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verilog
- 基于QUATEUS2的设计一个8位频率计verilog语言编程-The design is based QUATEUS2 an 8-bit frequency counter verilog programming language
ATmega88_cn
- ATmega48/88/168产品特性 • 高性能、低功耗的8 位AVR® 微处理器 – 256/512/512 字节的EEPROM (ATmega48/88/168) 擦写寿命: 100,000 次 – 512/1K/1K 字节的片内SRAM (ATmega48/88/168) – 具有独立振荡器的实时计数器RTC – 六通道PWM – 8路10 位ADC(TQFP 与MLF 封装) – 6路10 位ADC( PDIP 封装) – 可编程的串
shiyan6
- 一个8位的十进制频率计数器,功能经过测试.-An 8-bit decimal frequency counter, function tested.
counter
- there is a text file of code for 8 bit up counter in verilog.
32counter
- 用VHDL语言设计一个32位二进制计数器并进行功能仿真 2.用VHDL语言设计一个8位数码扫描显示电路 -A 32-bit binary counter design using VHDL language and functional simulation using VHDL language design an 8-bit digital scanning display circuit
counter8
- 基于verilog的8位计数器的编写，有测试程序，并且测试通过-Based on the 8-bit counter verilog preparation, test procedures, and test by
Eight-16-band-frequency-meter-design
- 8位16进制频率计的设计，其中包括测评控制电路的设计，32位锁存器的设计，32位计数器的设计和频率计顶层文件-Eight 16-band frequency of the design, including the design of the evaluation of the control circuit, 32-bit latch design, the design of 32-bit counter and frequency meter top-level document
daima
- 利用AT89S51单片机的T0、T1的定时计数器功能，来完成对输入的信号进行频率计数，计数的频率结果通过8位动态数码管显示出来。要求能够对0－250KHZ的信号频率进行准确计数，计数误差不超过±1HZ。-The AT89S51 microcontroller T0, T1 timing counter function to complete the input signal frequency count, counting the frequency of the results of an
PIC
- PIC16F877A编程，单键触发8位二进制累加计数器-PIC16F877A programming, touch trigger 8-bit binary up-counter
PLC-8-bit-counter-proteus
- PLC 8位计数抢答器的程序已及仿真程序图-PLC 8-bit counter Responder program has been and simulation program in Figure
Count8
- vhdl code for eight bit counter
8比特的约翰逊计数器
- 用Verilog语言编写程序实现8比特约翰逊计数器(Write a program in Verilog language to implement the 8 bit Johnson counter.)