Hantek HDG6000B Series User Manual
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Hantek HDG6000B Series User Manual

Functions and arbitrary waveform generator
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HDG6000B(C) series
Functions and Arbitrary Waveform
Generator
User manual
(V1.2)

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Summary of Contents for Hantek HDG6000B Series

  • Page 1 HDG6000B(C) series Functions and Arbitrary Waveform Generator User manual (V1.2)

  • Page 2: Table Of Contents

    Content Copyright Declaration ....................1 Safety Requirements ....................2 General Safety Summary ................... 2 Safety Terms and Symbols ..................3 Product Scrapping ..................... 3 Brief Introduction ...................... 4 Chapter 1 Quick Start ..................... 6 1.1 General Inspection ....................7 1.2 Front Panel ......................7 1.3 Rear Panel ......................
  • Page 3 4.5 Set the Harmonic Amplitude ................31 4.6 Set the Harmonic Phase ..................31 Chapter 5 Modulated Waveform ................32 5.1 AM Modulation ....................33 5.1.1 Select AM Modulation ................33 5.1.2 Carrier Waveform Shape ................. 33 5.1.3 Carrier Frequency ..................33 5.1.4 Modulating Waveform Source ..............
  • Page 4 5.6.6 Hopping Frequency.................. 45 5.7 2PSK ........................46 5.7.1 Select 2PSK Modulation ................46 5.7.2 Carrier Waveform Shape ................. 46 5.7.3 Carrier Phase ................... 46 5.7.4 Modulating Waveform Source ..............46 5.7.5 2PSK Rate ....................47 5.7.6 Modulating Phase ..................47 5.8 BPSK .........................
  • Page 5 5.13.1 Select PWM Modulation ................. 55 5.13.2 Carrier Waveform Shape ............... 55 5.13.3 Duty Cycle ..................... 55 5.13.4 Modulating Waveform Source ..............55 5.13.5 Modulating Waveform Frequency ............56 5.13.6 PWM Deviation ..................56 Chapter 6 Sweep ..................... 57 6.1 Select Frequency Sweep ................... 58 6.2 Start Frequency and Stop Frequency ..............
  • Page 6 10.4.4 Intensity ....................79 10.4.5 System Information ................80 10.4.6 Clock Source ..................80 10.5 Print ......................... 80 10.6 Update ......................81 10.7 Store and Recall ....................81 10.7.1 Storage System Overview ..............81 10.7.2 Browser Type ..................82 10.7.3 File Operation ..................82 Chapter 11 Remote Control ..................

  • Page 7: Copyright Declaration

    Hantek reserves all rights to modify this document without prior notice. Please contact Hantek for the latest version of this document before placing an order. Hantek has made every effort to ensure the accuracy of this document but does not guarantee the absence of errors. Moreover, Hantek assumes no responsibility in obtaining permission and authorization of any third party patent, copyright or product involved in relation to the use of this document.

  • Page 8: Safety Requirements

    Safety Requirements General Safety Summary Read the following safety precautions to avoid injury and prevent damage to this product or any products connected to it. To evade potential hazards, use this product only as specified. Only qualified personnel should perform maintenance. Avoid fire or personal injury.

  • Page 9: Safety Terms And Symbols

    Safety Terms and Symbols Terms on the product. The following terms may appear on the product: Danger It represents that harms may be caused to you at once if you perform the operation. Warning It represents that latent harms may be caused to you if you perform the operation.

  • Page 10: Brief Introduction

    Brief Introduction HDG6000 B(C) Series is a series of synthesized waveform generators with built-in arbitrary waveform and pulse capabilities. Features:  7 inch, 16K true color TFT display, WVGA(800X480)  200 MHz, 160 MHz, 110 MHz, and 80 MHz maximum sine output frequency ...
  • Page 11 Models Touch Model Channels Bandwidth Sample Rate WIFI RS232 screen HDG6082B 80MHz 1.25GS/s HDG6112B 110MHz 1.25GS/s HDG6162B 160MHz 1.25GS/s HDG6202B 200MHz 1.25GS/s HDG6082C 80MHz 1.25GS/s Optional HDG6112C 110MHz 1.25GS/s Optional HDG6162C 160MHz 1.25GS/s Optional HDG6202C 200MHz 1.25GS/s Optional User Manual...

  • Page 12: Chapter 1 Quick Start

    Chapter 1 Quick Start This chapter introduces the front panel, rear panel, user interface and parameter setting method as well as precautions when using the instrument for the first time.  General Inspection  Front Panel  Rear Panel  Prepare Instrument for Use ...

