• Memristor Discovery V2 Kit
  • Memristor Discovery V2 Kit
  • Knowm 1X16 Memristor Array Chip (Front)
  • Knowm Memristor Discovery V2
  • Knowm Memristor Discovery V2 Board with Chip
  • Memristor Discovery Manual Front
  • 1-2 Synapse Experiment in Memristor Discovery
  • Hysteresis Experiment
  • 1-2 Classifier Experiment in Memristor Discovery
  • Memristor Discovery Pulse Experiment
  • Memristor Discovery DC Experiment
  • Memristor Discovery Pulse Experiment
  • Memristor Discovery Shelf Life Experiment
  • Memristor Discovery Manual Side

Memristor Discovery V2 Kit

$ 489.00

The Memristor Discovery Kit is the best way to introduce yourself to the new world of memristor electronics. The V2 board enables access to the 16 memristors on a 1X16 array chip via the Analog Discovery 2 (AD2) and our open-source software. Mode can be set for unitary (mode 1) or differential (mode 2) operation. Learning Synapse and Classifier experiments supported in Mode 2. Includes cross-platform software (Mac, Windows 10, Linux) and a 60 page user manual on USB drive, PCI-E 36 break-out board, 1X16 memristor array chip and an Analog Discovery 2.

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Description

Our Memristor Discovery Kit is the best way to introduce yourself to the new world of memristor electronics.

The Memristor Discovery kit includes:

  1. Analog Discovery 2 USB oscilloscope and multi-function instrument
  2. Knowm Memristor Discovery V2 Board
  3. 1X16 W-SDC Memristor chip
  4. Chip Breakout board
  5. Cross-platform easy to install software (Mac, Windows 10 and Linux)
  6. 60 page user manual (provided on USB drive)

Open-source and extensible Memristor Discovery Software includes multiple experiment like ‘Hysteresis’, ‘DC’, ‘Pulse’, ‘Synapse’ and ‘Classify’.

Experiments Included

BoardCheck Experiment: Self-test the functionality of your board and memristor chips.

Hysteresis Experiment: Drive a memristor in series with a resistor with a sinusoidal or triangle waveform and observe the response as either a time series, I-V or G-V plot, revealing the signature hysteresis behavior of the memristor. The user can adjust the input signal voltage, frequency and offset and observe the response in real-time.

DC Experiment: Drive a memristor in series with a resistor with various ramping functions including sawtooth, sawtoothupdown, triangle and triangleupdown at time scale from 10 to 1000ms.

Pulse Experiment: Drive a memristor in series with a resistor with one or more tunable pulse waveforms ( Square, Sine, Triangle, etc) and observe the instantaneous and post-pulse response. The instantaneous response is displayed on the upper chart as a time series of voltage, current or conductance. The lower plot shows the conductance of the memristor, as measured by a low-voltage (.1V) read pulses. The sampling rate of these measurements can be set on the control panel.

Shelf Life Experiment: Used to measure the switching function of memristors over very long durations of time, recording the measured data into a CSV text file at specified intervals.

Synapse Experiment: Allows you to drive 8 differential synapses with elemental kT-RAM instructions and observe a continuous response in synaptic state and synaptic pair conductances via repeated read instructions.

Classify Experiment: Performs online-learning supervised classification with an eight synapse memristor neuron.

Additional information

Weight .4 kg
Dimensions 19 × 16 × 7 cm