Manuals / HP / Computer Equipment / Network Card

HP manual Familiarizing Yourself with the Driver, Examples

Models: Drive

1 114
Download 114 pages 61.75 Kb
Page 14
Image 14

•

•

14••

•

•

To see the list of drivers registered with the IVI Foundation, go to

http://www.ivifoundation.org.

Familiarizing Yourself with the Driver

Although the examples in IVI Getting Started Guide use a DMM driver, you will likely employ a variety of IVI drivers to develop test programs. To jumpstart that task, you’ll want to familiarize yourself quickly with drivers you haven’t used before. Most ADEs provide a way to explore IVI drivers to learn their functionality. In each chapter, where applicable, we add a note explaining how to view the available functions. In addition, browsing an IVI driver’s help file often proves an excellent way to learn its functionality.

Examples

As we noted above, each example chapter in IVI Getting Started Guide shows you how to use an IVI driver to write and run a program that performs a simple measurement on a simulated instrument and returns the result. The examples demonstrate common steps using IVI drivers. Where practical, every example includes the steps listed below:

•Download and Install the IVI driver– covered in the Download and Install IVI Drivers section above.

•Determine the VISA address string – Examples in IVI Getting Started Guide use the simulate mode, so we chose the address string GPIB0::23::INSTR, often shown as GPIB::23. If you need to determine the VISA address string for your instrument and the ADE does not provide it automatically, use an IO application, such as National Instruments Measurement and Automation Explorer (MAX) or Agilent Connection Expert.

•Reference the driver or load driver files – For the examples in this guide, the driver is the Agilent 34401A IVI-COM Specific Driver, Version 1.1.0.11, March 2006 (from Agilent Technologies) or the Agilent 34401A IVI-C

Specific driver, Version 4.1, October 2006 (from National Instruments).

•Create an instance of the driver in ADEs that use COM – For the examples in this guide, the driver is the Agilent 34401A (IVI-COM) or HP 34401 (IVI-C).

•Write the program:

•Initialize the instrument – Initialize is required when using any IVI driver. Initialize establishes a communication link with the instrument and must be called before the program can do anything with the instrument. We set reset to true, ID query to false, and simulate to true.

Setting reset to true tells the driver to initially reset the instrument. Setting the ID query to false prevents the driver from verifying that the connected instrument is the one the driver was written for. Finally, setting simulate to true tells the driver that it should not attempt to connect to a physical instrument, but use a simulation of the instrument.

•Configure the instrument – We set a range of 1.5 volts and a resolution of 0.001 volts (1 millivolt).

Chapter 1

Page 13 Page 15
Page 14
Image 14
HP manual Familiarizing Yourself with the Driver, Examples
Page 13 Page 15

Drive specifications

HP Drive is a sophisticated storage solution designed to meet the demands of modern computing environments. It integrates cutting-edge technologies and features to ensure reliable performance, high capacity, and enhanced data security.

One of the main features of HP Drive is its versatility. It is compatible with a variety of systems, both for personal and enterprise use. This flexibility allows users to integrate HP Drives into their existing hardware setups without compatibility issues. Whether for desktops, laptops, or servers, HP Drive offers multiple form factors, including 2.5-inch and 3.5-inch drives, to cater to different requirements.

Another essential characteristic of HP Drive is its high storage capacity. With options often reaching up to several terabytes, users can store vast amounts of data, including high-definition videos, large databases, and extensive software libraries. The increased capacity is particularly beneficial for businesses requiring extensive data storage and retrieval.

Speed is a critical factor in data storage, and HP Drive employs the latest technologies to enhance performance. Many HP Drives utilize Solid State Drive (SSD) technology, which provides significantly faster data access and read/write speeds compared to traditional Hard Disk Drives (HDD). This results in quicker boot times, reduced application loading times, and overall improved system responsiveness. Moreover, some models integrate NVMe technology, elevating the performance even further with faster data transfer rates.

Data security is a paramount concern for users, and HP Drive addresses this with several features. Many models come equipped with built-in encryption technology, safeguarding sensitive data against unauthorized access. Additionally, HP offers robust support options including data recovery services and software solutions to ensure that users can recover their information in the event of a drive failure.

In terms of durability and reliability, HP Drive products undergo extensive testing to ensure they can withstand harsh operating conditions. They are designed to operate under various environmental factors, making them suitable for both office and industrial settings.

Overall, HP Drive stands out as a premier choice for those seeking a reliable, high-capacity, and high-performance storage solution. Its combination of advanced technologies, extensive compatibility, and robust security features make it a top contender in the competitive storage market. Whether for personal use or enterprise needs, HP Drive has proven itself as a dependable option for today's data-driven world.