  • Page 13: General Inspection

    1.1 General Inspection Please check the instrument as following steps after receiving an oscilloscope: Check the shipping container for damage: Keep the damaged shipping container or cushioning material until the contents of the shipment have been checked for completeness and the instrument has been checked mechanically and electrically.
  • Page 14 HDG6000B(C) can use internal or external clock (refer to the introduction in "Clock Source").  When internal clock source is used, the connector (used as 10MHz Out) can output 10MHz clock signal generated by the internal crystal oscillator of the generator. ...
  • Page 15 an operator "-" before the numbers. (For the use method of the numeric keyboard, refer to the introduction in "Parameter Setting Method"). 15. Direction Keys When using the knob and direction keys to set parameters, the direction keys are used to switch the digits of the parameter.

  • Page 16: Rear Panel

    22. Menu softkey Correspond to the left menus respectively. Press any softkey to activate the corresponding menu. 23. LCD 800 × 480 TFT color LCD is used to display the current function menu and parameters setting, system state as well as prompt messages. 1.3 Rear Panel 1.

  • Page 17: The User Interface

    1.5 The user interface The signal generator can be divided into three regions: the status panel at the top of the screen, the menu panel at the right of the screen, the window area at the left of the screen. 1.

  • Page 18: Parameter Setting Method

    When the hot spot of the generator is opened, this indicator will light. 1 indicates that there is one device connected to this hot spot. 3. Current Function Display the name of the function currently selected. For example, "Sine" indicates that "Sine" waveform function is currently selected and "Arb"...

  • Page 19: Direction Keys And Knob

    Decimal Point Press this key to insert a decimal point "." at the current position of the cursor. Operator Key The operator key "+/-" is used to modify the operator of the parameter. Press this key to set the parameter operator to "-". Enter Key Press this key to finish parameter input and add the default unit for the parameter.
  • Page 20 the help function and then press the desired key to get corresponding help. If there is an index of other topics in the content view, users can rotate the knob to choose different indexes, press the Enter key or knob to enter the corresponding topic content. Press Help key again to exit.

  • Page 21: Chapter 2 Basic Waveform Output

    Chapter 2 Basic Waveform Output HDG6000B(C) can output basic waveforms (including Sine, Square, Ramp, Pulse and Noise) from one of the channels separately or from the two channels at the same time. At start-up, the channel is configured as a sine waveform with 1KHz frequency and 200mVpp amplitude by default.

  • Page 22: Select The Channel

    2.1 Select the channel Users can configure HDG6000B(C) to output basic waveform from a single channel or from dual channels at the same time. Please select the desired channel before configuring waveform parameters. At start-up, CH1 is selected by default. Press CH1/CH2 button at the front panel and the corresponding area in the user interface is illuminated.

  • Page 23: Set The Amplitude

    instrument will still use this frequency; otherwise, the instrument would display prompt message and set the frequency to the frequency upper limit of the new function automatically. 2.2.3 Set the Amplitude Press Amplitude/High Level softkey to highlight "Amplitude". At this point, use the numeric keyboard to input the amplitude value and select the desired unit from the pop-up unit menu or use the direction keys and knob to modify the current value.

  • Page 24: Set The Start Phase

    2. The DC offset voltage units available are V and mV. 3. Press this softkey again to switch to low level setting. At this point, "Low Level" is highlighted. 4. The low level units available are V and mV. The settable range of the DC offset voltage is limited by the "Amplitude/High Level" settings. Please refer to the "Output Characteristics"...

  • Page 25: Set The Duty Cycle

    2.2.7 Set the Duty Cycle Duty Cycle is defined as the percentage that the high level takes up in the whole period as shown in the figure below. Press Duty softkey to highlight. At this point, use the numeric keyboard to input the duty cycle value and select the unit "%"...

  • Page 26: Set The Pulse Parameters

    Press Symmetry softkey to highlight. At this point, use the numeric keyboard to input the symmetry value and select the unit "%" from the pop-up unit menu or use the direction keys and knob to modify the current value. For the input method of symmetry value, refer to the introduction "Parameter Setting Method".

  • Page 27: Enable The Channel Output

    period. The pulse width and pulse duty cycle are correlative. Once a parameter is changed, the other will be automatically changed. The pulse duty cycle is limited by the "Minimum Pulse Width" and "Pulse Period". - 2 × Minimum Pulse Width ÷ Pulse Period) × 100% Press Width/Duty to highlight "Width".
  • Page 28 DC offset, 200ns pulse width, 75ns leading (rising) edge time and 100ns trailing (falling) edge time. 1. Press CH1/CH2 at the front panel and select CH1. The corresponding area of CH1 in the user interface is illuminated. 2. Press Pulse at the front panel and the backlight turns on, indicating that Pulse waveform is selected.

