CN100493226C - Test system of the mobile terminal power consumption - Google Patents

Test system of the mobile terminal power consumption Download PDF

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CN100493226C
CN100493226C CN 200710063260 CN200710063260A CN100493226C CN 100493226 C CN100493226 C CN 100493226C CN 200710063260 CN200710063260 CN 200710063260 CN 200710063260 A CN200710063260 A CN 200710063260A CN 100493226 C CN100493226 C CN 100493226C
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mobile terminal
power consumption
keyboard
test
according
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CN101018383A (en
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洋 刘
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华为技术有限公司
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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02DCLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THIR OWN ENERGY USE
    • Y02D70/00Techniques for reducing energy consumption in wireless communication networks

Abstract

本发明涉及一种移动终端功耗的测试系统,包括:键盘控制器,与被测移动终端相连接,用来根据指令进行键盘操作;程控电源,与被测移动终端的电源接口相连接,用来测量所述被测移动终端的功耗;主控模块,与所述键盘控制器和程控电源相连接,用来对所述键盘控制板下发指令,和读取所述程控电源测量的被测移动终端的功耗。 The present invention relates to a mobile terminal of the test power system, comprising: a keyboard controller, connected to the mobile terminal under test, a keyboard for operation according to the instruction; programmable power supply, is connected to the power interface of the mobile terminal measured using measuring the power consumption of the mobile terminal under test; master control module, connected with the keyboard controller and the programmable power supply, is used to send instructions to the programmable power supply and the reading of the keyboard, the measurement control board measuring the power consumption of the mobile terminal. 所述移动终端功耗测试系统可高效而准确的测试移动终端的功耗。 The power consumption of the mobile terminal efficiently and accurately testing system tests the power consumption of the mobile terminal.

Description

移动终端功耗的测试系统 Power consumption of the mobile terminal of the test system

技术领域 FIELD

本发明涉及一种移动终端功耗的测试系统,尤其是一种可以高效准确的测i式移动终端功*毛的测试系统。 The present invention relates to a mobile terminal of the power consumption of the test system, in particular a high accuracy measurement can be i * function type mobile terminal hair test system.

背景技术 Background technique

功-毛对移动终端有非常重要的意义,移动终端验证过程中,关于功耗一个比较重要的问题就是模拟用户使用移动终端的不同状态下(如翻盖移动终 Power - the mobile terminal hair very important, in different states of the mobile terminal during authentication, the power consumption on a more important issue is to simulate the user of the mobile terminal (e.g., mobile terminal clamshell

端在不同应用中退出,盒盖后的状态;直板移动终端多次搡作后退出应用后的状态等等)返回待机以及各种应用下移动终端功耗电流状态,移动终端软件是否能够正常处理,控制移动终端进入正常的待机状态,保持正常的待机电流。 Exit end in different applications, the cover state; mobile terminal exits after multiple bar for shoving a state after the application, etc.) and returns to the standby power consumption of mobile terminals in various applications current state, if the mobile terminal software can properly process to control the mobile terminal enters the normal standby state, the standby current to maintain normal.

发明人在实现本发明的过程中测试发现,经常由于设计缺陷的原因,导致移动终端在某种应用进行后,软件没有正常处理,移动终端处于非正常待机状态,,人移动终端的界面和外观上完全看不出,当时待机电流非常大,典型情况下是普通待机状态的IO倍,甚至更高,直接的用户感受就是用户感觉移动终端可以正常使用,但是功耗非常大,电流很快耗光。 The inventors have found that the test implementation of the present invention, it is often due to design flaws, cause the mobile terminal after certain applications, the software is not normally processed, the mobile terminal is in a normal standby state and appearance of human interface ,, the mobile terminal on not see, then the standby current is very large, typically is IO times the normal standby state, or even higher, intuitive user experience that users feel the mobile terminal can be used normally, but power consumption is very large, fast current consumption Light. 造成了非常坏的市场影响。 Resulting in a very bad impact on the market.

