Difference between revisions of "Rigol DG1000z Series"

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| image = [[File:Dg1000z_series.png|180px]]
| image = [[File:Dg1000z_series.png|180px]]
| name = Rigol DG1000z Series
| name = Rigol DG1000z Series
| status = planned
| status = supported
| source_code_dir =  
| source_code_dir = rigol-dg
| channels = 2
| channels = 2
| sample rate = 200 MSa/s
| sample rate = 200 MSa/s
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== Devices ==
== Devices ==
Hardware on all these models is identical, only difference is in software/firmware.


{| border="0" style="font-size: smaller" class="alternategrey sigroktable sortable"
{| border="0" style="font-size: smaller" class="alternategrey sigroktable sortable"
!Model || Channels || Max Frequency (Sine) || Max Frequency (Square) || Arbitrary Waveform Length || Frequency Counter
!Model || Channels || Max Frequency (Sine) || Max Frequency (Square) || Arbitrary Waveform Length || Frequency Counter
|-
|-
|| [[Rigol DS1022Z | DS1022Z]] || 2 || 25 MHz || 25 MHz || 2 Mpts *|| Y
|| DG1022Z || 2 || 25 MHz || 25 MHz || 2 Mpts *|| Y
|-
|-
|| DS1032Z || 2 || 30 MHz || 25 MHz || 8 Mpts *|| Y
|| DG1032Z || 2 || 30 MHz || 25 MHz || 8 Mpts *|| Y
|-
|-
|| DS1062Z || 2 || 60 MHz || 25 MHz || 8 Mpts *|| Y
|| DG1062Z || 2 || 60 MHz || 25 MHz || 8 Mpts *|| Y
|}
|}


Line 48: Line 50:
<gallery>
<gallery>
File:Dg1000z_series.png|<small>Front Panel</small>
File:Dg1000z_series.png|<small>Front Panel</small>
File:Dg1022z-01.jpeg|<small>Main PCB</small>
File:Dg1022z-02.jpeg|<small>Main PCB: front</small>
File:Dg1022z-03.jpeg|<small>Main PCB: front connectors</small>
File:Dg1022z-04.jpeg|<small>Main PCB: CPU</small>
File:Dg1022z-05.jpeg|<small>Main PCB: rear connectors</small>
File:Dg1022z-fan.jpeg|<small>Case Fan</small>
</gallery>
</gallery>


== Protocol ==
== Protocol ==


TODO
TODO
== Example use ==
Depending on your type of connection you have to can either use the [[Connection_parameters#USBTMC | USBTMC connection parameter]] or the [[Connection_parameters#TCP_RAW | TCP/IP connection parameter]]. Examples:
  '''-d rigol-dg'''
(usually no parameters are needed when connecting via USB)
When connecting over TCP/IP need to specify ip address and port:
 
  '''-d rigol-dg:conn=tcp-raw/192.168.42.42/5555'''
Check the capabilities of the meter's driver, and current state of settings:
  $ '''sigrok-cli -d rigol-dg --show'''
Check the capabilities specific to a channel (1 or 2):
  $ '''sigrok-cli -d rigol-dg -g 1 --show'''
Enable or disable channel output (first channel):
  $ '''sigrok-cli -d rigol-dg -g 1 --set --config enabled=true'''
  $ '''sigrok-cli -d rigol-dg -g 1 --set --config enabled=false'''
Get or set the waveform function (second channel):
  $ '''sigrok-cli -d rigol-dg -g 2 --get pattern'''
  $ '''sigrok-cli -d rigol-dg -g 2 --set --config pattern=square'''
Get or set the output signal frequency:
 
  $ '''sigrok-cli -d rigol-dg -g 1 --get output_frequency
  $ '''sigrok-cli -d rigol-dg -g 1 --set --config output_frequency=20000
Get or set the output signal amplitude:
 
  $ '''sigrok-cli -d rigol-dg -g 1 --get amplitude
  $ '''sigrok-cli -d rigol-dg -g 1 --set --config amplitude=3.3
Get or set the output signal offset:
 
  $ '''sigrok-cli -d rigol-dg -g 1 --get offset
  $ '''sigrok-cli -d rigol-dg -g 1 --set --config offset=1.0
Get or set the output signal phase:
 
  $ '''sigrok-cli -d rigol-dg -g 1 --get phase
  $ '''sigrok-cli -d rigol-dg -g 1 --set --config phase=90.0
Get or set the output signal duty cycle:
 
  $ '''sigrok-cli -d rigol-dg -g 1 --get output_duty_cycle
  $ '''sigrok-cli -d rigol-dg -g 1 --set --config output_duty_cycle=25.0
Acquire measurement data (frequency counter output):
  $ '''sigrok-cli -d rigol-dg --continuous'''
  $ '''sigrok-cli -d rigol-dg --time 10s'''
  $ '''sigrok-cli -d rigol-dg --samples 10'''