  • Page 29: Chapter 3 Arbitrary Waveform Output

    Chapter 3 Arbitrary Waveform Output HDG6000B(C) can output the built-in waveforms and user-defined arbitrary waveforms from a single channel or from two channels at the same time. The 160 kinds of built-in waveforms are stored in the internal non-volatile memory. The user-defined arbitrary waveforms can contain 64 to 64M data points.

  • Page 30: Enable Arbitrary Waveform

    3.1 Enable Arbitrary Waveform Press Arb to enable arbitrary waveform function and open the operation menu of arbitrary waveform. Frequency/Period: set the "Frequency/Period" of the arbitrary waveform. Amplitude/HighLevel: set the "Amplitude/HighLevel" of the arbitrary waveform. Offset/LowLevel: set the output "Offset/LowLevel" of the arbitrary waveform. Phase: set the "Start Phase"...
  • Page 31 Butterworth Butterworth filter Chebyshev1 Chebyshev1 filter Chebyshev2 Chebyshev2 filter Combin Combination function CPulse C pulse CWPulse CW pulse DampedOsc Time-displacement curve of damped oscillation DualTone Dual-tone signal Gamma Gamma signal GateVibar Gate self-oscillation signal LFMPulse Linear FM pulse MCNoise Mechanical construction noise Discharge Discharge curve of Ni-MH battery Pahcur...
  • Page 32 ISO16750-2 VR Automotive supply voltage profile for resetting ISO7637-2 TP1 Automotive transients due to disconnects ISO7637-2 TP2A Automotive transients due to inductance in wiring ISO7637-2 TP2B Automotive transients due ignition switching off ISO7637-2 TP3A Automotive transients due to switching ISO7637-2 TP3B Automotive transients due to switching ISO7637-2 TP4 Automotive supply profile during starting...
  • Page 33 CscPro Protuberant cosecant CscHCon Concave hyperbolic cosecant CscHPro Protuberant hyperbolic cosecant RecipCon Concave reciprocal RecipPro Protuberant reciprocal SecCon Concave secant SecPro Protuberant secant SecH Hyperbolic secant Sinc Sinc function SinH Hyperbolic sine SinInt Integral sine Sqrt Square root Tangent TanH Hyperbolic tangent Anti Trigonome ACos...
  • Page 34 NuttallWin Nuttall-defined minimum 4-term Blackman-Harris window ParzenWin Parzen window TaylorWin Taylor window Triang Triangle window (Fejer window) TukeyWin Tukey (tapered cosine) window Stored Waveform Select the user-defined arbitrary waveforms stored in external memory (U Disk). Press Store softkey to enter the Store/Recall Interface. Please select and read the desired arbitrary waveform file.

  • Page 35: Chapter 4 Harmonic Output

    Chapter 4 Harmonic Output HDG6000B(C) can be used as a harmonic generator to output harmonic with specified order, amplitude and phase. It is usually used in the test of harmonic detector device or harmonic filter device. This chapter introduces how to configure the generator to output harmonics. Subjects in this chapter: ...

  • Page 36: Overview

    4.1 Overview According to Fourier transform, time domain waveform is the superposition of a series of sine waveforms as shown in the equation below: Generally, component with frequency is called fundamental waveform, is fundamental φ waveform frequency, is fundamental waveform amplitude and is fundamental waveform phase.

  • Page 37: Select The Harmonic Type

    4.4 Select the Harmonic Type HDG6000B(C) can output even harmonic, odd harmonic, all orders of harmonic or user-defined orders of harmonic. After entering the harmonic setting menu, press Type to select the desired harmonic type. 1. Even Press this key and the instrument would output fundamental waveform and even harmonics. 2.

  • Page 38: Chapter 5 Modulated Waveform

    Chapter 5 Modulated Waveform HDG6000B(C) supports AM, DSB-AM, FM, PM, 2ASK, 2FSK, 2PSK, BPSK, QPSK, 3FSK, 4FSK, OSK and PWM modulations. It can output modulated waveform from a single channel or from two channels at the same time. The modulated waveform consists of carrier waveform and modulating waveform.

  • Page 39: Am Modulation

    5.1 AM Modulation A modulated waveform consists of a carrier waveform and a modulating waveform. In AM, the carrier amplitude is varied by the voltage level of the modulating waveform. 5.1.1 Select AM Modulation Press Mod->Type->AM to enable AM function. ...

  • Page 40: Modulating Waveform Frequency

    Internal Source When internal modulation source is selected, press Shape to select Sine, Square, Ramp, Noise or Arb as modulating waveform. The default is Sine.  Sine waveform  Square: 50% duty cycle  Ramp: 50% symmetry. Note: Noise can be used as modulating waveform but cannot be used as carrier waveform. External Source With the External source, an external waveform modulates the carrier waveform.