针对这个问题,目前的测试方式都是基于测试人员手动验证的方法进行。 To address this issue, the current testing methods have been tested to manually verify the method. 因此存在以下不足: Therefore, the following deficiencies:

1、 验证不够全面,验证效率比较低,由于仪表和人力资源的限制,验证 1, verification is not comprehensive enough, verification efficiency is relatively low, due to the limitations of instruments and human resources, verification

速度和广度是有矛盾的; Speed ​​and breadth are contradictory;

2、 在产品后期版本频繁的时候矛盾更为突出,在产品后期版本频繁,导致了无法在一个版本周期内验证完毕所有用例,另外根据目前的开发质量, 每个版本都需要尽可能验证,验证的范围和用例也在进一步扩大,都导致了无法在一个版本周期内验证完毕所有用例的目的,验证效率比较低; 2, frequently in later versions of the product when the contradiction is more prominent in later versions of the product frequently, leading to completion of all use cases can not be verified in a release cycle, the other based on the current development of quality, each version needs to be verified as far as possible, verify the scope and also further expand the use cases, have led to the completion of all purposes can not validate use cases in a release cycle, the verification efficiency is relatively low;

3、无法有效验证一些概率性问题,原因同上,基本用例测试就比较耗时, 3, can not effectively verify the probability of some issues, for the same reason, the basic case testing is more time-consuming,

测试人员很难投入到验证一定概率性问题的中去,同样用例频繁验证自动方式有一定的优势。 Testers hard to get into a certain probability to verify issues go, the same use cases frequently verify the automatic mode has some advantages.

因此,目前没有一种高效、准确的移动终端功耗测试系统。 Therefore, there is not an efficient and accurate power consumption of the mobile terminal test system.

发明内容 SUMMARY

本发明实施例提供一种移动终端功耗测试系统,以实现高效而准确的测试移动终端的功耗。 Example embodiments provide a mobile terminal power test system of the invention, to achieve a power efficient and accurate testing of the mobile terminal.

本发明实施例提供了一种移动终端功耗的测试系统,包括: 键盘控制器,与被测移动终端相连接,用来根据指令进行键盘操作; 程控电源,与被测移动终端的电源接口相连接,用来测量所述被测移动终端的功耗; Example embodiments provide a mobile terminal according to the present invention, the power consumption of the test system, comprising: a keyboard controller, connected to the mobile terminal under test, a keyboard for operation according to the instruction; programmable power supply, with the measured power of the mobile terminal-interface connected to measure the power consumption of the mobile terminal under test;

主控模块,与所述键盘控制器和程控电源相连接,用来对所述键盘控制板下发指令,和读取所述程控电源测量的被测移动终端的功耗; The main control module, connected with the keyboard controller and the programmable power supply, to send commands to the power control board to the keyboard, and reading the programmed power measurements measured in the mobile terminal;

进一步,还可以包括:与所述主控模块相连接并受主控模块控制的电源插拔控制模拟器或者USB插拔控制模拟器; Further, it may further comprise: the main control module is connected to the master control module and power by controlling the simulator control plug or a USB plug control simulator;

所述电源插拔控制模拟器,用来使所述被测移动终端的充电端口通过所述电源插拔控制模拟器与充电器相联接; The simulator control power plug, a charging port for causing said mobile terminal coupled to test control plug simulator by the power source and the charger;

所述USB插拔控制模拟器,用来使所述被测移动终端的USB接口通过USB 插拔控制模拟器与USB存储设备相联接。 The USB plug control simulator, the USB interface to enable the mobile terminal measured by the USB plug and the USB storage device control simulator coupled.

所述键盘控制器通过串口与所述主控模块相连接。 The keyboard controller is connected to the control module through the serial port. 所述键盘控制器为键盘控制板,与被测移动终端内的键盘接口相连接。 The keyboard controller is a keyboard panel, connected to the keyboard interface in the mobile terminal under test. 所述键盘控制板为8051单片才几。 The keypad board 8051 is a single piece only a few. 所述程控电源通过GPIB接口与所述主控模块相连接。 The programmable power supply is connected via GPIB interface with the main control module. 所述程控电源为66319B程控电源。 The programmable power supply is a programmable power supply 66319B. 所述主控模块为计算机。 The computer control module.

因此,本发明实施例提供的移动终端功耗测试系统可高效而准确的测试移动终端的功耗。 Thus, power consumption of the mobile terminal may be provided in the test system efficient and accurate testing of the mobile terminal of the present invention.

