Table of Contents
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Table of Contents
Related Manuals for Hantek HDG6162B
Summarization of Contents
Safety Requirements
General Safety Summary
Key safety precautions to avoid injury and product damage during operation.
Safety Terms and Symbols
Definitions of safety terms and explanation of product symbols.
Product Scrapping
Guidelines for responsible device recycling and disposal.
Brief Introduction
Product Models
Overview of different models in the HDG6000B(C) series and their features.
Chapter 1 Quick Start
General Inspection
Steps to check the instrument after receiving it, including container, accessories, and the instrument itself.
Front Panel Overview
Description and introduction of the front panel components and controls of the HDG6000B(C).
Rear Panel Overview
Description of the connectors and ports on the rear panel of the HDG6000B(C).
Prepare Instrument for Use
Instructions for setting up the instrument, including adjusting legs and connecting the power cord.
User Interface Navigation
Explanation of the instrument's display regions: status, menu, and window areas.
Parameter Setting Methods
Details on using the numeric keyboard, direction keys, and knob for setting parameters.
Help Functionality
Guide on accessing context-sensitive help information using the Help key.
Chapter 2 Basic Waveform Output
Select the Channel
Procedure for selecting CH1 or CH2 for waveform configuration.
Set the Basic Waveform
Selecting one of the five basic waveform types (Sine, Square, Ramp, Pulse, Noise).
Set the Frequency
Instructions for setting the output frequency, including units and input methods.
Set the Amplitude
Details on setting signal amplitude, including units (Vpp, Vrms, dBm).
Set the DC Offset Voltage
Instructions for setting the DC offset voltage for the output signal.
Set the Start Phase
Procedure for setting the initial phase of the waveform output.
Align Phase Function
Explanation of how to align the phases of two output channels.
Set the Duty Cycle
Guide to setting the duty cycle for square and pulse waveforms.
Set the Symmetry
Instructions for setting waveform symmetry, applicable to ramp waveforms.
Set Pulse Parameters
Configuration of pulse width, leading/trailing edge times for pulse output.
Enable Channel Output
How to activate the waveform output for CH1 and/or CH2.
Basic Waveform Output Example
A step-by-step example demonstrating pulse waveform generation.
Chapter 3 Arbitrary Waveform Output
Enable Arbitrary Waveform
Procedure to enable the arbitrary waveform function and its related settings.
Select Arbitrary Waveform
Guide to choosing from built-in or user-defined arbitrary waveforms.
Chapter 4 Harmonic Output
Overview of Harmonic Output
Explanation of harmonic output based on Fourier transform and instrument capabilities.
Set Fundamental Waveform Parameters
Configuring frequency, amplitude, offset, and phase for the fundamental waveform.
Set the Harmonic Order
Procedure to specify the maximum harmonic order to be generated.
Select Harmonic Type
Choosing between Even, Odd, or All harmonic types for output.
Set Harmonic Amplitude
Setting the amplitude for each specified harmonic order.
Set Harmonic Phase
Setting the phase for each specified harmonic order.
Chapter 5 Modulated Waveform
AM Modulation Details
Explains AM modulation, carrier and modulating waveforms, carrier frequency, and source.
AM Modulation Sources
Details on internal, external, and other channel sources for AM modulation.
AM Modulating Waveform Frequency
Setting the frequency for the modulating waveform in AM.
AM Modulation Depth
Setting the modulation depth for AM signals.
DSB-AM Modulation
Description of Double-Sideband Amplitude Modulation.
FM Modulation
Explanation of Frequency Modulation, including selection and configuration.
FM Frequency Deviation
Setting the frequency deviation for FM modulation.
PM Modulation
Explanation of Phase Modulation, including selection and carrier settings.
2ASK Modulation
Details on Amplitude Shift Keying (2ASK) modulation.
2FSK Modulation
Explanation of Frequency Shift Keying (2FSK) modulation.
2PSK Modulation
Details on Phase Shift Keying (2PSK) modulation.
BPSK Modulation
Explanation of Binary Phase Shift Keying (BPSK) modulation.
QPSK Modulation
Details on Quadrature Phase Shift Keying (QPSK) modulation.
3FSK Modulation
Explanation of Three-Frequency Shift Keying (3FSK) modulation.
