实现多个电控单元的集成测试及网络测试；
Realize the integrated and network test when equipped with many electronic control units;
这个选项选择类型的电控单元，用户会尝试连线。
This option selects type of ECU that user will try to connect.
最后，进行了电控单元的调试试验及喷油泵台架试验。
Then the ECU has been installed on the fuel injection pump test bed and the elementary bench experiment is made.
随着车内电控单元的增加，车内通讯网络也日趋多样化。
With the increasing of Electronic Control Unit (ECU) in vehicle, communication networks in vehicle are in variety.
安保系统主要使用运动传感器和开关将信号传递到电控单元。
The system basically uses motion sensors and switches to feed signals to anelectronics control unit.
提出了硬件电路的抗干扰设计方法，以保证电控单元的可靠性。
The methods of anti-interference for hardware circuit was proposed to ensure the reliability of ECU.
台架试验结果表明：电控单元能满足柴油机高压共轨系统的要求。
After bench test, it's shown that ECU can meet the control demand of high pressure common rail system in diesel engine.
然后介绍了电控单元(ecu)包括其软、硬件及标定系统的研制。
Then the development of electronic control unit (ECU) including its hardware software was reported.
典型的发动机控制系统由三部分组成：传感器、电控单元和执行器。
A typical engine control system consists of three parts: sensors, electronic control unit (ECU) and executors.
完成了电控单元的硬件设计，软件编制调试以及系统改进和完善工作。
The designing of hardware, programming and debugging of software and improvement of the electronic control system were accomplished.
氧传感器在电控发动机上的应用，实现了电控单元对发动机的闭环控制。
The oxygen sensor on electrically controlled engine application, has realized the electrically controlled unit to the engine closed-loop control.
现代发动机电控单元(ecu)越来越复杂，但却要求开发周期越来越短。
Modern electronic control units (ECU) for use with engines becomes all the more complicated, but their cycles of development become shorter.
通过该电控单元还可以切断指定气缸的氢气与汽油供给，从而实现停缸控制。
Cylinder cutoff was realized by stopping the fuel supply to the specified cylinders through the electronic control unit.
本文还对OBD系统电控单元进行了电气负荷与电磁兼容性设计与试验评估。
This article also developed electrical load and EMC design of OBD system electronic control unit.
阐述车载自诊断系统对传感器、电控单元、执行器和多路传输系统的诊断原理；
The author describes diagnostic principles of the OBD(On Board Diagnostic)system for sensors, ECU, actuators and SWS(Smart Wiring System).
电动助力转向采用电动机直接提供助力，助力大小由电控单元(ecu)控制。
The assist torque is provided by motor directly in EPS system, whose value is controlled by ECU.
高压蓄压器中的压力由电控单元根据轨道压力传感器测量的压力以及需要进行调节；
The pressure in the (accumulator) is (regulated) by ECU (according) to the (pressure) (measured) by the rail (pressure) sensor and the need.
电控单元的软硬件开发技术作为电控系统开发的关键技术，被严格保密，公开的资料很少。
The exploitation technology of electrical control unit is key technology electrical control system, it is secrecy, the open datum is very rarely.
本试验台可以反复模拟发动机在不同工况下各传感器、执行器、电控单元以及线路的各种故障。
The experimental rig can continuously produce various kinds of failure of the sensors, actuators, electronic controlled unit and circuits.
采用该方法完成了某车型牵引力控制原型的快速开发，为进一步开发目标电控单元奠定了基础。
Based on this method, the rapid development of control prototype of TCS for certain kind of vehicle has been completed, which sets the basis for developing target electric control unit of TCS.
以4 6 5发动机为对象，设计了电控单元，探讨了电控软件的实现方法，开发了软件系统。
The article designs electrical control unit for the 465 engine, study realization way about software system.
通用电控单元的研究与开发，对于完善电控发动机试验手段、提高试验效率具有重要的现实意义。
The study and development of universal electronic control unit have practical significance to improve tests method and tests efficiency.
选择凌阳公司的SPCE061A-16单片机作为电控单元的运算核心，完成信号采集、分析和处理工作。
SPCE061A-16 which is from SUNPLUS is selected as the processor of the ECU . It is used to catch, analyze and process the signals.
为了验证系统设计的正确性，进行了台架试验，结果表明，电控单元能完成控制要求并具有较好的控制效果。
To validate the design, a bench test was performed and the results show that the electronic control unit fulfils the control requirements satisfactorily.
本文通过对发动机电控单元通用开发平台的性能和技术要求的全面分析，提出了全双工异步串行通信解决方案。
The paper analyzes a development system for engine electronic control unit (ECU) and put forward a full-duplex asynchronous serial communication scheme.
论文涉及汽车发动机电控单元（ECU）软、硬件设计，是镇江江奎集团汽车电子产业项目—919项目的一部分。
The design of software and hardware of Engine Control Unit (ECU) given in this paper is a part of Automobile electronics project namely the 919 project of Jiankui Group.
论文涉及汽车发动机电控单元（ECU）软、硬件设计，是镇江江奎集团汽车电子产业项目—919项目的一部分。
The design of software and hardware of Engine Control Unit (ECU) given in this paper is a part of Automobile electronics project namely the 919 project of Jiankui Group.
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