下面通过附图和实施例,对本发明的技术方案做进一步的详细描述。 The following drawings and embodiments, detailed description of the further aspect of the present invention.

附图说明 BRIEF DESCRIPTION

图1为本发明移动终端功耗的测试系统实施例的结构示意图; FIG power consumption of the mobile terminal 1 a schematic structural diagram of the testing system of the embodiment of the present invention;

图2为本发明移动终端功耗的测试系统另一实施例的结构示意图; Schematic structural diagram of the test system of Figure 2 the power consumption of the mobile terminal of the present invention according to another embodiment;

图3为本发明移动终端功耗的测试系统再一实施例的结构示意图。 FIG 3 is a schematic structural example of another embodiment of a test system the mobile terminal power consumption to the invention.

具体实施方式 Detailed ways

如图l所示,为本发明实施例中移动终端功耗的测试系统的结构示意图, 包括键盘控制板2,与被测移动终端1内的键盘接口相连接,用来根据指令进行4囊盘才喿作,用键盘控制板2来模拟移动终端键盘的电平信号输出来模拟操作移动终端,键盘控制板2的作用是根据主控模块4的指令执行相对应的按4建才喿作,最佳采用8051单片机(或者其他类型控制板)来执行模拟按键的操作;程控电源3,与被测移动终端1的电源接口相连接,用来测量被测移动终端1的功耗也就是电流,最佳使用66319B程控电源;主控模块4,与键盘控制板2和程控电源3相连接,用来对键盘控制板2下发指令,和读取程控电源3测量的被测移动终端1的功耗。 As shown in FIG. L, schematic structure of the power consumption of the mobile terminal of the test system of the present embodiment of the invention, comprises a keyboard panel 2, is connected to the keyboard interface in the mobile terminal 1 under test, used for the disc 4 according to an instruction before the balloon Qiao as with the keyboard control panel 2 to the analog signal output level of the mobile terminal keyboard to simulate the operation of the mobile terminal, the control panel 2 of keyboard according to an instruction of the main control module 4 is performed by the corresponding 4 was built as Qiao, most best use of 8051 (or other type of control board) to perform operations simulating the keystrokes; programmable power supply 3, the mobile terminal is connected to the power connector under test 1, for measuring the power consumption of the mobile terminal 1 is measured is current, the most best use of the programmable power supply 66319B; 4 main control module, the control board 2 and the keyboard 3 is connected to programmable power source, the control panel 2 for keyboard commands issued, and reading the measured power consumption of the mobile terminal 3 measures the programmable power supply 1 . 主控模块4优选是利用计算机,可以通过串口与所述4建盘控制板2相连接,通过GPIB接口与程控电源3相连接。 4 is a control module preferably using a computer, through the serial port can be connected to the disc 4 building board 2, connected via GPIB interface and programmable power supply 3.

键盘控制板2根据主控模块4指令模拟移动终端1原有键盘板的电平信号输出达到模拟操作移动终端1的目的。 Keyboard control panel 2 the mobile terminal 1 outputs an analog signal of the original keypad board level reaches a simulated operation of the destination mobile terminal control module 1 according to the fourth command. 例如当控制移动终端1进入某个应用界面,主控模块4对键盘控制板2下发指令,这个指令控制键盘控制板2, 键盘控制板2转化该指令为模拟移动终端1原有键盘的信号被移动终端1主板所接收和执行;这个控制的方式也可以通过受控机械的方式操作移动终端。 For example, when a signal controlling the mobile terminal 1 enters an application interface, the main control board module 2 keyboard command issued four pairs, the instruction control panel 2 keyboard, the keyboard command to the control board 2 converted analog mobile terminal 1 existing keyboard and are received by the mobile terminal 1 performs the motherboard; this control manner may operate the mobile terminal through a controlled mechanically. 程控电源3可以通过GPIB 口或者其他端口读取电流的电源。 Programmable power supply 3 may GPIB port or other port through the read current.

