Instructions
Table Of Contents
- Table of contents
- Preface
- Getting started
- General features
- Before installation
- Standard accessories
- Operating requirements
- Power the instrument on and off
- Change instrument settings at power-on
- Erase waveforms from memory
- Select a local language
- Protect your instrument from misuse
- General care
- Update your instrument firmware
- Equivalent output circuits
- Instrument front panel, interface, and rear panel
- Operating basics
- Quick tutorial: How to select a waveform and adjust parameters
- Quick tutorial: How to generate a sine waveform
- Quick tutorial: Instrument help system
- Generate a pulse waveform
- Generate a built-in waveform
- Create/save a user-defined waveform
- Recall a user-defined waveform
- Generate noise
- Generate DC
- Sweep a waveform
- Modulate a waveform
- Generate a burst waveform
- Copy channel setting
- USB memory device
- Utility menu
- Save/recall instrument setup
- Application examples
- Appendix A: Line fuse replacement
- Index
Instrument front panel, interface, and rear panel
AFG1000 Series Quick Start User Manual
21
Adjust waveform parameters
When you turn on your instrument, the default output signal is a 1 kHz sine
waveform with an amplitude of 1 V
p-p
. In the following example, you can change
the frequency and amplitude of the original output signal.
1.
To change frequency,
press Freq/Period. Press
it again to choose Period.
The selected parameter
will be highlighted with a
white background. Use the
general purpose knob to
set frequency value
directly, and use the
◄ / ► direction button to
move the cursor.
2.
Or push the numeric
panel button, and an
input box will pop up.
Enter the frequency
value and choose the
proper unit. Use the
◄ BKSP panel button
to delete a character if
any input errors occur.
3.
Press Cancel to cancel
the operation.
NOTE: Change the Period,
Start Phase, Ampl, High,
Offset, and Low values in the
same way.
Unit conversions
The following conversion table shows the relationship between V
p-p
and V
rms
in the case of sine wave.
V
p-p
V
rms
dBm
10.00 V
p-p
3.54 V
rms
+23.98 dBm
2.828 V
p-p
1.00 V
rms
+13.01 dBm
2.000 V
p-p
707 mV
rms
+10.00 dBm
1.414 V
p-p
500 mV
rms
+6.99 dBm
632 mV
p-p
224 mV
rms
0.00 dBm
283 mV
p-p
100 mV
rms
-6.99 dBm
200 mV
p-p
70.7 mV
rms
-10.00 dBm
10.0 mV
p-p
3.54 mV
rms
-36.02 dBm