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
Operating basics
AFG1000 Series Quick Start User Manual
41
To output a PWM waveform
(AFG1062 only)
1. Select pulse waveform and
then push the front-panel
Mod button.
2. Press Mod.
NOTE: You can only choose
pulse as a carrier waveform.
The frequency of the carrier
waveform can only be up to
1 MHz.
3. Press Type to display the
modulation selection
menu. Select PWM as the
modulation type.
4. Press Source to select
Internal or External. If
the source is External,
use the Ext Mod In
connector in the rear
panel to input the external
signal, the setting of PM
is finished. If you choose
Internal, continue with
the steps below.
5. Press Shape to select
among Sine, Square,
Ramp, or Arb as the
modulating waveform.
6. Press PWM Frequency
to set the PWM
frequency. The range is 2
mHz to 20 kHz (Internal
source only).
7. Press DutyDev, use the
general purpose knob to
adjust the duty deviation
or use the numeric
keypad and then select
unit.
Duty cycle deviation
represents the variation
(in %) of the modulated
waveform duty cycle
relative to the original
pulse duty cycle.