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Rigol DG832 [8/148] Dg800 series function arbitrary waveform generator overview
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RIGOL
VI DG800 User's Guide
DG800 Series Function/Arbitrary
Waveform Generator Overview
As a multi-functional signal generator, DG800 series function/arbitrary waveform
generator integrates many instruments into 1, such as function generator, arbitrary
waveform generator, noise generator, pulse generator, harmonic generator,
analog/digital modulator, and frequency counter. As a multi-functional and portable
instrument, it offers you a new choice in education, R&D, production, measurement,
and other industries with its user-friendly touch screen and high performance at an
unprecedented price point.
Main Features:
Unique SiFi II (Signal Fidelity II) technology: generate the arbitrary waveforms
point by point; recover the signal without distortion; sample rate accurate and
adjustable; jitter of all the output waveforms (including Sine, Pulse, etc.) as low
as 200 ps
2 Mpts memory depth (standard); 8 Mpts memory depth (optional) per channel
for arbitrary waveforms
Optional dual-channel with the same performance, equivalent to two
independent signal sources
High frequency stability: ±1 ppm; low phase noise: -105 dBc/Hz
Built-in up to 8 orders harmonics generator
Built-in 7 digits/s, 240 MHz bandwidth full featured frequency counter
Up to 160 built-in arbitrary waveforms, covering the common signals in
engineering application, medical electronics, auto electronics, math processing,
and other various fields
Sample rate up to 125 MSa/s, vertical resolution 16 bits
Arbitrary waveform sequence editing function available; arbitrary waveforms
also can be generated through the PC software
Various analog and digital modulation functions: AM, FM, PM, ASK, FSK, PSK,
and PWM.
Standard waveform combine function, capable of outputting specified
waveforms combined with the basic waveforms
Standard channel tracking function, when enabled, all the parameters of both
channels are updated based on users' configurations
USB HOST&DEVICE interface (standard); USB-GPIB function supported
4.3'' TFT color touch screen
RS232, PRBS, and Dualtone outputs supported
Содержание
- Jul 2018 rigol suzhou technologies inc 1
- User s guide dg800 series function arbitrary waveform generator 1
- Contact us 3
- Copyright 3
- Guaranty and declaration 3
- Notices 3
- Product certification 3
- Publication number 3
- Software version 3
- Trademark information 3
- General safety summary 4
- Safety requirement 4
- Safety notices and symbols 6
- Care and cleaning 7
- Environmental considerations 7
- Dg800 series function arbitrary waveform generator overview 8
- Content conventions in this manual 9
- Document overview 9
- Format conventions in this manual 9
- Main topics in this manual 9
- Manuals of this product 10
- Contents 11
- Chapter 1 quick start 15
- Quick start 15
- General inspection 16
- Appearance and dimensions 17
- Front panel overview 18
- Rear panel overview 22
- To connect to ac power 25
- To prepare for use 25
- To set the system language 25
- Turn on checkout 25
- User interface 26
- To use the built in help system 29
- Chapter 2 front panel operations 31
- Front panel operations 31
- To output basic waveform 32
- To select output channel 32
- To select basic waveform 33
- To set frequency period 34
- To set amplitude high level 35
- 10lg 0 01 vrms dbm r w 36
- Vrms 2 2 vpp 36
- To set offset low level 37
- To set start phase 38
- To set duty cycle square 39
- To set symmetry ramp 40
- To set pulse width duty cycle pulse 41
- To set rising falling edge pulse 42
- To enable channel output 43
- Align phase 44
- Example to output sine 45
- Figure 2 3 sine waveform 46
- To enable arbitrary waveforms 47
- To output the arbitrary waveform 47
- To select the waveform 47
- Built in waveform 48
- To set parameters 52
- 2 sin 2 sin 2 sin 53
- Harmonic overview 53
- To output harmonic 53
- Φ π ϕ π ϕ π t f a t f a t f a t f 53
- To select harmonic type 54
- To set fundamental waveform parameters 54
- To set harmonic order 54
