Hantek HDG2032B User Manual

SCPI Programming Reference
HDG2000 Series Arbitrary Waveform Generator 74
SOURce<n>:DATA:OUTPut <start_addr>,<end_addr>
Parameter
Typical Return
<start_addr> Hexadecimal number, from 0x00to 64M, 4Byte
<end_addr> Hexadecimal number, from 0x00to 64M, 4Byte
5.2.8 DISPlay Subsystem
The DISPlay subsystem controls the instrument's display.
DISPlay:BRIGhtness <brightness>|MINimum|MAXimum
DISPlay:BRIGhtness? [MINimum|MAXimum]
Set the display bringhtness.
Parameter
Typical Return
1%至 100%, default 50%
80%
DISPlay:BRIGhtness 80
DISPlay:SAVer ON|OFF
DISPlay:SAVer ?
Enable or disable display saver.
Parameter
Typical Return
ON|OFF, default ON
ON, or OFF
Enable display saver: DISPlay:SAVer:STATe ON
5.2.9 FM Subsystem
SOURce<n>:MOD:FM:DEViation <deviation>|MINimum|MAXimum
SOURce<n>:MOD:FM:DEViation? [MINimum|MAXimum]
Sets the peak frequency deviation in Hz.
Parameter
Typical Return
Default 500Hz
+1.000000000000000E+03
Set peak frequency deviation to 1 kHz: SOURce1:MOD:FM:DEViation 1000
 The deviation cannot exceed the carrier frequency. If you attempt to set a deviation that
exceeds the carrier frequency (with FM enabled), the instrument will adjust the deviation to
the maximum value allowed for that carrier frequency.
 The carrier frequency plus the deviation cannot exceed the selected function's maximum
frequency plus 100 kHz. If you attempt to set the deviation to an invalid value, the instrument
adjusts it to the maximum value allowed with the present carrier frequency.
 If the deviation causes the carrier waveform to exceed a frequency boundary for the current

Hantek HDG2032B Specifications

General

Brand	Hantek
Model	HDG2032B
Category	Inverter
Language	English

Summary

Copyright Declaration

General Safety Summary

Chapter 1 Quick Start

Introduction to Instrument

Overview of the HDG2000 Series waveform generators and their features.

Front-Panel Introduction

Divides the front panel into key areas like softkeys, keypads, and display areas.

Rear Panel

Details the connectors and interfaces on the instrument's rear panel.

Prepare Instrument for Use

Guides users through the initial setup and power-on procedures.

Chapter 2 Basic Operation

Front-Panel Menu Reference

Explains the various front-panel menus and parameter settings.

Utility Function

Covers system settings, information, state, counter, self-test, and calibration.

Save and Recall

Describes how to save and load instrument states and configuration information.

Remote Control

Explains communication with a PC via USB for waveform creation and control.

Chapter 3 Features and Function

Output Configuration

Details how to configure the output channel and select waveforms.

Pulse Waveforms

Explains the parameters for generating pulse and square waveforms.

Amplitude Modulation (AM) and Frequency Modulation (FM)

Covers setting up AM and FM modulation for carrier waveforms.

Phase Modulation (PM)

Describes how to apply phase modulation to carrier waveforms.

Frequency-Shift Keying (FSK) Modulation

Explains how to configure frequency shift keying modulation.

Pulse Width Modulation (PWM)

Details the parameters for pulse width modulation.

Frequency Sweep

Guides on setting up and using frequency sweep mode.

Burst Mode

Explains how to configure and use burst mode for specific cycle outputs.

Triggering

Covers the instrument's triggering system for sweeps and bursts.

Chapter4 Waveform Generation Tutorial

Generation of A Sine Wave Function

Provides step-by-step instructions for generating a sine wave output.

Generation of A Square Wave Function

Guides on generating a square wave output with specified parameters.

Generation of A Ramp Wave Function

Details the process for generating a ramp wave output.

Generation of A Pulse Wave Function

Explains how to output a pulse wave and adjust its parameters.

Generation of A Noise Wave Function

Describes how to generate a noise wave output.

Generation of An Arb. Wave Function

Guides on outputting user-defined arbitrary waveforms.

Generation of A Harmonic Wave Function

Explains how to generate harmonic waveforms and set their parameters.

Method of input params

Describes two methods for inputting parameters using the front panel.

Mode Waveform

Defines various modulation types like AM, FM, PM, ASK, etc.

Digital Generator

Introduces the digital generator function and its terminal description.

Chapter5 SCPI Programming Reference

Introduction to the SCPI Language

Explains the basics of SCPI language, syntax conventions, and command structure.

Alphabetical List of SCPI Commands and Queries

Provides an organized list of all SCPI commands and their functions.

Programming Examples

Offers practical examples of SCPI commands for common tasks.

Appendix A

HDG2000 Series Command Quick Reference

A quick reference guide to the instrument's SCPI commands.

Appendix B

HDG2000 Series Model Specifications

Detailed specifications for different HDG2000 series models.