~~NOTOC~~ ====== Analog Discovery Studio ====== {{Digilent Infobox | Store Page = https://digilent.com/shop/analog-discovery-studio-a-portable-circuits-laboratory-for-every-student/ | Getting Started = getting-started-guide | Manual = [[hardware-reference-manual]] | Support = https://forum.digilent.com/forum/8-scopes-instruments/ | Title = Analog Discovery Studio | Subtitle = A Portable Circuits Laboratory for Every Student | Header = Software | WaveForms = [[software:waveforms:waveforms-3:start|WaveForms Resource Center]] | Header = Oscilloscope | Channels = 2 | Resolution = 14-bit | Sample Rate = 100 MS/s | Bandwidth = 30 MHz+ | Input Impedance = 1 MΩ | Voltage Range = ±25V | Max Buffer Size = 16384 Samples/channel | Header = Function Generator | Channels = 2 | Resolution = 14-bit | Sample Rate = 100 MS/s | Bandwidth = 8 MHz+ | Input Impedance = 1 MΩ | Voltage Range = ±5V | Max Buffer Size = 16384 Samples/channel | Additional Output Port/s = Stereo Audio Output Jack | Header = Programmable Power Supply | Channels = 2 | Output Voltage = **V+**: 0.5 to 5V \\ **V-**: -0.5 to -5V | Maximum Power = 2.1W for each supply | Header = Voltmeter | Channels = 2 (Shared with Oscilloscope) | DC = ±25V | AC = ±25V | Header = Data Logger | Channels = 2 (Shared with Oscilloscope) | Supported Measurements = DC, True RMS, AC RMS, Custom | Header = Logic Analyzer | Channels = 16 | Logic Level = 3.3V/1.8V CMOS, 5V Tolerant | Sample Rate = 100 MS/s | Max Buffer Size = 16384 Samples/channel | Header = Pattern Generator | Channels = 16 (Shared with Logic Analyzer) | Logic Level = 3.3V CMOS | Sample Rate = 100 MS/s | Max Buffer Size = 16384 Samples/channel | Header = Static I/O | Channels = 16 (Shared with Logic Analyzer) | Virtual Devices = LEDs, Buttons, Switches, Sliders, Progress Bars, Seven Segment Displays | Header = Spectrum Analyzer | Channels = 2 (Shared with Oscilloscope) | Frequency Range = 0Hz to 50MHz | Reference Circuit = Various | Header = Network Analyzer | Inputs / Outputs = Shared with Oscilloscope and Waveform Generator | Frequency Sweep Range = 1mHz to 10/25MHz | Frequency Steps = 1 to 1000 | Header = Impedance Analyzer | Inputs / Outputs = Shared with Oscilloscope and Waveform Generator | Frequency Sweep Range = 100uHz to 25MHz | Frequency Steps = 1 to 10000 | Plots = Impedance, Admittance, Inductance, Capacitance, etc | Header = Protocol Analyzer | Channels = 16 (Shared with Logic Analyzer) | Supported Protocols = UART, SPI, I2C, CAN | Header = Script Editor | Supported Instruments = All | Language = JavaScript | Header = Bidirectional External Triggers | Channels = 2 | Supported Instruments = Scope, Wavegen, Logic, Patterns, Spectrum, Scripts | Header = Additional Connectivity | USB A Port = Passthrough to connect to and power other devices | Header = Product Compliance | HTC = 8471809000 | ECCN = EAR99 }} {{page>hardware-reference-manual}} \\ \\ ===== Documentation ===== * [[getting-started-guide|Getting Started Guide]] * [[hardware-reference-manual|Reference Manual]] * [[specifications|Specifications]] * [[features|Feature List]] /* [[FAQ]] */ ---- ===== Tutorials ===== /*Tutorials in this list are shared with the Analog Discovery 2 and Analog Discovery Legacy, and are embedded from a section of test-and-measurement/guides/start*/ {{section>test-and-measurement:guides:start#analog_discovery_tutorials}} ---- ===== Third Party Software Support ===== * [[test-and-measurement:guides:matlab-getting-started]] * [[test-and-measurement:guides:getting-started-with-labview]] * [[software:waveforms:waveforms-sdk:thingspeak]] ---- ===== Canvases ===== See all canvases here: [[.canvases/start]]. === Breadboard Canvas === The Breadboard Canvas adds a large breadboard surface, breadboard access to Analog Discovery Studio pins, power switches, and a variety of common devices to the Analog Discovery Studio. For more information, see [[.canvases:breadboard-canvas:using-guide]]. For all