  • Page 41: Dsb-Am Modulation

     Press Depth to set AM modulation depth.  Modulation depth: 0% to 120%. The default is 100%.  At 0% depth, the amplitude is one-half of the carrier‟s amplitude setting.  At 100% depth, the output amplitude is equal to the specified value. ...

  • Page 42: Modulating Waveform Source

    1μHz to 50MHz Pulse 1μHz to 50MHz Arbitrary Waveform After the carrier waveform is selected, you can press Frequency/Period to highlight "Frequency", and then use the numeric keyboard or direction keys and knob to input the desired frequency value. 5.2.4 Modulating Waveform Source HDG6000B(C) can receive modulating waveform from Internal (default), External, or Other Channel.

  • Page 43: Modulating Waveform Frequency

    5.2.5 Modulating Waveform Frequency When internal modulation source is selected, press Frequency to set the modulating waveform frequency.  Input the desired frequency value using the numeric keyboard or direction keys and knob.  The modulating waveform frequency ranges from 2mHz to 50kHz, and the default value is 100Hz.

  • Page 44: Carrier Waveform Shape

    5.3.2 Carrier Waveform Shape FM carrier shape: Sine (default), Square, Ramp, Pulse, Arbitrary (except DC) or Harmonic waveform. Press the front panel key Sine, Square, Ramp, Pulse, Arb -> Type or Harmonic to select a desired carrier waveform shape. Noise and DC could not be used as carrier waveform. 5.3.3 Carrier Frequency The maximum carrier frequency varies by function, as shown below.

  • Page 45: Modulating Waveform Frequency

    Sync/Mod/Trig Other Channel Other channel: CH1 and CH2 can be used as modulation sources reciprocally. When CH1 is used as the modulated wave, CH2 can be used as the modulation source. And vice versa. 5.3.5 Modulating Waveform Frequency When internal modulation source is selected, press Frequency to set the modulating waveform frequency.

  • Page 46: Pm Modulation

    level, the less offset is generated. For example, if the frequency deviation is set to 1KHz, +2.5V signal level corresponds to a 1kHz increase of frequency and -2.5V signal level corresponds to a 1kHz decrease of frequency. 5.4 PM Modulation A modulated waveform consists of a carrier waveform and a modulating waveform.

  • Page 47: Modulating Waveform Source

    5.4.4 Modulating Waveform Source HDG6000B(C) can receive modulating waveform from Internal (default), External, or Other Channel. Press Mod -> Source to select the modulation source. Internal Source When internal modulation source is selected, press Shape to select Sine, Square, Ramp, Noise or Arb as modulating waveform.

  • Page 48: Phase Deviation

    5.4.6 Phase Deviation Phase deviation is the deviation of the modulating waveform phase relative to the carrier waveform phase. Press Deviation to set the PM phase deviation.  Use the numeric keyboard or direction keys and knob to input the desired phase value. ...

  • Page 49: Modulating Waveform Source

    described in "Specifications". 5.5.4 Modulating Waveform Source Press Mod -> Source to select Internal (default) or External as the modulation source. Internal Source When internal modulation source is selected, the modulating waveform is set as a Square with 50% duty cycle, and the rate at which the output amplitude "shifts" between "carrier amplitude" and "modulating amplitude"...

  • Page 50: Modulating Amplitude

    5.5.6 Modulating Amplitude Press Amplitude to set the modulating amplitude.  Use the numeric keyboard or direction keys and knob to input the desired amplitude value.  The range of amplitude (HighZ) is from 1mV to 20V and the default is 100mV. 5.6 2FSK You can configure the instrument to "shift"...

  • Page 51: Modulating Waveform Source

    5.6.4 Modulating Waveform Source Press Mod -> Source to select Internal (default) or External as the modulation source. Internal Source When internal modulation source is selected, the modulating waveform is set as a Square with 50% duty cycle, and the rate at which the output frequency "shifts" between "carrier frequency" and "modulating frequency"...

  • Page 52: 2Psk

    Sine: 1μHz to 200MHz Square: 1μHz to 50MHz Ramp: 1μHz to 5MHz Arb: 1μHz to 50MHz Press Hopping to set the parameter. Use the numeric keyboard or direction keys and knob to input the desired frequency value. 5.7 2PSK You can configure the instrument to "shift" its output phase between two preset values using 2PSK modulation.

  • Page 53: 2Psk Rate

    Internal Source When internal modulation source is selected, the modulating waveform is set as a Square with 50% duty cycle, and the rate at which the output phase "shifts" between "carrier phase" and "modulating phase" is determined by "2PSK Rate". External Source With the External source, the generator receives the external modulating signal from the [Sync/Mod/Trig] connector at the front panel.