== Resources ==
== Resources ==


* [http://beyondmeasure.rigoltech.com/acton/attachment/1579/f-033c/0/-/-/-/-/file.pdf Datasheet]
* [http://beyondmeasure.rigoltech.com/acton/attachment/1579/f-033c/0/-/-/-/-/file.pdf DG1000Z Datasheet]
* [http://beyondmeasure.rigoltech.com/acton/attachment/1579/f-044f/0/-/-/-/-/file.pdf Specifications]
* [http://beyondmeasure.rigoltech.com/acton/attachment/1579/f-044f/0/-/-/-/-/file.pdf DG1000Z Specifications]
* [http://beyondmeasure.rigoltech.com/acton/attachment/1579/f-0450/0/-/-/-/-/file.pdf DG1000Z User's Guide]
* [http://beyondmeasure.rigoltech.com/acton/attachment/1579/f-0493/1/-/-/-/-/DG1000Z%20Programming%20Guide.pdf DG100Z Programming Guide]


[[Category:Device]]
[[Category:Device]]
[[Category:Signal generator]]
[[Category:Signal generator]]
[[Category:Planned]]
[[Category:Supported]]

Latest revision as of 10:00, 30 December 2021

Rigol DG1000z Series
Dg1000z series.png
Status supported
Source code rigol-dg
Frequency (sine) 25-60MHz
Frequency (square) 25MHz
Frequency (other) 15-25MHz (pulse), 500-1000KHz (ramp)
Frequency (user) 10-20MHz
Waveforms sine, square, ramp, pulse, harmonic, noise, arbitrary waveform
Waveform memory 2-8Mpts (16Mpts option)
Modulation AM, FM, PM, DSB-AM, FSK, ASK, PWM
Connectivity USBTMC, LAN
Website rigolna.com

Rigol DG1000Z Series Arbitrary Waveform Generators are 2 channel, 25-60MHz signal generators with up to 16Mpts waveform memory.


Devices

Hardware on all these models is identical, only difference is in software/firmware.

Model Channels Max Frequency (Sine) Max Frequency (Square) Arbitrary Waveform Length Frequency Counter
DG1022Z 2 25 MHz 25 MHz 2 Mpts * Y
DG1032Z 2 30 MHz 25 MHz 8 Mpts * Y
DG1062Z 2 60 MHz 25 MHz 8 Mpts * Y
  • ) 16 Mpts waveform memory is (software) option.

Hardware

Digital:

TODO

Analog:

TODO

Photos

  • Front Panel

  • Main PCB

  • Main PCB: front

  • Main PCB: front connectors

  • Main PCB: CPU

  • Main PCB: rear connectors

  • Case Fan

Protocol

TODO

Example use

Depending on your type of connection you have to can either use the USBTMC connection parameter or the TCP/IP connection parameter. Examples: 


 -d rigol-dg

(usually no parameters are needed when connecting via USB)

When connecting over TCP/IP need to specify ip address and port: 

 -d rigol-dg:conn=tcp-raw/192.168.42.42/5555

Check the capabilities of the meter's driver, and current state of settings: 

 $ sigrok-cli -d rigol-dg --show

Check the capabilities specific to a channel (1 or 2): 

 $ sigrok-cli -d rigol-dg -g 1 --show


Enable or disable channel output (first channel): 

 $ sigrok-cli -d rigol-dg -g 1 --set --config enabled=true
 $ sigrok-cli -d rigol-dg -g 1 --set --config enabled=false

Get or set the waveform function (second channel): 

 $ sigrok-cli -d rigol-dg -g 2 --get pattern
 $ sigrok-cli -d rigol-dg -g 2 --set --config pattern=square

Get or set the output signal frequency: 

 $ sigrok-cli -d rigol-dg -g 1 --get output_frequency
 $ sigrok-cli -d rigol-dg -g 1 --set --config output_frequency=20000

Get or set the output signal amplitude: 

 $ sigrok-cli -d rigol-dg -g 1 --get amplitude
 $ sigrok-cli -d rigol-dg -g 1 --set --config amplitude=3.3

Get or set the output signal offset: 

 $ sigrok-cli -d rigol-dg -g 1 --get offset
 $ sigrok-cli -d rigol-dg -g 1 --set --config offset=1.0

Get or set the output signal phase: 

 $ sigrok-cli -d rigol-dg -g 1 --get phase
 $ sigrok-cli -d rigol-dg -g 1 --set --config phase=90.0

Get or set the output signal duty cycle: 

 $ sigrok-cli -d rigol-dg -g 1 --get output_duty_cycle
 $ sigrok-cli -d rigol-dg -g 1 --set --config output_duty_cycle=25.0


Acquire measurement data (frequency counter output): 

 $ sigrok-cli -d rigol-dg --continuous
 $ sigrok-cli -d rigol-dg --time 10s
 $ sigrok-cli -d rigol-dg --samples 10

Resources

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