Getting Set Up 2

Installing a driver on your computer

Packaged with your printer are the Phaser 480X compact disk (CD-ROM) for platforms with a CD-ROM drive or, if your computer does not have a CD-ROM drive, optional PC and Macintosh diskettes. The CD-ROM and diskettes contain drivers and utility Þles that let you select between media type, color corrections, and other features. In addition, the CD-ROM contains other software for use with your printer, online help, information for PC users running DOS, and installation and use of the Phaser 480X GX driver for Macintosh users.

If your computer does not have a CD-ROM drive and you need to order the optional diskettes, refer to the table in Chapter 5 for the order number. For complete details on the contents of the Phaser 480X CD-ROM and diskettes and how to use them, refer to the Phaser 480X Drivers and Utilities Printing Reference, which is shipped with the printer.

PC: Microsoft Windows driver

The Phaser 480X CD-ROM and diskettes include a Tektronix driver for Windows 3.1 for this printer. To use Microsoft Windows applications with this printer, install the driver on your PC.

1.Start Windows on your PC.

2.Insert the Tektronix CD-ROM into the CD-ROM drive or the Tektronix Windows 3.1 Driver and Printer Utilities diskette into your computerÕs disk drive.

3.In the main window, double-click on the Control Panel.

4.Double-click the Printers icon; the Printers dialog box appears.

a.Click the Add button.

b.In the List of Printers, select Install Unlisted or Updated Printer.

c.Click the Install button.

User Manual

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Tektronix 480X user manual Installing a driver on your computer, PC Microsoft Windows driver

480X specifications

The Tektronix 480X is a versatile and powerful test and measurement instrument that has gained recognition in various sectors, particularly in electronic design and troubleshooting. This oscilloscope combines cutting-edge technologies with an array of powerful features, catering primarily to engineers and technicians working in complex electronic environments.

One of the standout features of the Tektronix 480X is its exceptional bandwidth. With a significant frequency range, it can efficiently analyze high-speed digital signals, making it an invaluable tool in today’s fast-paced technological landscape. This bandwidth ability ensures that users can capture fast transients without compromising on the signal integrity, which is critical for performance analysis in modern circuits.

The instrument is equipped with advanced triggering options that enhance its usability. The various triggering capabilities, including edge and pulse-width triggering, allow technicians to capture elusive signal events with precision. This added functionality ensures that users can isolate and evaluate specific aspects of signals in real time, a crucial feature when diagnosing complex issues.

Additionally, the Tektronix 480X boasts a user-friendly interface, which is intuitive even for those who might be newer to oscilloscopes. The well-organized controls, combined with a clear display, make it easy to navigate through various functionalities and settings. This user-centric design enhances productivity by minimizing the learning curve for new users.

The high-speed sampling capability of the Tektronix 480X is another notable characteristic. Armed with a fast sampling rate, this oscilloscope can accurately reconstruct waveforms, ensuring detailed visualization of electronic signals. The high-resolution display complements this feature, allowing engineers to detect noise or distortions in the signal that may otherwise go unnoticed.

Furthermore, the Tektronix 480X supports a range of analysis features that provide insights into signal trends and behaviors. With integrated measurement tools, users can perform automated measurements like rise time, fall time, and frequency analysis, enhancing the overall functionality of the oscilloscope.

In conclusion, the Tektronix 480X is a robust tool that combines advanced technology and user-friendly features to support engineers in their test and measurement tasks. With its impressive bandwidth, advanced triggering options, and high-speed sampling capability, it is designed to meet the demands of modern electronic applications, making it a preferred choice for professionals in the field.