  • Page 54: Bpsk

    5.8 BPSK You can configure the instrument to "shift" its output phase between two preset values using BPSK modulation. The rate at which the output shifts between the two phases (called the "carrier phase" and the "modulation phase") is determined by the internal signal level of the instrument. 5.8.1 Select BPSK Modulation Press Mod->Type->BPSK to enable this function.

  • Page 55: Modulating Phase

    5.8.6 Modulating Phase Press Phase to set the parameter.  Use the numeric keyboard or direction keys and knob to input the desired amplitude value.  The phase range is from 0º to 360º and the default is 180º . 5.9 QPSK Modulation You can configure the instrument to "shift"...

  • Page 56: Qpsk Rate

    5.9.5 QPSK Rate QPSK uses internal modulation source. Press Rate to set the frequency at which the output phase shifts between "carrier phase" and "modulating phase".  Use the numeric keyboard or direction keys and knob to input the desired frequency value. ...

  • Page 57: Modulating Waveform Source

    Different carrier waveforms have different frequency ranges as shown in the table below. For all the carrier waveforms, the default value is 1KHz. Carrier Waveform Frequency Range 1μHz to 200MHz Sine 1μHz to 50MHz Square 1μHz to 5MHz Ramp 1μHz to 50MHz Pulse 1μHz to 50MHz Arbitrary Waveform...

  • Page 58: Carrier Waveform Shape

     After 4FSK is enabled, the instrument will generate 4FSK waveform with the currently specified carrier and modulating waveforms. To avoid multiple waveform changes, enable modulation after configuring the other modulation parameters. 5.11.2 Carrier Waveform Shape 4FSK carrier shape: Sine (default), Square, Ramp, Pulse, Arbitrary (except DC) or Harmonic waveform.

  • Page 59: Osk Modulation

    Square: 1μHz to 50MHz Ramp: 1μHz to 5MHz Arb: 1μHz to 50MHz Press HopFreq1/HopFreq2/HopFreq3 to set the parameter. Use the numeric keyboard or direction keys and knob to input the desired frequency value. 5.12 OSK Modulation When OSK (Oscillation Shift Keying) modulation is selected, users can configure the generator to output a sine signal with intermittent oscillation as shown in the figure below (the carrier waveform is 100Hz and the OSK rate is 10kHz).

  • Page 60: Carrier Frequency

    5.12.3 Carrier Frequency Choose carrier waveform shape, press Frequency/Period to highlight "Frequency", and then use the numeric keyboard or direction keys and knob to input the desired frequency. The range is from 1μHz to 200MHz. The default frequency is 1KHz. 5.12.4 Modulating Waveform Source Press Mod ->...

  • Page 61: Pwm

    oscillate period is related to the OSK rate currently selected. Press OscTime to highlight it and use the numeric keyboard or direction keys and knob to input the desired period. The default range is from 8ns to 4.99975ms. 5.13 PWM A modulated waveform consists of a carrier waveform and a modulating waveform.

  • Page 62: Modulating Waveform Frequency

    External Source With the External source, an external waveform modulates the carrier waveform. The Phase Deviation is controlled by the ±2.5 V signal level on the front-panel [Sync/Mod/Trig] connector. Sync/Mod/Trig Other Channel Other channel: CH1 and CH2 can be used as modulation sources reciprocally. When CH1 is used as the modulated wave, CH2 can be used as the modulation source.

  • Page 63: Chapter 6 Sweep

    Chapter 6 Sweep In frequency sweep mode, the instrument moves from the start frequency to the stop frequency at a specified sweep rate. You can sweep up or down in frequency with linea. You can also configure the instrument to output one sweep from start frequency to stop frequency by applying an external or manual trigger.

  • Page 64: Select Frequency Sweep

    6.1 Select Frequency Sweep Press Sweep at the front panel to enable the sweep function (the backlight of the key goes on), and Mod or Burst function will be automatically disabled (if currently enabled). To avoid multiple waveform changes, enable the sweep mode after configuring the other parameters (as waveforms and amplitudes of fundamental waves).

  • Page 65: Linear Sweep

    Different sweep waveform corresponds to different center frequency and frequency span range and center frequency and frequency span are inter-related. Define the minimum frequency of the waveform currently selected as Fmin, the maximum frequency as Fmax and Fm = (Fmin+Fmax)/2. The range of center frequency is from Fmin to Fmax and the parameters for different waveforms are as follows: Sine: 1μHz to 160MHz...

