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NI-DMM 1.6 Driver Win32/64Eng NI数字万用表驱动程序1.6下载

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Windows系统下（Linux和MAC系统下请自行了解清楚）NI的各种软件、模块、工具包、驱动程序，使用NI许可证管理器来激活的，绝大部分的都可以使用NI Lincense Activator来激活，以下链接可下载：
NI序列号Serial Number生成激活工具NI License Activator，LabVIEW/VBAI/VDM/VAS等软件模块工具包破解工具不限版本
http://pcmv.cn/thread-490-1-1.html

视觉论坛的各种资源，除了视觉相关的模块有使用外，大部分的都不会使用，所以仅提供资源不能提供技术支持。资源的下载地址一般会同时提供NI官方地址和百度网盘的下载地址。某些工具包NI的地址失效或没有NI的下载地址，那视觉论坛也没有办法，只能尝试使用百度网盘地址下载；如果百度网盘的下载地址失效过期，可联系论坛客服更新。现在NI的下载服务器对我国IP地址不是很友好，有些时候速度很慢或大的资源下载很容易出错，这样会造成安装过程各种类型报错而无法安装。建议在下载完成后，对下载资源做校验和验证（NI一般会提供MD5或SHA256等），与官方或视觉论坛提供的校验和对比，一致就可以安装，如果不一致，则需要重新下载。视觉论坛早期下载的资源，那时候NI没有这么多限制，基本上都是正常下载的资源；后期下载的资源，都与NI的正确校验和对比过，保证是正确的资源才上传到百度网盘，所以百度网盘的资源基本上是正确的。校验和工具下载地址：
文件Hash计算器FHash,文件校验和验证下载文件正确性验证，MD5值计算、SHA1值计算、SHA256值计算、CRC32值计算
http://pcmv.cn/thread-26524-1-1.html

NI-DMM 1.6 Driver Win32/64Eng NI数字万用表驱动程序1.6下载

NI-DMM
NI-DMM支持使用NI数字万用表的客户。
NI-DMM是与所有NI可编程数字万用表(DMM)进行通信必需的NI仪器驱动程序。NI-DMM是一种兼容可互换虚拟仪器(IVI)的仪器驱动程序，提供了一系列操作和属性，可以执行波形或信号发生器的功能，而且包含了交互式软件前面板和示例。

Win32/64Eng
1.6
文件大小: 8092168 字节 (7.72 MB)
修改日期: 2010-04-25 03:20
版本: 1.6.0.0
MD5: d15dd0b59d7c5aba0a97a8d5ed5ef5c0（官方正确）
SHA1: bb6f580c6abd4e81fb15bd884470e3cd5862ebb8
SHA256: 006dc2e5b4d5a8bf73779e7ba588b936065b5f4295352780aaf854e5e96246d5
CRC32: 3cce951c

百度网盘与NI官方下载地址：

http://pcmv.cn/thread-26252-1-1.html?fromuid=9

(出处: 视觉论坛VISIONBBS|视觉之家VISIONHOME)

NI-DMM Software Readme File

Trademarks: CVI, LabVIEW, National Instruments, ni.com, PXI, and SCXI are trademarks of National Instruments Corporation. Product and company names mentioned herein are trademarks or trade names of their respective companies.

Thank you for using NI-DMM for Windows 2000/NT/Me/9x.

This particular installation of NI-DMM installed the above files.

Uninstalling the Instrument Driver

Version 1.6 installs new combined NI-DMM and NI-SWITCH examples under VXIPnPWin[95|NT]DMM Scanning Switches Examples when both NI-DMM and NI-SWITCH are installed at the same time.

Supported Hardware

You can find documentation for NI-DMM in StartProgramsNational InstrumentsNI-DMMDocuments. Also, refer to the Where to Start document that came with your hardware. This document describes how to install and set up the hardware and software, as well as the software options.

Using NI-DMM interactively

To start programming NI-DMM with LabVIEW, launch Labview and open a new VI. Open the block diagram, and select WindowShow Functions Palette. Select the niDMM Getting Started example located in the Instrument DriversNI-DMM subpalette.

To start programming NI-DMM with LabWindows/CVI, launch LabWindows/CVI and select FileOpenProject. Open any of the projects from VXIPnPWin[95|NT]NIDMMexamplesCVI. These projects link to the nidmm_32.dll in VXIPnPWin[95|NT]in.

Programming in Microsoft Visual C++ 5.0 or higher

To start programming NI-DMM with Microsoft Visual Basic, launch the Microsoft Visual Basic environment and select FileOpen Project. Open any of the projects from VXIPnPWin[95|NT]NIDMMexamplesVisualBasic. These projects link to the nidmm_32.dll in VXIPnPWin[95|NT]NIDMMin.

Using NI-DMM with the NI 4060

Launch Measurement and Automation Explorer from your desktop.
Double-click Devices and Interfaces.
Right-click on your NI 4060 instrument and select Properties. In the System window, note the device number that has been assigned. You will need to use this device number when you program your instrument.
From the System window, click Test Resources to test the NI 4060 resources. A dialog box appears and indicates if the resource test has passed.
From the System window, click Run Test Panels to run functional test panels. Connect your signal to an input channel on your attached accessory and select your Input Limits, Data Mode, and Y-Scale Mode settings. Your NI 4060 instrument immediately starts to acquire data.
When you finish testing, click Close and then OK in the Configuring Devices window.
When you finish configuring and testing your NI 4060, launch the NI-DMM Soft Front Panel from Start/Programs/National Instruments/NI-DMM. Use the NI-DMM Soft Front Panel to use your NI 4060 without any programming.

