Agilent Technologies 54622D Specifikace stáhnout pdf (Strana 2)

Page Procedure

1 Equipment Required, Introduction

2 Table of Contents

3 Part One – The Agilent 54622D Mixed-Signal Oscilloscope- Analog Inputs

4 Basic Start-Up Procedure

5 Quick Performance Check

7 Probe Compensation

8 Features to Try - Vectors

9 Features to Try - Averaging

10 Features to Try - Using Cursors to Measure Time & Voltage

11 Features to Try - Using "Quick Meas" to Measure Time & Voltage

12 Features to Try - Saving Waveforms to a Floppy Disk

13 Importing Saved Waveform Displays Into a Word Document

14 Handy Hints

15 Part Two – The Agilent 54622D Mixed-Signal Oscilloscope- Digital Inputs

15 Features to Try - Turning On the Digital Channels

19 Part Three - The Agilent E3631A Power Supply

20 Setting the Output Voltage

21 Setting the Current Limit

22 Part Four - The Agilent 34401A Digital Multimeter

23 Measuring DC and AC Voltage

24 Measuring Resistance

25 Measuring Current

26 Part Five - The Agilent 33220A 20 MHz Function/Arbitrary Waveform

Generator (AWG)

27 The Front Panel Controls

28 Step One - Creating a Sinewave With No DC Offset Voltage, High Z Load

Resistance

28 Step Two - Creating a Sinewave With DC Offset Voltage, High Z Load Resistance

29 Step Three - Creating a Squarewave With DC Offset Voltage, High Z Load

Resistance

30 Step Four - Creating a Triangle or Ramp Waveform, High Z Load Resistance

30 Other Waveforms and Features to Try

31 Other Useful Information and Review

1 2 3 4 5 6 7 ... 30 31

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Agilent Technologies 54622D Specifikace Strana 2