  • Page 66: Return Time

    the sweep time. The default value is 1s and the settable range is from 1ms to 50Ks. 6.6 Return Time Return time specifies the number of seconds to return from the stop frequency to the start frequency.） When Sweep is enabled, press Return Time and use the numeric keyboard or the direction keys and knob to change the return time.

  • Page 67: Trigger Output Edge

    "Negative". The default is "Positive". Sync/Mod/Trig  Manual Trigger: A sweep will be generated from the corresponding channel once you press Trigger at the front panel. 6.10 Trigger Output Edge In sweep mode, when "Internal" or "Manual" trigger source is selected, the generator will output a TTL compatible signal with specified edge from the [Sync/Mod/Trig] connector at the front panel.

  • Page 68: Chapter 7 Burst

    Chapter 7 Burst HDG6000B(C) can output a waveform for a specified number of cycles, called a burst. It supports control of burst output by internal, external or manual trigger source; supports three kinds of burst types including N cycle, Infinite cycle and Gated. Burst is allowed with sine, square, ramp, pulse, Harmonic, noise (allowed only in gated burst mode) or arbitrary waveforms (DC is not allowed).

  • Page 69: Select Burst Mode

    7.1 Select Burst Mode Press Burst at the front panel to enable Burst function (the backlight of the key goes on), and Mod or Sweep function will be automatically disabled (if currently enabled). To avoid multiple waveform changes, enable burst mode after configuring other parameters. 7.2 Burst Type This instrument could output three types of bursts, including N Cycle, Infinite Cycle and Gate.
  • Page 70 In Infinite Cycle mode, the cycle number of the waveform is set as an infinite value. The generator outputs a continuous waveform after receiving trigger signal. The carrier waveform includes Sine, Square, Ramp, Pulse, Harmonic and arbitrary waveform (except DC). The trigger source includes "Internal", "External"...

  • Page 71: Burst Period

    7.3 Burst Period Burst period is the time from the start of one burst to the start of next burst (default 10 ms). It is only available for N Cycle burst in internal trigger. Burst period differs from "waveform frequency," which specifies the frequency of the bursted signal.

  • Page 72: Gate Polarity

    When Burst is enabled, press Source to select "Internal", "External" or "Manual". The default setting is "Internal". Internal Trigger When internal trigger is selected, the generator can only output N cycle burst and the burst frequency is determined by the "Burst Period". External Trigger When external trigger is selected, the generator can output N cycle, infinite or gated burst.

  • Page 73: Trigger Output Edge

    7.7 Trigger Output Edge In burst mode, when the trigger source is "Internal" or "Manual", the generator would output a TTL-compatible signal with specified edge from the [Sync/Mod/Trig] connector at the front panel.  Internal trigger: The generator outputs a square waveform with variable duty cycle (related to the carrier period and number of cycles) from the [Sync/Mod/Trig] connector at the start of burst.

  • Page 74: Chapter 8 Counter

    Chapter 8 Counter The instrument provides a counter which can measure various parameters (such as frequency, period, duty cycle, positive pulse width and negative pulse width) of external input signal.  Enable the Counter  Set the Counter User Manual...

  • Page 75: Enable The Counter

    8.1 Enable the Counter Press Counter at the front panel (the backlight of the key turns on) to enable counter function. Input the singal to [Counter In] connector to measure. If the counter is currently turned on and the screen displays the counter interface, pressing Counter will disable the counter function.

  • Page 76: Chapter 9 Digital Generator

    Chapter 9 Digital Generator The instrument provides a digital generator which can output the digital signal by sync or programmable. The dual channels can still output normally when the digital generator is enabled.  Terminal Description  Function Introduction User Manual...

  • Page 77: Terminal Description

    9.1 Terminal Description Vcc: 3.3V 9.2 Function Introduction Press Data Output key to enable digital generator function (the backlight of the key goes on). The interface is opened and output the signal at the same time. Press Function softkey to set the function. ...
  • Page 78 User Manual...

  • Page 79: Chapter 10 Utility

    Chapter 10 Utility The instrumemt allows users to configure the parameters of dual channels, configure remote interfaces and set system parameters.  Sync  Impedance  Network for HDG6000C  System Setting  Print  Update  Store and Recall User Manual...

  • Page 80: Sync

    10.1 Sync The sync signal is output from the [Sync] connector at the front panel. The instrument could output the sync signals of basic waveforms (except Noise), arbitrary waveforms (except DC), Harmonics, Sweep signal, Burst signal and modulated signal from a single channel or two channels at the same time.

