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Suddenly, the data acquisition phone, wireless laptop, music player, system was separated into computational clock, address book and more. In lieu of components and measurement hardware that personal assistant, the consumer elec- components. This movement to PC-based panies providing solutions now tronics market is increasing functional- or virtual instrumentation brought great ration into products, technologies and companies. Whether your goal is to research the latest ity by integrating all of these devices of flexibility to the end user, because the lication Engineer, or jump to a company's Acrosser AR-B1667-G page, the goal of Get Connected is to put you convenience one package, hence the processing and analysis capabilities were ice you require for whatever type into of technology, cell nearly endless with the power of the stanies and productsmultitasking you are searching for.

In pursuit of ultimate flexibility, the dard PC and programmable application instrumentation market is not unlike the software. For data acquisition hardware, consumer Acrosser AR-B1667-G market.

This drive has led to several evolutions in Data acquisition devices also began to data acquisition. And with that, another evolution of the data acquisition system, modular Acrosser AR-B1667-G, was born.


Modular systems are a great approach for system construction because Acrosser AR-B1667-G allow for a reasonable amount of growth before having to reinvest in additional foundation components. Modular systems and platforms are designed and built by a variety of vendors on several standards, some of which are open such as PXI and VXI, while others are proprietary. Many of the benefits of a modular system are shared by the vendor and the customer.

A customer can update, expand, or change a system with the purchase of new modules. A vendor can more rapidly enhance a data acquisition platform to meet the demand of the customer by adding new modules with new measurements or channel counts to their product lines. A trend has developed stemming from a single instrument that did everything to having individual components broken out INDUSTRY Insight for the user to define and purchase separately at the discretion of the project needs. This trend has brought together the benefits of commercial off-the-shelf COTS quality, reliability and support with those of homegrown customization.

As technology advances and the components used in instrumentation have gotten smaller, it has become easier to design smaller components for data acquisition systems. Modules that started as trays fitting into large card cages have evolved into smaller modules slightly larger than a deck of playing cards. In the ever-shrinking trend of Acrosser AR-B1667-G and modules, size has not sacrificed channel count, as some of these smaller modules offer more than 30 channels and may be placed in different chassis types for different configurations for various deployment options Figure 1.

One-channel modules may or may not be an economical solution, but either way, the disaggregated module movement is ending. The answer can be found by looking at some higher-level benefits of a modular platform.

One of the remaining problems is that channel count and signal type are only two characteristics that can change. Selfcontained Acrosser AR-B1667-G modules solve Acrosser AR-B1667-G problem of changing channel count and signal type, but the market demands more flexibility.


The next evolution of data acquisition systems is to exchange not only modules, but chassis for deployment as well. The test process, depending on the Acrosser AR-B1667-G, has many stages including design validation, controlled environment testing, subsystem component tests, hardware simulation tests, prototype tests, end-of-line manufacturing test and more. By creating a data acquisition system comprised of interchangeable modules and deployment options, test designers can further reduce their hardware needs and thus expenditures, storage space, vendor contacts and toolchain training for employees.

Just as there are different modules Figure 1 The C Series family of hardware is composed of over 40 modules and multiple deployment options. Shown here: Deployments will vary between industries, but will include options such as size, portability, PC-connectivity, ability to run in a standalone mode, ruggedness, reliability and so on. And, as with modules, no vendor will cover every possible use-case, but a family of modular, flexible hardware should be able cover Acrosser AR-B1667-G wide array of the aforementioned deployments. To better illustrate this, consider a scenario where a fictional company deploys a single-vendor flexible deployment hardware platform.

Assume this company is a consultantfocused engineering house specializing in rotating equipment monitoring and maintenance in the machine condition monitoring MCM industry. This company uses accelerometers for vibration measurements. Accelerometer measurements are on the higher end of sensor measurements due to the high Acrosser AR-B1667-G rate, resolution and bandwidth required.

In addition, such integrated electronic piezo-electric IEPE sensors require current excitation to power the sensor. A customer can update, expand, or change a system with the purchase of new modules. AR-BG Acrosser AR-B1667-G Part No:G.

End of Life Computer Parts & Support Atlas Automation

AR-BG MANUAL. Version 1.


With application S/W built from Acrosser AR-B1667-G, AR-M/A can meet diverse networking applications like L2/L3 switch, router, etc. AR-BG board provides 1.

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