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reference:instrumentation:analog-discovery-studio:specifications [2019/03/07 18:34]
Arthur Brown
reference:instrumentation:analog-discovery-studio:specifications [2019/04/26 17:38] (current)
Arthur Brown
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 ====== Analog Discovery Studio Specifications ====== ====== Analog Discovery Studio Specifications ======
  
-FIXME This page lists the Analog Discovery Studio'​s specifications... 
- 
-FIXME What to do about different canvases? Agnostic right now. 
- 
----- 
 ==== Hardware Specifications ==== ==== Hardware Specifications ====
 === Analog Inputs === === Analog Inputs ===
   * Two analog input channels, accessible through BNC or MTE connectors   * Two analog input channels, accessible through BNC or MTE connectors
   * Channel type: differential (with MTE) or single-ended (with BNC)   * Channel type: differential (with MTE) or single-ended (with BNC)
-  * CMMR (typical)±0.5% +  * Instruments supportedOscilloscope,​ Voltmeter, Network Analyzer, Spectrum Analyzer 
-  * Input impedance: 1MΩ||24pF+
   * Analog bandwidth with BNC cables: 30+ MHz @ 3dB, 10 MHz @ 0.5dB, 5 MHz @ 0.1dB   * Analog bandwidth with BNC cables: 30+ MHz @ 3dB, 10 MHz @ 0.5dB, 5 MHz @ 0.1dB
   * Analog bandwidth with MTE flywires: 9 MHz @ 3dB, 2.9 MHz @ 0.5dB, 0.8 MHz @ 0.1dB   * Analog bandwidth with MTE flywires: 9 MHz @ 3dB, 2.9 MHz @ 0.5dB, 0.8 MHz @ 0.1dB
   * Input range: ±25V (±50V diff)   * Input range: ±25V (±50V diff)
 +  * Input impedance: 1MΩ||24pF
   * Input protected to: ±50V   * Input protected to: ±50V
 +  * CMMR (typical): ±0.5%
 +
 +  * Sample rate (real time): 100 MS/s
 +  * Resolution: 14-bit
 +  * Absolute Resolution (scale ≤0.5V/​div):​ 0.32mV
 +  * Absolute Resolution (scale≥1V/​div):​ 3.58mV
 +  * Accuracy (scale≤0.5V/​div,​ VinCM = 0V): ±10mV±0.5%
 +  * Accuracy (scale≥1V/​div,​ VinCM = 0V): ±100mV±0.5%
 +  * Buffer size/​channel:​ Up to 16k samples
 +
 === Analog Outputs === === Analog Outputs ===
   * Two function generator channels, accessible through BNC or MTE connectors   * Two function generator channels, accessible through BNC or MTE connectors
   * Channel type: single ended   * Channel type: single ended
 +  * Instruments supported: Waveform Generator (shared w/ Spectrum/​Network Analyzers?)
 +
 +  * Analog bandwidth (BNC or MTE connectors):​ 8 MHz @ 3dB
   * AC amplitude (max): ±5 V   * AC amplitude (max): ±5 V
   * DC Offset (max): ±5 V   * DC Offset (max): ±5 V
-  * Analog bandwidth (BNC or MTE connectors):​ 8 MHz @ 3dB 
   * Slew rate (10V step): 400V/µs   * Slew rate (10V step): 400V/µs
 +
 +  * Sample rate (real time): 100 MS/s
 +  * Resolution: 14-bit
 +  * Absolute Resolution (amplitude ≤1V): 166µV
 +  * Absolute Resolution (amplutide >1V): 665µV
 +  * Accuracy - typical (|Vout| ≤ 1V): ±10mV ± 0.5%
 +  * Accuracy - typical (|Vout| > 1V): ±25mV ± 0.5%
   * Buffer size/​channel:​ up to 16k samples   * Buffer size/​channel:​ up to 16k samples
 +
 === Digital Inputs and Outputs === === Digital Inputs and Outputs ===
-  * Channels: ​16+  * 16 digital input/​output channels, accessible through MTE connectors 
 +  * Instruments supported: Digital I/O, Digital Pattern Generator, Logic Analyzer 
 + 
 +  * Sample Rate: 100 MS/s
   * Input logic standard: LVCMOS (1.8V/3.3V, 5V tolerant)   * Input logic standard: LVCMOS (1.8V/3.3V, 5V tolerant)
   * Output logic standard: LVCMOS (3.3V, 12mA)   * Output logic standard: LVCMOS (3.3V, 12mA)
 +  * Buffer size/​channel:​ up to 16K samples
 +
 === Power Supplies === === Power Supplies ===
-  * Power Jack (barrel connector): 15V 36W supply only. 
   * 12 Volt Rail: 12V +/-5%; 0.2 Amps max; Max capacitance of 1000uF   * 12 Volt Rail: 12V +/-5%; 0.2 Amps max; Max capacitance of 1000uF
   * -12 Volt Rail: -12V +/-5%; 0.2 Amps max; Max capacitance of 150uF   * -12 Volt Rail: -12V +/-5%; 0.2 Amps max; Max capacitance of 150uF
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     * Output impedance: 50mΩ (typical)     * Output impedance: 50mΩ (typical)
  