other materials, including reference manual and schematics, see the [[.canvases:breadboard-canvas:start|Breadboard Canvas Resource Center]]. === Blank Canvas === The Blank Canvas adds a large prototyping surface, power supply breakouts, and a variety of IC breakouts, all solderable, to the Analog Discovery Studio. For more information, see [[.canvases:blank-canvas:using-guide]]. For all other materials, including reference manual and schematics, see the [[.canvases:blank-canvas:start|Blank Canvas Resource Center]]. === Analog Discovery Canvas === The Analog Discovery Canvas is a replaceable and removable prototyping surface for the Analog Discovery Studio that can also be connected to the Analog Discovery to easily switch designs between devices without having to rewire or reassemble the design. For more information, see [[/test-and-measurement/analog-discovery-studio/canvases/analog-discovery-canvas/getting-started-guide|Getting Started with the Analog Discovery Canvas]]. For all materials including reference manual and schematics, see the [[.canvases:analog-discovery-canvas:start|Analog Discovery Canvas Resource Center]]. === FPGA Board Adapter Canvas === The FPGA Board Adapter Canvas is a replaceable and removable prototyping surface intended for using the Analog Discovery Studio with FPGA development boards. The FPGA Board Adapter Canvas provides a 150-position solderless breadboard and a power rail for prototyping additional circuits. There is also a small breakout board for V+, V-, +12V, -12V, +5V, +3.3V, and Ground. There are 6 green LED indicators to show the status of power supplies. For all materials including reference manual and schematics, see the [[.canvases:fpga-board-adapter-canvas:start|FPGA Board Adapter Canvas Resource Center]]. === Digital Trainer Canvas === The Digital Trainer Canvas adds a large breadboard surface, breadboard access to Analog Discovery Studio pins, power switch, and a variety of built-in components to the Analog Discovery Studio. For more information, see [[.canvases:digital-trainer-canvas:getting-started]]. For all materials including reference manual and schematics, see the [[.canvases:digital-trainer-canvas:start|Digital Trainer Canvas Resource Center]]. === Custom Canvas Design Guide === If the canvases offered by Digilent do not meet the requirements of your system, there is a design guide and Altium project download of a base-line canvas for users to create their own cavnas available in this [[test-and-measurement/analog-discovery-studio/canvas-design-guide|design guide]]. ---- ===== Featured Projects ===== * [[test-and-measurement:guides:manchester-encoding]] * [[test-and-measurement:analog-discovery-studio:ecg-demo:start]] * [[cmod-s7-demo]] * [[test-and-measurement:analog-discovery-2:jupyter]] * [[test-and-measurement:analog-discovery-2:pmod-mic3]] * [[test-and-measurement:analog-discovery-2:transistor-iv-curve-tracer]] * [[test-and-measurement:analog-discovery-2:pmod-jstk]] * [[test-and-measurement:analog-discovery-2:am-signal-demodulation-and-playback]] * [[test-and-measurement:analog-discovery-2:rc-low-pass]] * [[test-and-measurement:analog-discovery-studio:soda-can-theremin]] ---- /* ===== Highlighted Community Projects ===== ---- */ ===== Hackster Projects ===== A complete list of Hackster projects featuring the Analog Discovery Studio can be found on [[https://projects.digilentinc.com/projects?part_id=110996&sort=trending|projects.digilentinc.com]] ---- ===== Academic Resources ===== * [[https://reference.digilentinc.com/learn/courses/real-analog/start|Real Analog Circuits 1 Course]] * [[test-and-measurement:guides:complementary-labs:start]] ---- ===== Additional Resources ===== * [[migration-guide|]] * [[test-and-measurement:analog-discovery-studio:migration-guide-analog-discovery-2]] * {{reference:test-and-measurement:analog-discovery-studio:analog-discovery-studio.fzpz|Fritzing Part}} ---- {{tag>resource-center}}