在主4空才莫块4内部才艮据移动终端1的测试用例编辑测试脚本,脚本被解释和扭J于,例如测试移动终端1进入短信编辑状态后合盖(翻盖移动终端) 能否进入正常待机状态,那么主控模块4首先发送指令,键盘控制板2(或者受控机械设备如机械手)按照移动终端1操作顺序模拟人来操作移动终端1, 移动终端1通过输入的键盘信号进入相应的菜单和编辑界面。 It is only after the mobile terminal Gen edit test 1 test script, the script is interpreted and twisted to J, such as testing the mobile terminal 1 enters text editing state 4 inside the main block 4 Mo empty before closing lid (clamshell mobile terminal) can enter normal standby state, the control module 4 is first transmitted command, the keyboard control panel 2 (or devices such as robot controlled machine) according to an operation sequence of the mobile terminal to operate the mobile terminal simulate human 1, the mobile terminal 1 into the respective signal input through the keyboard menus and editing interface. 这时主控模块4 发送指令命令键盘控制板2模拟移动终端1键盘收到盒盖信号(一般移动终端开合盖的霍尔器件接收都是在键盘板上,所以该状态能够被键盘控制板2 模拟),移动终端1在设计的时间要求内要进入待机状态,此时主控模块4 按规格延时读取程控电源的电流输出(程控电源4给移动终端1供电,模拟移动终端1电池的位置),4艮据移动终端1消耗电流的大小判断移动终端1 是否进入《寺^L,能够正常进入则测试通过,否则判为问题。 In this case control module 4 sends an instruction command panel keyboard 2 keyboard mobile terminal 1 receives an analog cover signal (opening and closing lid of a general mobile terminal Hall device are received in the keyboard panel, so that the state can be a keyboard panel simulation 2), the mobile terminal 1 within the time required to enter the standby state design, this time delay control module 4 according to the specifications of the read current output programmable power supply (programmable power supply 4 to the mobile terminal 1, the mobile terminal 1 analog cell position), Gen 4 according to the magnitude of the current consumption of the mobile terminal 1 determines whether the mobile terminal 1 enters the "temple ^ L, the normal test passes into the otherwise ruled problem. 对于其他应用的测试也可以按照这个流程在主控模块4编辑用例脚本进行测试。 Other applications for the test may be tested 4 edit control module in accordance with this process the use case script.

键盘控制板可以控制被测移动终端完成主叫、被叫、短信发送和接收等操作。 Keyboard panel may control the mobile terminal to complete the measured calling party, called party, send and receive text messages and other operations. 4建盘控制板和机械手都是控制移动终端机键盘操作的一种方式,目的均是^^拟人手对移动终端的操作。 4 and the robot control panel built disk is one way to control the operation of the mobile terminal keyboard, ^^ intended purpose are manually operated on the mobile terminal. 键盘控制板的方式是键盘控制板接受主控模块的命令,模拟出一个键按下后的电信号传送给移动终端的主板,让主板接受到该信号,并执行相应的键盘操作。 Keyboard panel is the way the keyboard command receiving control module of the control board, a motherboard analog electrical signal transmitted to the mobile terminal a key is pressed, so that the motherboard received signal, and performs a corresponding keyboard. 通过按键的组合操作,可以完成移动终端能够通过键盘实现的所有功能,当然可以进行主叫、被叫接听、短信发送接收等,这些都可以通过模拟键盘操作实现,对于被叫接听,此时主叫移动终端作为测试辅助设备通过内部命令接口控制发起主叫,而待测移动终端的键盘控制板只要在主叫移动终端发起几秒内发出接听键按下的信号就可以完成被叫模拟。 By combining the operation key, the mobile terminal can be done, of course, all functions may be performed by a keypad of the caller, the called party answering, sending and receiving text messages, etc., which can be achieved by simulating the keyboard operation for the called party to answer, when the primary called mobile terminal as a test support interface control device through an internal command initiated calling, the mobile terminal and the keyboard panel test as long as the calling mobile terminal initiates a signal sent answer key is pressed within a few seconds can be completed in the called simulation. 对于机械手的方式,是利用机械手模拟人手对移动终端的键盘进行才喿作也可以完成上述对移动终端操作的模拟。 For how the robot, the robot simulation using hand keyboard of the mobile terminal can be completed before Qiao for the analog operation of the mobile terminal. 本测试系统的好处是通过这种方式的脚本集可以控制移动终端进入各种状态后然后测试手机功耗和退出状态后是否进入待机。 After the test the benefits of this system is that you can control the mobile terminal to enter various states through a script set in this way and then test whether the phone goes into standby power consumption and the exit status. 另外,还可以利用被测移动终端的电源控制接口,在充电器频繁插拔所 Further, the control interface can also be measured by the power supply of the mobile terminal, the frequent plugging in the charger