----- +=== Other (Draft) ​=== 
-==== Virtual Instrument Specifications ==== +  * Powered only from Barrel Jack with 15V 36W supply- This should not be listed under "Power Supplies"​
-Some virtual instruments share hardware resources ​with other virtual instrumentsShared resources cannot ​be used for two instruments at the same time? However, multiple instruments sharing the same hardware resource can be included in the same WaveForms Workspace.+
  
-=== Oscilloscope === +----
-  * See Hardware Specifications for Analog Inputs +
-  * Two Oscilloscope channels, each with the following specifications +
-  * Resolution: 14-bit +
-  * Absolute Resolution (scale ≤0.5V/​div):​ 0.32mV +
-  * Absolute Resolution (scale≥1V/​div):​ 3.58mV +
-  * Accuracy (scale≤0.5V/​div,​ VinCM = 0V): ±10mV±0.5% +
-  * Accuracy (scale≥1V/​div,​ VinCM = 0V): ±100mV±0.5% +
-  * Sample rate (real time): 100 MS/s +
-  * Scope scales: 500uV to 5V/div +
-  * Buffer size/​channel:​ Up to 16k samples +
-=== Waveform Generator === +
-  * See Hardware Specifications for Analog Outputs +
-  * Resolution: 14-bit +
-  * Absolute Resolution (amplitude ≤1V): 166µV +
-  * Absolute Resolution (amplutide >1V): 665µV +
-  * Accuracy ​typical (|Vout| ≤ 1V): ±10mV ± 0.5% +
-  * Accuracy ​typical (|Vout| > 1V): ±25mV ± 0.5% +
-  * Sample rate (real time): 100 MS/s +
-  * Waveform types that can be generated:​ +
-    * Standard: Sine, Triangle, Sawtooth, etc. +
-    * Advanced: Sweeps, AM, FM. +
-    * User-defined:​ Arbitrary waveforms can be defined within the WaveForms software user interface or using standard tools (e.g. Excel) +
-=== Network Analyzer === +
-  * Shares hardware resources with the Oscilloscope and Waveform Generator instruments +
-  * Frequency sweep range: 1Hz to 10MHz +
-  * Frequency steps: 5 … 1000 +
-=== Voltmeters === +
-  * Shares hardware resources with the Oscilloscope instrument +
-  * See Hardware Specifications for Analog Inputs +
-  * Resolution: 14-bit +
-  * Accuracy (scale ≤0.5V/​div):​ ±5mV +
-  * Accuracy (scale ≥1V/div): ±50mV +
-=== Logic Analyzer === +
-  * See Hardware Specifications for Digital Inputs and Outputs +
-  * Shares hardware resources with the  +
-  * Buffer size/​channel:​ up to 16K samples +
-=== Spectrum Analyzer === +
-  * Two channels, shared with the Oscilloscope instrument +
-  * Power spectrum algorithms: FFT, CZT +
-  * Frequency range modes: center/​span,​ start/​stop +
-  * Frequency scales: linear, logarithmic +
-  * Vertical axis options: voltage-peak,​ voltage-RMS,​ dBV, and dBu +
-  * Windowing: options: rectangular,​ triangular, hamming, Cosine, and many others +
-  * Cursors and automatic measurements:​ noise floor, SFDR, SNR, THD and many others +
-  * Data file import/​export using standard formats +
-=== Digital Pattern Generator === +
-  * See Hardware Specifications for Digital Inputs and Outputs +
-  * Algorithmic pattern generator (no buffers used) +
-  * Custom pattern buffer/​channel:​ up to 16K sample +
-=== Digital I/O === +
-  * Virtual I/O devices (buttons, switches, and displays) +
-  * Customized visualization options available +
-=== Power Supplies === +
-  * Two programmable power supplies, labeled V+ and V- +
-  * See Hardware Specifications for Power Supplies for more information+