This chapter discusses how to create, add, configure, and use drivers in the system. You will learn how to configure interfaces such as the GPIB board; how to add interfaces to the driver; how to select the driver interface; and how to set the driver's address in the system using the driver shortcut. In this chapter, you will use I/O Tables to send and receive data to a GPIB instrument using the HP34041 Digital Multimeter. You can apply similar techniques when using a different instrument.
Use the table below to learn more about this chapter's topics:
Topic |
Description |
What are interfaces and what type of interfaces ATEasy supports. |
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How to add an Interface. |
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How to create and add drivers to a system. |
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Differences between driver and driver shortcut properties. |
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How to define the default name of a driver. |
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How to define a driver's interface. |
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How to configure the driver for an application. |
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What are I/O Tables. |
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How to create an I/O Table. |
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How to create a second type of I/O Table |
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Using discrete properties to reduce the number of I/O tables necessary in the system. |
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How to create an I/O table to read data from an instrument. |
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How to call I/O Tables from a program. |
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How to set up and turn on the Monitor View. |
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How to user .fp drivers |
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How to use ATEasy drivers for IVI based instrument drivers. |