述电源控制接口,或者利用移动终端的USB连接控制端口,在USB外接设备频繁插拔所述USB连接控制端口,来模拟进行充电器频繁插拔和USB频繁插拔时,对移动终端进行功耗测试。 Said power supply control the USB interface, or a mobile terminal connected to the control port, frequent plugging in an external USB device connected to the USB port control, simulation to frequent plugging the charger plug and the USB frequently, power consumption of the mobile terminal test. 而且主控模块可以通过其他接口控制其他工具对待测移动终端进行诸如呼叫,短信发送等操作配合测试。 And the main control module may be controlled by other interfaces other tools for treatment of the mobile terminal such as call, message transmission operations with other tests.

例如可以添加辅助的控制模拟器模拟移动终端充电器频繁插拔或者USB 电缆频繁插拔,如图2所示,为本发明移动终端功耗的测试系统另一实施例的结构示意图,被测移动终端1通过电源插拔控制模拟器5与充电器6相连接,并且电源插拔控制模拟器5受主控模块4的控制。 For example, add a secondary control simulator of the mobile terminal frequently charger plug or a USB cable frequent plugging, as shown in FIG. 2, power consumption of the mobile terminal of the present test system schematic structural diagram of another embodiment of the invention, the mobile test 1 by controlling the power supply plug terminal simulator 5 and 6 is connected to the charger, and the power plug 4 is controlled by the control module 5 controls the simulator.

其方法就是使用电源插拔控制模拟器5,例如继电器等能够控制接触连接的控制器,在主控模块4的控制下控制充电器6和移动终端1充电端口的接续,例如充电器6已经就绪,但是其输出线和移动终端1的连接受主控模块4 控制的电源插拔控制模拟器5控制,主控模块4可以控电源插拔控制模拟器5 开(连接断开)合(连接导通)开(连接断开)完成一次充电器插拔的模拟, 然后通过程控电源3测试移动终端是否能够进入待机。 Which method is to use the power control simulator plug 5, such as a relay or the like can control the contact connection controller controls the charger 6 and a charging port connecting the mobile terminal under the control of control module 4, for example, a charger 6 is ready , but the output line and the connected mobile terminal 4 receiving the master control module 1 controls power supply plug 5 controls the simulator, the main control module 4 may control the power supply plug 5 to open the control simulator (disconnection) engagement (connection via pass) open (disconnected) to complete a simulated plug charger, and 3 is possible to test whether the mobile terminal enters standby by the programmable power supply.

类似的方式可以完成USB的插拔模拟,如图3所示,为本发明移动终端功身C的测试系统再一实施例的结构示意图,被测移动终端1的连接控制端口通过USB插拔控制模拟器7与USB存储设备8相连接,并且USB插拔控制模拟器7受主控模块4的控制。 Can be accomplished in a similar manner the USB plug simulation, shown in Figure 3, the present test system of the mobile terminal C of the work body schematic structural diagram of another embodiment of the invention, a mobile terminal connected to the test port 1 is controlled by controlling USB plug 7 simulator 8 is connected to a USB storage device, and the USB plug 4 is controlled by the control module 7 controls the simulator.

其方法就是使用USB插拔控制模拟器7,例如继电器等能够控制接触连接的控制器,在主控4莫块4的控制下控制USB存储设备8和移动终端1USB连接控制端口的接续,例如主控模块4可以控制USB插拔控制模拟器7开(连接断开)合(连接导通)开(连接断开)完成一次USB插拔的模拟,然后通过程控电源3测试被测移动终端1的功耗。 Using a USB plug which is to control the simulator 7, control of a controller such as a relay and the like can be connected to the contact, controls the USB storage device 4 under the control of the control block 4 Mo 8 1USB mobile terminal connection control port connected to the main, e.g. control module 4 may control the opening 7 USB plug control simulator (disconnection) bonding (connecting line) apart (disconnecting) a USB plug complete the simulation, and then tested by the programmable power supply of the mobile terminal 3 test 1 power consumption.

