additional feature of the speedometer can deal with decreased speed automatically, while other speedometers appear the same speed if the arrival of new pulse is very slow gradually.
|
« Next Oldest | Next Newest »
|
