~~NOTOC~~  
====== OpenScope MZ ======  

{{Digilent Infobox
| Getting Started = /learn/instrumentation/tutorials/openscope-mz/getting-started
| Manual = [[reference-manual]]
| Support = https://forum.digilent.com/forum/30-waveforms-live-and-openscope-mz/
| Title = OpenScope MZ
| Subtitle = Multi-function, open source instrument
 
| Header = Design Resources
| Fritzing Parts = {{ https://s3-us-west-2.amazonaws.com/digilent/resources/instrumentation/openscope-mz/openscope_mz.fzpz | }}
| Schematic Rev F = {{ https://s3-us-west-2.amazonaws.com/digilent/resources/instrumentation/openscope-mz/openscope-mz-sch-revf.pdf |Rev F}}
| Schematic Rev G = {{ https://s3-us-west-2.amazonaws.com/digilent/resources/instrumentation/openscope-mz/openscope-mz-sch-revg.pdf |Rev G}}
| Schematic= [[change-log | Change Log]]
| 3D Printable Case = [[https://www.thingiverse.com/thing:2080883 | Thingiverse]] \\ [[http://repables.com/r/821/ | Repables]]
| 3D Case Source = {{ https://s3-us-west-2.amazonaws.com/digilent/resources/instrumentation/openscope-mz/openscope-mz-3d-case-design-files.zip | }}
| Acrylic Case = {{ https://s3-us-west-2.amazonaws.com/digilent/resources/instrumentation/openscope-mz/openscope-mz-acrylic-case.zip | Design Files}} \\ {{https://s3-us-west-2.amazonaws.com/digilent/Resource/instrumentation/openscope-mz/digilent-openscope-mz-acrylic-case-assembly-manual.pdf | Assembly Manual}}
| PCB Dimensions = {{ https://s3-us-west-2.amazonaws.com/digilent/resources/instrumentation/openscope-mz/openscope-pcb-dimensions.pdf | }}
| Pinout Printout = {{ https://s3-us-west-2.amazonaws.com/digilent/resources/instrumentation/openscope-mz/openscope-mz-pinout-printout.pdf | }}
| FAQ = [[test-and-measurement/openscope-mz/faq | FAQ and Known Issues]]

| Header = Connectivity
| Bullet = Wifi (802.11g)
| Bullet = USB 2.0 (High Speed Required)

| Header = Oscilloscope 
| Channels = 2
| Resolution = 12-bit
| Sample Rate = 6.25 MS/s
| Bandwidth =  2 MHz
| Input Impedance = 1 MΩ
| Voltage Range = ±20V
| Max Buffer Size = 32640 Samples per channel

| Header = Arbitrary Waveform Generator
| Channels = 1
| Resolution = 10-bit
| Sample Rate = 10 MS/s
| Bandwidth = 1 MHz
| Voltage Range = 3V peak-to-peak ±1.5V offset.
| Max Buffer Size = 25000 Samples
| Max Current Output = 20 mA

| Header = Logic Analyzer
| Channels = 10
| Logic Level = 3.3V CMOS
| Sample Rate = 10 MS/s
| Max Buffer Size = 32640 Samples per channel.

| Header = GPIO
| Channels = 10
| Logic Level = 3.3V CMOS
| Source = 7 mA
| Sink = 12 mA
| Note = GPIO multiplex with Logic Analyzer


| Header = Programmable Power Supply
| Channels = 2
| Output Voltage = ±4v
| Maximum Power = 50 mA per channel

| Header = Misc
| Bullet = PIC32MZ2048EFG124 microcontroller
| Bullet = 2 External Trigger Lines
| Bullet = USB powered device (B Micro)
| Bullet = 4 user LEDs

| Header = Software
| WaveForms Live = [[software/waveforms-live/start | WaveForms Live]]
| Digilent Agent = [[software/digilent-agent/start | Digilent Agent]]

| Header = Firmware
| Without Bootloader = {{https://s3-us-west-2.amazonaws.com/digilent/Software/OpenScope+MZ/release/firmware/without-bootloader/OpenScopeMZ-1.301.0.hex | .hex for loading through WFL}}
| With Bootloader = {{https://s3-us-west-2.amazonaws.com/digilent/Software/OpenScope+MZ/release/firmware/with-bootloader/OpenScopeMZ-unified-1.301.0.hex | .hex for loading through ICSP}}
| Source = [[https://github.com/Digilent/openscope-mz | GitHub]]
| Bullet = [[previous-versions | Previous Versions]]

| Header = Pinout
| Full Row = {{ reference:test-and-measurement:openscope-mz:openscope-mz-pinout.png |}}
| AI1+/OSC1 = Oscilloscope channel 1 or analog input channel 1 positive
| AI2+/OSC2 = Oscilloscope channel 2 or analog input channel 2 positive
| GND = Ground
| DC1 = DC power supply channel 1
| AWG1 = Arbitrary waveform generator channel 1
| GND = Ground
| Trigger In = Trigger input
| D1 = Digital I/O 1
| D2 = Digital I/O 2
| D3 = Digital I/O 3
| D4 = Digital I/O 4
| D5 = Digital I/O 5
| D6 = Digital I/O 6
| D7 = Digital I/O 7
| D8 = Digital I/O 8
| GND/AI1- = Analog input 1 negative or ground
| GND/AI2- = Analog input 2 negative or ground
| GND = Ground
| DC2 = DC power supply channel 2
| INT/CLK1 = Interrupt or clock 1
| GND = Ground
| Trigger Out = Trigger output
| DO8 = Digital output 8
| DO9 = Digital output 9
| INT/CLK2 = Interrupt or clock 2
| SDI/SDO = SPI data in or out
| SDI/SDO/ UART_TX = SPI data in/out or UART TX
| SPI_CLK/ UART_CTS = SPI clock or UART CTS
| SPI_CS/ UART_RTS/ PWM1 = SPI CS or UART RTS or PWM1 \\ \\
| UART_RX/ PWM2 = UART RX or PWM2


}}


{{page>reference-manual}} \\ \\

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===== Tutorials =====

{{namespace>/learn/instrumentation/tutorials/openscope-mz/&order=custom&linkonly}}

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===== Example Projects =====

{{topic>openscope-mz +project}}

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===== Additional Resources =====

  * [[faq | Known Issues, FAQ and Troubleshooting Guide]]
  * [[software:digilent-instrumentation-protocol:start]]
  * [[software:waveforms-live:start|WaveForms Live]]
  * [[software:digilent-agent:start|Digilent Agent]]
  * [[test-and-measurement:openscope-mz:recover-from-corrupt-firmware]]
  * [[software:waveforms-live:how-to-convert-dlog]]
  * [[http://www.microchip.com/design-centers/wireless-connectivity|MRF24WG0MA Wifi Radio Certifications]]
  * {{ https://s3-us-west-2.amazonaws.com/digilent/resources/instrumentation/openscope-mz/21037_ad2_finalslides_1_.pdf |Microchip Masters Design Review Slides}}

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===== Makerspace Bundle Resources=====

  * {{ https://s3-us-west-2.amazonaws.com/digilent/resources/instrumentation/openscope-mz/openscope_mz_workshop_-_analog_parts_kit.pptx |Introduction to Instrumentation with the OpenScope MZ Workshop}}
  * {{ https://s3-us-west-2.amazonaws.com/digilent/resources/instrumentation/openscope-mz/digilent-openscope_workbook-final.pdf |The OpenScope MZ Workbook}}
 
{{tag>legacy instrumentation start openscope-mz resource-center}}