综上所述,主控模块4能够和被测移动终端辅助控制单元进行通信,并通过其完成移动终端按键操作的执行,能够通过其他接口控制供电和电流测试单元,进行脚本管理和用例执行控制。 In summary, the control module 4 can communicate with the mobile terminal measured auxiliary control unit, and the mobile terminal performs a key operation is completed through which can be performed by script management and execution control cases by other interface and controls the power supply current test unit . ^t盘控制板通过单片机或者其他方式实现,可以模拟被测移动终端键盘板上所有信号,模拟用户按键操作并执行主控单元的指令。 ^ T disc board by the microcontroller or other manner, the mobile terminal can be simulated keyboard panel all measured signals, the analog user key operations of the master unit and executes the instructions. 程控电源可以和主控模块通信,执行主控模块的指令, 为待测移动终端供电并监控上报电流状态。 And a programmable power supply may be a master communications module, the module execution command from the master, the mobile terminal is measured to monitor reports the current state of the power supply.

并且对被测移动终端的控制可以不通过键盘控制板,通过其他设备间接控制手机键盘操作都可以,比如气动的机械手来模拟人手按键的操作,该机械手根据主控模块的指令执行对应键盘操作动作使移动终端执行相应功能, 即只要被测移动终端的键盘操作通过外部间接控制,控制手段可以是通过单片机控制的键盘控制板模拟键盘信号或者通过可控的其他设备模拟键盘操作并禎j皮测移动终端正确感知即可。 And controlling the mobile terminal may not be measured by the keyboard panel, indirectly controls the mobile phone keyboard can be through other devices, such as pneumatic manipulator hand to simulate the operation button, the robot performs an operation corresponding to the keyboard operation according to an instruction of the main control module mobile terminal performs a corresponding function, i.e., as long as the mobile terminal is measured by an external keyboard indirect control, the control means may be a microprocessor controlled by a keyboard panel by the analog signals or keyboard controlled analog keyboard and other devices j Chen transcutaneous The mobile terminal can correct perception.

本发明实施例提供的移动终端功耗的测试系统能够最大限度的模拟移动终端的实际操作,通过程序控制进行移动终端的实际使用状态模拟,从而实j见了高步丈而准确的测试移动终端的功:^。 The actual operation of the mobile terminal power testing system according to an embodiment of the present invention to maximize the analog mobile terminal, the actual use state of the mobile terminal simulation program control, thereby achieving a high step j met husband and accurate testing of the mobile terminal work: ^.

最后所应说明的是,以上实施例仅用以说明本发明的技术方案而非限制, 尽管参照较佳实施例对本发明进行了详细说明,本领域的普通技术人员应当 Finally, it should be noted that the above embodiments are intended to illustrate and not limit the present invention, although the present invention has been described in detail with reference to preferred embodiments, those of ordinary skill in the art should

理解,可以对本发明的技术方案进行修改或者等同替换,而不脱离本发明技术方案的精神和范围。 Appreciated, may be made to the present invention modifications or equivalent replacements without departing from the spirit and scope of the technical solutions of the present invention.

Claims (12)