4FSK Modulation
Details on Four-Frequency Shift Keying (4FSK) modulation.
OSK Modulation
Explanation of Oscillation Shift Keying (OSK) modulation.
PWM Modulation
Details on Pulse Width Modulation (PWM).
Chapter 6 Sweep
Select Frequency Sweep
Procedure to enable and disable the frequency sweep function.
Set Start and Stop Frequencies
Defining the frequency sweep boundaries.
Set Center Frequency and Span
Configuring sweep using center frequency and frequency span.
Linear Sweep Type
Description of the linear sweep mode.
Set Sweep Time
Configuring the duration of the frequency sweep.
Set Return Time
Configuring the time to return to the start frequency after sweep.
Set Hold Time
Configuring the time to hold at the stop frequency during sweep.
Set Mark Frequency
Defining a specific frequency point for triggering or marking.
Set Sweep Trigger Source
Selecting the source (Internal, External, Manual) for sweep triggering.
Trigger Output Edge
Configuring the edge polarity for trigger output signals.
Chapter 7 Burst
Select Burst Mode
Procedure to enable and disable the burst output function.
Configure Burst Type
Selecting between N Cycle, Infinite Cycle, and Gated burst types.
N Cycle Burst Configuration
Setting the number of cycles for N Cycle burst mode.
Gated Burst Operation
Details on gated burst mode controlled by external signals.
Set Burst Period
Configuring the time between consecutive bursts.
Set Burst Phase
Defining the starting phase of the burst waveform.
Set Burst Trigger Source
Selecting the trigger source (Internal, External, Manual) for burst.
Set Gate Polarity
Configuring the polarity (Positive/Negative) for gated burst triggering.
Burst Trigger Output Edge
Configuring the edge for trigger output in burst mode.
Chapter 8 Counter
Enable Counter Function
Procedure to activate the instrument's built-in counter.
Configure Counter Settings
Adjusting gate time, sensitivity, and trigger level for measurements.
Chapter 9 Digital Generator
Digital Generator Terminal Description
Overview of the digital generator terminals and their voltage levels.
Digital Generator Functionality
Enabling digital generator and selecting sync or programmable signal output.
Chapter 10 Utility
Sync Signal Output Details
Explains sync signal characteristics and output for various waveforms.
Configure Output Impedance
Setting the output impedance for channels to 50Ω or HighZ.
Network Configuration Overview
Introduction to LAN, WLAN, and Hotspot interfaces for remote communication.
LAN Setting Configuration
Steps for configuring LAN parameters like IP address, subnet mask, and gateway.
IP Configuration Modes
Explanation of DHCP, AutoIP, and Manual modes for IP addressing.
WLAN Setting Configuration
Steps for connecting to a Wi-Fi network, setting SSID and PSK.
Hotspot Configuration
Setting up the instrument as a Wi-Fi hotspot, including SSID and PSK.
Set System Language
Selecting the display language for menus and help.
Configure Power On Settings
Setting the instrument's startup configuration (Default or Last).
Configure Sound Settings
Enabling or disabling the beeper sound.
Adjust Screen Intensity
Setting the brightness level of the instrument's display.
View System Information
Accessing instrument details like model, serial number, and version.
Clock Source Configuration
Selecting internal or external clock sources and synchronization methods.
Print and Screenshot
Saving screen content to USB storage or printing.
Firmware Update
Instructions for updating the instrument's firmware.
Store and Recall Overview
Overview of storing and recalling instrument states and waveforms.
File Browser Operations
Managing files and directories using the browser (Save, Recall, Rename, etc.).
Chapter 11 Remote Control
User-defined Programming (SCPI)
Controlling the instrument using SCPI commands for programming.
PC Software Control
Using PC software to send commands for remote instrument control.
Install Keysight IO Libraries Suite
Step-by-step guide for installing the necessary software for remote control.
Remote Control via USB
Connecting and controlling the instrument via USB using Keysight IO.
Remote Control via LAN
Connecting and controlling the instrument via LAN using Keysight IO.
Remote Control via WLAN
Connecting and controlling the instrument via WLAN using Keysight IO.
Remote Control via Hotspot
Connecting and controlling the instrument via Hotspot using Keysight IO.
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