  • Page 81: Impedance

    10.2 Impedance The impedance setting is applicable to output amplitude and DC offset voltage. HDG6000B(C) has a 50Ω fixed serial output impedance for the [1] connector at the front panel. If the actual load does not match the specified value, the voltage level displayed would not match the voltage level of the component under test.
  • Page 82 Network Status: ON or OFF MAC Address MAC (Media Access Control) address, also called hardware address, is used for defining the position of the network device. For a generator, the MAC address is always unique. It is always used to identify the instrument while assigning IP address for instrument. MAC address (48 bits, namely 6 bytes) is usually expressed in hexadecimal format, such as 00-04-5B-46-A2-C2.

  • Page 83: Wlan Setting

    Set the Subnet Mask In Manual mode, the subnet mask could be set manually. The format of subnet mask is nnn.nnn.nnn.nnn, where the nnn ranges from 0 to 255. It is recommended that users acquire an available subnet mask from their network administrator. Press Subnet Mask softkey and use the numeric keyboard or direction keys and knob to enter your desired subnet mask.

  • Page 84: Hotspot

    SSID: Service Set Identifier SSID is the name of a local area network. Press Scan Result softkey to search the Wi-Fi device, use the knob to specify the network and press the knob to confirm. Also, users can use virtual keyboard to enter the desired SSID. Press SSID softkey and use the knob to enter.

  • Page 85: System Setting

    IP Start: The start IP address of the HDG6000C hotspot. IP End: The end IP address of the HDG6000C hotspot. Subnet Mask: The subnet mask of the HDG6000C hotspot. The format of IP Start, IP End and subnet mask is nnn.nnn.nnn.nnn. The nnn range is from 0 to 255.

  • Page 86: System Information

    10.4.5 System Information Press Utility -> System -> System Info and you can view the information (such as the model, serial number and version number) of the instrument in the system information interface. 10.4.6 Clock Source HDG6000B(C) provides an internal 10MHz clock source and can receive the external clock source from the [10MHz In/Out] connector at the front panel.

  • Page 87: Update

    10.6 Update Users could update the firmware. Press Utility -> Update to enter file browser, and use the knob to select the disk and the firmware. 10.7 Store and Recall HDG6000B(C) allows users to store the current instrument state in the internal or external memory and recall them when needed.

  • Page 88: Browser Type

    10.7.2 Browser Type Press Store -> Win to switch between "Disk" and "File". Use the knob to select the desired directory or file.  Disk: when this type is selected, use the knob to switch between Home Disk and USB Disk (when USB storage device is inserted).
  • Page 89 6. Press Return softkey to exit. Save Only state files can be stored via the instrument. Press Save softkey to automatically create a new state file and save. Recall Press Recall softkey to recall the state file or arbitrary waveform file. Rename Use the knob to select the specified file or directory and press Rename softkey to rename.

  • Page 90: Chapter 11 Remote Control

    Chapter 11 Remote Control HDG6000B(C) can be controlled remotely through the following two methods. User-defined programming Users can program and control the instrument by using the SCPI (Standard Commands for Programmable Instruments) commands. For more information about the commands and programming, refer to the SCPI protocol manual.

  • Page 91: Install Keysight Io Libraries Suite

    11.1 Install Keysight IO libraries suite Copy the Keysight IO libraries suite from CD disk or open the following websit to download latest one： http://www.keysight.com/main/software.jspx?ckey=2175637&id=2175637&nid=-11143.0.00&l c=eng&cc=GB Double click the icon to start installing. Click „Next‟ to continue. Read License Agreement and accept. Click „Next‟ to continue. User Manual...
  • Page 92 Select a Typical and click „Next‟ to continue. Or select a Custom and click „Next‟ to continue. User Manual...
  • Page 93 Select “Install Keysight VISA as primary VISA” and click „Next‟ to continue. Click „Install‟ to start copying files. User Manual...
  • Page 94 The installation is completed automatically. You will see the running IO program in the lower right corner of the screen. User Manual...

  • Page 95: Remote Control Via Usb

    11.2 Remote Control via USB 1. Connect the device Connect the instrument with your PC using a USB cable. 2. Search for device resource Start up Keysight IO and the software will automatically search for the instrument resource currently connected to the PC. You can also click Rescan to search for the resources. 3.
  • Page 96 2. Search for device resource Start up Keysight IO and click “Connection Expert->Manual Configuration->LAN instrument”. Refer to the following picture to fill in the IP address (such as 192.168.1.127) of the HDG6000C and set the protocol to Socket/5025. And then click “Accept” to add the device. The software will automatically search for the instrument resource currently connected to the PC.

  • Page 97: Remote Control Via Wlan (Hdg6000C)

    11.4 Remote Control via WLAN (HDG6000C) 1. Connect the device First, connect the HDG6000C to the router with Wi-Fi. 1) Press “Utility->System->Network->Hotspot” to close Hotspot. 2) Set the DHCP to ON. 3) Press Scan Result to assign the knob cursor to the device list. Rotate the knob to specify equipment and press knob to comfirm.