1、一种移动终端功耗的测试系统,包括:键盘控制器,与被测移动终端相连接,用来根据指令进行键盘操作;程控电源,与被测移动终端的电源接口相连接,用来测量所述被测移动终端的功耗;主控模块,与所述键盘控制器和程控电源相连接,用来对所述键盘控制器下发指令,和读取所述程控电源测量的被测移动终端的功耗;其特征在于,还包括:与所述主控模块相连接并受主控模块控制的电源插拔控制模拟器或者USB插拔控制模拟器;所述电源插拔控制模拟器,用来使所述被测移动终端的充电端口通过所述电源插拔控制模拟器与充电器相联接;所述USB插拔控制模拟器,用来使所述被测移动终端的USB接口通过USB插拔控制模拟器与USB存储设备相联接。 1, a mobile terminal of the test power system, comprising: a keyboard controller, connected to the mobile terminal under test, a keyboard for operation according to the instruction; programmable power supply, is connected to the power interface of the mobile terminal under test, for measuring said measured power consumption of the mobile terminal; master control module, connected with the keyboard controller and the programmable power supply, to send commands to the test, and the keyboard controller reads the programmed lower power measurement power consumption of the mobile terminal; characterized in that, further comprising: a control module connected with the power plug and controlled by the main control module controls the emulator or simulator USB plug control; the control power plug simulator for causing said measured charging port of the mobile terminal is coupled with the charger plug simulator by controlling the power supply; USB plug of the control simulator, the USB interface to enable the mobile terminal measured by control simulator USB plug and the USB storage device is coupled.
2、 根据权利要求1所述的移动终端功耗的测试系统,其特征在于,所述键盘控制器通过串口与所述主控模块相连接。 2, the power consumption of the mobile terminal of the testing system according to claim 1, wherein said keyboard controller through the serial port is connected to the main control module.
3、 根据权利要求1或2所述的移动终端功耗的测试系统,其特征在于所述键盘控制器为键盘控制板,与被测移动终端内的键盘接口相连接。 3. The power consumption of the mobile terminal or a test system according to claim 1, wherein said keyboard controller is a keyboard panel, connected to the keyboard interface in the mobile terminal under test.
4、 根据权利要求3所述的移动终端功耗的测试系统,其特征在于,所述键盘控制板根据所述主控模块指令模拟所述被测移动终端原有键盘的电平信号输出来模拟操作被测移动终端。 4, the power consumption of the mobile terminal according to claim test to simulate the system of claim 3, characterized in that, the original signal output level of said measured keypad mobile terminal keypad according to the main control module the control panel analog instruction measured operating the mobile terminal.
5、 根据权利要求3所述的移动终端功耗的测试系统,其特征在于,所述键盘控制板采用8051单片机实现。 5, power consumption of the mobile terminal according to claim test system according to claim 3, wherein said control panel using the keyboard 8051 implemented.
6、 根据权利要求3所述的移动终端功耗的测试系统,其特征在于,所述键盘控制板控制被测移动终端完成主叫、被叫、短信发送和接收操作。 6, power consumption of the mobile terminal according to claim test system according to claim 3, wherein said control panel keypad mobile terminal completes the measured calling party, called party, short message sending and receiving operations.
7、 根据权利要求1或2所述的移动终端功耗的测试系统,其特征在于, 所述键盘控制器为机械手,该机械手根据所述主控模块的指令执行对应键盘操作动作使被测移动终端执行相应功能。 7. The power consumption of the mobile terminal or a test system according to claim 1, wherein said keyboard controller is a robot, the robot performing an operation corresponding to the keyboard operation according to an instruction of the main control module of the test mobile the terminal performs a corresponding function.
8、 根据权利要求1所述的移动终端功耗的测试系统,其特征在于,所述电源插4复控制冲莫拟器采用继电器实现。 8, the power consumption of the mobile terminal testing system according to claim 1, characterized in that the power plug 4 Mo complex impulse control relay for intended uses.
9、 才艮据权利要求1所述的移动终端功耗的测试系统,其特征在于,所述USB插拔控制模拟器采用继电器实现。 9, only the power consumption of the mobile terminal according Gen testing system according to claim 1, wherein said simulator uses USB plug relay for control.
10、 根据权利要求l、 2、 5、 8、或9所述的移动终端功耗的测试系统, 其特征在于,所述程控电源通过GPIB接口与所述主控模块相连接。 10, according to claim l, 2, 5, 8, power consumption of the mobile terminal or a test system of claim 9, wherein said programmable power supply is connected via GPIB interface with the main control module.
11、 根据权利要求l、 2、 5、 8、或9所述的移动终端功耗的测试系统, 其特征在于,所述程控电源采用66319B程控电源实现。 11, according to claim l, 2, 5, 8, power consumption of the mobile terminal or a test system of claim 9, wherein said programmable power supply implemented using programmable 66319B.
12、 根据权利要求l、 2、 5、 8、或9所述的移动终端功耗的测试系统, 其特征在于,所述主控模块采用计算机实现。 12, according to claim l, 2, 5, 8, power consumption of the mobile terminal or a test system of claim 9, wherein the master module is implemented using a computer.
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