搜索资源列表
TEC.rar
- 基于MAX1968的TEC控制程序,单片机采用MSP430,12位的DA来控制的,实际应用过。,MAX1968-based control procedures of the TEC
yingbuxianjongzhiqi
- 设计硬布线控制器:针对TEC-4实验台利用ispLSI1032芯片设计一个硬布线控制器,本控制器可以执行五条控制台指令:PR,KRD,KWE,KLD,KRR以及九条机器指令:ADD,SUB,MUL,AND,STA,LDA,JMP, JC,STP。 -Hard-wired controller designed to: test-bed for the TEC-4 ispLSI1032 chip design using a hard-wired controller, the contr
l1024e_2
- CANopen object directory guidelines from SYS TEC.
16F877_and_2x16LCD_and_PWM
- example of code for 16f877 interfacing 2x16LCD and PWM output for hi-tec picc compiler
UC3638PWMTEC
- 基UC3638 的PWM 控制器在TEC 温控中的应用 -The PWM controller UC3638-based temperature control application in the TEC of the PWM controller UC3638-based temperature control application in the TEC
TEC2
- TEC-2机微程序分析器,计算机组成原理-TEC-2 machine micro-program analyzer, computer organization
TEC-wendukongzhi
- 一种新型的基于TEC的精密温控器设计 -A Novel Precision Temperature Controller TEC design a new type of precision temperature control based on TEC Design
TEMP-CORL-DS18B20
- TEC大电流温度控制程序,用于稳定TEC设备的温度,控制激光器外界环境的温度为室温,DFB项目时用的一些程序,DS18B20 非常有用,对于激光器控制非常有用-High Current TEC temperature control program, equipment to stabilize the temperature of TEC, the control laser at room temperature, the external environment, DFB project
20111016
- 空调控制装置的电路设计据半导体制冷器(TEC)和PTC 的物理特性分析了空调控制装置的技术关键,在分析温度控制的特点,以及在当前国内外在温度控制上所采用的方法的基础上,针对半导体制冷和PTC加热的原理设计出半导体制冷器和PTC加热的驱动电路,其具有控制精度高、控制温度范围大、制冷响应速度快等优点。-Air conditioning control device according to the circuit design of thermoelectric devices (TEC) and
code.bundle.lpc11xx.keil
- These are the examples of LPC1114 microcontroller,Microcontroller produced by NXP, founded by Phillips. These examples show many simple code that can be run in Keil software. The examples include: ADC, Blinky LED, gpio, i2c, i2c slave, pwm, rs485, CA
TEC-CA-experimentprocedure
- TEC-CA学生实验指导书 1.TEC-CA 介绍 2.调试软件DebugController的介绍 3.计算机组成原理实验详解 4.vhdl语法介绍-Of TEC-CA student experiment instructions 1.TEC-the CA describes the introduction of the debugging software DebugController. Principles of Computer Organization exper
rom_mem
- 设计14×6 位的ROM,其结构图如图1 所示。其中,reset 为复位按钮,可以采用TEC-CA 平台上的复位脉冲,对应ACEX1K100 型号芯片的管脚ID 为83,Cyclone 的则为240;clock 为时钟脉冲源,可采用TEC-CA 平台上单脉冲按钮,对应ACEX1K100 型号芯片管脚ID 为 79,Cyclone 的则为29;dout 为ROM 单元的输出引脚。-Design 146 of the ROM, the structure shown in Figure
asynram
- 设计32×6位的RAM,其结构图如图2所示。其中,adr为地址引脚,cs、wr、rd分别为片 选、写和读引脚,din_out为输入输出引脚。当cs=0且wr由低到高(上升沿)时,din上的输 入数据写入adr指示的单元中;当cs=0且rd=0时,adr对应单元的数据在dout数据线上读出。 因wr在上升沿时写入数据,因此可以采用TEC-CA平台上的单脉冲按钮作为wr。-Design 326 of RAM, the structure shown in Figure 2. Which,
XT101PCBofShandongXinTeng
- 山东芯腾科技单片机教程使用单片机原理与PCB布局图-The PCB map of Shandong Xinteng Tec Co.LtD
CPU
- 运用vhdl硬件描述语言在quartus II开发环境下独立设计与实现了基于精简指令集的五级流水线CPU的设计与实现。该流水CPU包括:取指模块,译码模块,执行模块,访存模块,写回模块,寄存器组模块,控制相关检测模块,Forwarding模块。该CPU在TEC-CA实验平台上运行,并且通过Debugcontroller软件进行单步调试,实验表明,该流水线CPU消除了控制相关、数据相关和结构相关。-Using vhdl hardware descr iption language developm
LD_drive_F4
- 基于stm32F407的850nm半导体激光器的驱动软件设计,编译器keil5.采用pid算法对半导体制冷器tec控制从而使半导体激光器的温度稳定在用户设定的范围内。-Based stm32F407 of 850nm semiconductor laser driver software design compiler keil5. Pid algorithm using semiconductor cooler tec control so that the temperature of th
TEC
- 用于TEC制热片的PID控制算法,使用IAR平台。(PID control for TEC, based on IAR platform)
tec-xp+基本指令和扩展指令
- 29条基本指令和clc jrns calr扩展指令真值表,适用于tec-xp+16位教学机,通过编译软件编译,写入match芯片(tec-xp+16 29basic clc jrns calr match chip)
STM TEC -PID 半导体制冷片 温控
- STM TEC -PID 半导体制冷片 温控(Temperature control of STM TEC -PID semiconductor chiller)
MAX1978-MAX1979-1515445
- TEC控温芯片,实现PID比例积分微分精准控温。实测可用。(Tec temperature control chip realizes PID proportional integral differential precise temperature control. The actual measurement is available.)