  • Page 98: Remote Control Via Hotspot (Hdg6000C)

    3. View the device resource The resource found will appear under the directory, and the model number and IP address information of the instrument will also be displayed. For example, HDG6202C (TCPIP0::192.168.1.108::5025::SOCKET) 4. Control the instrument remotely Click “Send Commands To This Instrument” to open Keysight interactive IO interface. You can send commands and read data.
  • Page 99 Start up Keysight IO and click “Connection Expert->Manual Configuration->LAN instrument”. Refer to the following picture to fill in the IP address (such as 10.0.0.1) of the HDG6000C and set the protocol to Socket/5025. And then click “Accept” to add the device. The software will automatically search for the instrument resource currently connected to the PC.

  • Page 100: Appendix A Specifications

    Appendix A Specifications All technical specifications are applicable to HDG6000B(C) series signal generator. Unless otherwise specified, all technical specifications are guaranteed when the following two conditions are established.  The signal generator is in the calibration period.  The signal generator runs continuously for more than 30 minutes at the specified operating temperature (18 ~28 C).
  • Page 101 Distortion Typical(0dBm) Spurious signal ≤10MHz：<-65dBc; (non-hormonic) >10MHz：<-65dBc+6dB/octave Typical(0dBm,10KHz offset) Phase Noise 10MHz:≤-115dBc/Hz Square Typical (1Vpp) Typical (1Vpp) Typical (1Vpp) Rise/Down time <8ns <10ns <12ns Typical (100KHz, 1Vpp) Overshoot <3% ≤10MHz: 10.0%~90.0%; Duty Cycle 10MHz~40MHz: 40.0%~60.0%; >40MHz: 50.0% (fixed) Non-symmetry 1% of period+5ns Typical（1MHz,1Vpp, 50Ω）...
  • Page 102 ≤16 Harmonic Order Harmonic Type Even, Odd, All Harmonic can be set for all harmonics Amplitude Harmonic Phase can be set for all harmonics Amplitude characteristic (50Ω) ≤20MHz: 1mVpp ~ 10Vpp; ≤80MHz: 1mVpp ~ 5Vpp; Amplitude Rang ≤110MHz:1mVpp ~ 2.5Vpp; ≤160MHz:1mVpp ~ 1Vpp;...
  • Page 103 Rate 2mHz~50KHz Depth 0%~120% Carrier Sine, Square, Ramp, Pluse, Harmonics, Arb. (except DC) Waveforms Source Internal, External, another channel Modulating Sine, Square, Ramp, Noise, Arb Waveforms Rate 2mHz~50KHz Carrier Sine, Square, Ramp, Pluse, Harmonics, Arb. (except DC) Waveforms Source Internal, External, another channel Modulating Sine, Square, Ramp, Noise, Arb Waveforms...
  • Page 104 Source Internal Data Source PN15 code, PN21 code, 01 code, 10 code Rate 2mHz~1MHz QPSK Carrier Sine, Square, Ramp, Pluse, Harmonics, Arb. (except DC) Waveforms Source Internal Data Source PN15 code, PN21 code Rate 2mHz~1MHz 3FSK Carrier Sine, Square, Ramp, Pluse, Harmonics, Arb. (except DC) Waveforms Source Internal...
  • Page 105 Input Bandwidth 10MHz Input 1KΩ Impedance Sweep Characteristics Carrier Sine, Square, Ramp, Pluse, Harmonics, Arb. (except DC) Waveforms Type linear TypeDirection Sweep time 1ms to 50Ks Hold/Return 1ms to 50Ks time Trigger Source Internal, External, Manual Mark Falling Edge of Sync signal(programmable) Burst Characteristic Carrier Sine, Square, Ramp, Pluse, Harmonics, Arb.
  • Page 106 Pulse Width Resolution Duty Cycle Range (Display) 0% to 100% Input Characteristics Input Range Breakdown Voltage ±5Vac+dc Impedance=500Ω Trigger Level Range -2.5V to +2.5V Input Trigger 0% (140mV hysteresis voltage) to 100% (2mV hysteresis Trigger Sensitivity Range voltage) Trigger Characteristics Trigger Input Level TTL-compatible...

  • Page 107: Appendix B Accessories

    No-operating: 15000 meters Mechanical Dimension 318 x 110 x 150mm(L x W x H) Weight Appendix B Accessories All the following accessories are available by contacting your local HANTEK distributor. Standard Accessories • Two BNC to BNC • A Power line •...

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