Using NI-DMM with the NI 4050

Launch Measurement and Automation Explorer from your desktop.
Double-click Devices and Interfaces.
Right-click on your NI 4050 instrument and select Properties. In the System window, note the device number that has been assigned. You will need to use this device number when you program your instrument.
From the System window, click Test Resources to test the NI 4050 resources. A dialog box appears and indicates if the resource test has passed.
From the System window, click Run Test Panels to run functional test panels. Connect your signal to an input channel on your attached accessory and select your Input Limits, Data Mode, and Y-Scale Mode settings. Your NI 4050 instrument immediately starts to acquire data.
When you finish testing, click Close and then OK in the Configuring Devices window.
When you finish configuring and testing your NI 4050, launch the NI-DMM Soft Front Panel from Start/Programs/National Instruments/NI-DMM. Use the NI-DMM Soft Front Panel to use your NI 4050 without any programming.

New Triggering Model in NI-DMM Version 1.5

NI-DMM supported two types of triggering: Trigger and Sample Trigger. Trigger is defined as the start trigger that starts a finite or a continuous acquisition. Sample Trigger is defined as the sample clock that controls the conversion rate. In the old triggering model, Sample Count has to be set to 1 and Sample Trigger has to be set to Immediate. Trigger Count represents the number of points to acquire, one for each Start Trigger event. Trigger Source can be set to Immediate, External, or one of the TTL lines.

The New Triggering Model (Available in NI-DMM Versions 1.5 and greater)

While in the old model you had to set Sample Count to 1 and Sample Trigger to Immediate, the new model allows you to select any positive integer as Sample Count, and if Sample Trigger is set to Interval, it allows you to directly control the Sample Interval.

The following functions were made obsolete in version 1.5:

Obsolete	Replacement
niDMM_Configure	Replaced by niDMM_ConfigureMeasurement
niDMM_ConfigureMeasurementComplete	Replaced by niDMM_ConfigureMeasCompleteDest
niDMM_ConfigureStartTrigger	This function is not needed anymore, there is no replacement
niDMM_SetAutoZero	Replaced by niDMM_ConfigureAutoZeroMode
niDMM_SendSWTrigger	Replaced by niDMM_SendSoftwareTrigger

The following functions were introduced in version 1.5:

Function	Description
niDMM_ConfigureMeasurement	This function configures the common attributes of the DMM. These attributes include the measurement function, maximum range, and resolution.
niDMM_ConfigureMeasCompleteDest	This function specifies the destination of the DMM voltmeter complete signal.
niDMM_ConfigurePowerLineFrequency	This function configures powerline frequency.
niDMM_ConfigureACBandwidth	This function configures the AC minimum frequency and the AC maximum frequency attributes of the DMM.
niDMM_ConfigureAutoZeroMode	When Auto Zero Mode is On, the DMM internally disconnects the input signal following each measurement and takes a zero reading. It then subtracts the zero reading from the preceding reading. This prevents offset voltages present on the input circuitry of the DMM from affecting measurement accuracy. When Auto Zero Mode is Off, the DMM does not compensate for zero reading offset.
niDMM_SendSoftwareTrigger	This function sends a command to trigger the DMM. Call this function if you pass NIDMM_VAL_SW_TRIG_FUNC for the Trigger Source parameter of the NIDMM_ConfigureTrigger function.
niDMM_IsOverRange	This function takes a measurement value from a previous NI-DMM VI and determines if the value is a valid measurement or a value indicating that an overrange condition occurred.
niDMM_ConfigureTriggerSlope	This function sets the Trigger Slope to either rising edge or falling edge.
niDMM_GetAutoRangeValue	This function returns the actual range that the DMM is using, even when auto ranging is on.
niDMM_GetAutoZeroMode	This function returns the Auto Zero Mode (On/Off).
niDMM_ConfigureSampleDelayMode	This function sets the Sample Delay Mode. Sample Delay Mode has the following meaning: 0 = Unset, 1 = Set. If Sample Delay Mode = Set, then NIDMM_ATTR_SAMPLE_INTERVAL is used as a delay after any type of Sample Trigger. This setting is not IVI compliant. If Sample Delay Mode = Unset, then NIDMM_ATTR_SAMPLE_INTERVAL is only used when the Sample Trigger is set to Interval. This setting is IVI compliant.
niDMM_ReadStatus	This function returns information regarding backlog and acquisition status for analog input data from the internal data buffer.
niDMM_FormatMeasAbsolute	This function formats the measurement according to the measurement function, range, and resolution. It outputs the formatted data, range, and mode strings.
niDMM_ConfigureMeasCompleteSlope	This function sets the Measurement Complete Signal Slope to either rising edge or falling edge.
niDMM_ConfigureSampleTriggerSlope	This function sets the Sample Trigger Slope to either rising edge or falling edge.

Changes to the Documentation

Installing CVI 5.5.1 after installing NI-DMM 1.6 will cause the CVI installation to hang. A workaround is to install CVI 5.5.1 first and then install NI-DMM 1.6.

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NI-DMM 1.6 Driver Win32/64Eng NI数字万用表驱动程序1.6下载