系统内置硬件看门狗和系统自检电路，确保硬件稳定、可靠运行。
System built-in hardware watchdog and system self-inspection circuit ensures steady and reliable operation of the hardware.
设计了上电自检电路、热电偶信号处理电路、DSP与CAN总线接口电路以及电源电路。
Automatic detecting circuit, signal adjusting circuit, DSP and CAN peripheral port circuit and electrical source circuit are designed.
设计了上电自检电路、热电偶信号处理电路、DSP与CAN总线接口电路以及电源电路。
Automatic detecting circuit, signal adjust circuit, DSP and CAN peripheral port circuit and electrical source circuit was designed.
由自检信号产生电路产生自检信号实现光栅自动测试仪的自检功能。
Signals of self test realize the function of self test of the grating auto testing instrument.
而且这也是非常重要的，因为程序员设计电路自检基于该电路中的分析——什么是好的电路和什么可能会导致失败。
This is important because the programmer designed the circuit self-test based on an analysis of a good circuit and what might fail within that circuit.
本文重点论叙了诊断装置中的IO板部分、A/D板部分、液体摆调平部分及其相关电路自检的软、硬件实现。
Realization of software and hardware of IO board section, A/D board section, liquid pendulum adjusting section and correlative circuit are discussing mainly.
为提高系统的可靠性，还设计了对电源控制保护器功能模块的自检测（BIT）电路和采取了有效的硬件与软件抗干扰措施。
To improve the system reliability, the build-in-test( BIT) circuits are also designed, and the effective hardware and software anti-disturbance methods are adopted.
系统包括传感器、信号处理电路和自检测系统；
The system comprises accelerometer, signal processing circuit and self-test system.
采用ADUC812单片机、数码管等，设计了集成化、嵌入式的自检测系统硬件电路，并利用汇编语言编程实现了机内自检测软件。
Then, the integrated and embedded self-test circuit was designed based on single chip ADUC812 and nixie tube etc. The self-test software was programmed based on assembly language.
具有全电路自检功能和抗干扰性强等特点。
With full circuit self-test function and anti-jamming features.
采用自检回绕思想，给出各转接电路板详细设计原理，并以离散量输入转接板设计为例给出了电路设计原理图。
Finally, the detailed principle design for each switching board was given, and the circuit schematic drawing of discrete input switching board was presented.
本发明的技术方案中检测元件检测元件具有一个自检验诊断电路。
In the technical proposal of the invention, the detecting element is provided with a self-checking diagnosis circuit.
为提高系统的可靠性，还设计了对电源控制保护器功能模块的自检测电路和采取了有效的硬件与软件抗干扰措施。
To improve the system reliability, the buildintest circuits are also designed, and the effective hardware and software antidisturbance methods are adopted.
当单位自动地被塞住入ac出口它自检、检查对于正确极性和测试设备地面的正直，即。绿色导线在分支电路。
When the unit is plugged into an AC outlet it automatically self-tests, checks for correct polarity and tests the integrity of the equipment ground, i. e. the green wire in the branch circuit.
高可靠性雷达接收机自动测试系统采用USB总线、增加了接收机状态控制、仪表在线监控功能和电路自检功能。
The radar automatic test instrument USES USB, and increases special state controller, on-line instruments controller and BIT.
高可靠性雷达接收机自动测试系统采用USB总线、增加了接收机状态控制、仪表在线监控功能和电路自检功能。
The radar automatic test instrument USES USB, and increases special state controller, on-line instruments controller and BIT.
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