- Example to output harmonic 55
- To select harmonic amplitude 55
- To set harmonic phase 55
- Figure 2 5 harmonic 57
- To output dual tone waveform 59
- To output advanced waveform 60
- Sequence 62
- Amplitude modulation am 64
- Modulation 64
- To select am modulation 64
- To select the carrier waveform 64
- To set carrier waveform parameters 64
- To select modulation source 65
- To set modulating waveform frequency 66
- To set the modulation depth 66
- Carrier waveform suppression 67
- Frequency modulation fm 68
- To select fm modulation 68
- To select the carrier waveform 68
- To set carrier waveform parameters 68
- To select modulation source 69
- To set modulating waveform frequency 69
- To set the frequency deviation 69
- Phase modulation pm 71
- To select pm modulation 71
- To select the carrier waveform 71
- To set carrier waveform parameters 71
- To select modulation source 72
- To set modulating waveform frequency 72
- To set phase deviation 73
- Amplitude shift keying ask 74
- To select ask modulation 74
- To select the carrier waveform 74
- To set carrier waveform parameters 74
- To select modulation source 75
- To set modulating rate 75
- To set the modulation amplitude 75
- To set the modulation polarity 76
- Frequency shift keying fsk 77
- To select fsk modulation 77
- To select the carrier waveform 77
- To set carrier waveform parameters 77
- To select modulation source 78
- To set hop frequency 78
- To set modulating rate 78
- To set the modulation polarity 79
- Phase shift keying psk 80
- To select psk modulation 80
- To select the carrier waveform 80
- To set carrier waveform parameters 80
- To select modulation source 81
- To set modulating phase 81
- To set modulating rate 81
- To set modulation polarity 82
- Pulse width modulation pwm 83
- To select pwm modulation 83
- To select the carrier waveform 83
- To set carrier waveform parameters 83
- To select modulation source 84
- To set modulating waveform frequency 84
- To set width duty deviation 85
- Linear sweep 86
- Sweep type 86
- To enable the sweep function 86
- Log sweep 87
- Step sweep 87
- Return time 88
- Sweep time 88
- Center frequency and frequency span 89
- Start frequency and stop frequency 89
- Sweep trigger source 90
- Marker freq 91
- Start hold 92
- Stop hold 92
- Burst type 93
- N cycle 93
- To enable the burst function 93
- Infinite burst 94
- Burst delay 95
- Gated burst 95
- Burst period 96
- Idle level 96
- Burst trigger source 97
- Gated polarity 98
- Frequency counter 99
- To enable the frequency counter 99
- To set the frequency counter 100
- Storage system 103
- Store and recall 103
- Categories 104
- File type 104
- File operation 105
- Copy and paste 107
- Delete 108
- Seamless interconnection with oscilloscope 109
- Channel setting 111
- Output setting 111
- Sync setting 113
- Coupling setting 115
- Frequency coupling 115
- Amplitude coupling 116
- Phase coupling 116
- Trigger coupling 117
- Track mode 118
- Waveform combination 119
- Common settings 120
- Power on 120
- System setting 120
- To set the system language 120
- Beeper 121
- Clock source 121
- Decimal point 121
- Delimiter 122
- Interface 122
- System log 122
- To set the gpib address 122
- Ip configuration 123
- Network status 123
- To set the lan parameters 123
- To set the subnet mask 124
- Visa address 124
- Default settings 125
- To set default gateway 125
- To set dns 125
- Display setting 126
- Option 126
- System info 126
- Print setting 127
- System utility function 128
- To restore preset 128
- Channel copy 132
- To install the option 133
- To lock the keyboard 135
- Chapter 3 remote control 137
- Remote control 137
- Remote control via lan 138
- Remote control via usb 138
- Remote control via gpib 140
- Chapter 4 troubleshooting 143
- Troubleshooting 143
- Appendix 145
- Appendix a accessories and options 145
- Chapter 5 appendix 145
- Description order no 145
- Option 145
- Optional accessories 145
- Standard accessories 145
- Appendix b warranty 146
- Visa address 2 94 waveform combination 2 89 width deviation 2 55 148
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