Datasheet

CONNECTIVITY

Connecting a scope to a computer directly or transferring data via portable media allows

advanced analysis, and simpliﬁes documenting and sharing results.

Determine what you need

 Will you need to produce reports? Many oscilloscopes can produce .JPG, .BMP, or, PNG ﬁles that can

easily be incorporated.

 Check for compatibility with third-party analysis, documentation software. Can the instrument produce

.CSV ﬁles for ofﬂine analysis?

 Look for a complete, well-written programmer’s manual and check for programming examples. If you

ever want to write your own control programs, you’ll really appreciate a solid programmer’s manual.

 Many scopes come with software or make it available for download to help capture screens, collect

waveform data, or save instrument setups

 See what’s available for your favorite programming environment. Readily available drivers can save you

signiﬁcant time and effort.

 If you are planning to build the scope into a rack system at some point, check to make sure a rack

mount kit is available

 Some scopes offer a VGA output, to allow you to connect an external monitor for easier group viewing

 Wi-Fi support: enables communication with the scope without having to connect cables

Standard interfaces can include USB, Ethernet, GPIB,

Wi-Fi, or RS-232. USB is currently the most common

interface, since it is included on most computers and is

convenient to use. Ethernet is electrically robust and

allows for remote connection over the Internet.

10 FACTORS IN CHOOSING A BASIC OSCILLOSCOPE

CONTENTS

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