digilent analog discovery pro 3000 series

#Digilent analog discovery pro 3000 series upgrade#
#Digilent analog discovery pro 3000 series pro#

I have two questions regarding the functionality they offer: 1) Will it be possible to control them using the DWF SDK (and the Waveforms GUI) via the Ethernet port instead.

#Digilent analog discovery pro 3000 series upgrade#

They look like a very nice upgrade from the lower-end Analog Discovery 2.

#Digilent analog discovery pro 3000 series pro#

Then run another impendance analysis with +-5Vpp sine. Hi, I am looking at the Discovery Pro 3000 devices. The most up to date image and WaveForms version is the best bet for ensuring your device has the latest features and fixes and is a great place to start if you get a little too creative with Linux mode and something goes wrong. Would you think feasible to regulate the output amplitude of the signal generated in function of the measured power consumption (average over 1ms)?Ĭan I set the impedance analyzer with a slow frequency sweep and select the sine's amplitude? For example, 1 second per kHz, and +-3Vpp sine. Thank you for keeping Linux Mode on your Analog Discovery Pro 3000 Series device up to date.

Can the script use the channels to extract the direction and speed of the motor and send only those values to the SDK? (direction and speed would be the 'outputs' of the scripts) If it is, is there an example explaining it?Ĭan a script loaded on the Discovery 3000 device be run through the C# SDK? Could I give run parameters to the script?Ĭan the script return to the SDK only needed values? For example, in my case, the power consumption over a given time window.Ĭan a script process the IO data in real time and generate a specific output? For example I have an incremental sensor with 2 digital output channels (square signals with frequency and phase depending on motor speed and direction). I've read on the forum that the scripts can be run on the device to reduce latency (see post attached). In the system, the Discovery 3000 would be used to supply the PZT motor, measure its impedance over a range of frequency with several signal amplitude, measure the power consumption while working, eventually regulate power consumption (adapt output voltage amplitude to reach a given power consumption) and measure the speed of the PZT motor thanks to an incremental sensor (2 IO channels). To do this, I want to use a computer with a C# application that would do the automation of the different elements in the system. The project I'm working on is meant to test a PZT motor in many configurations. I'm planning the get an Analog Discovery Pro 3000, however I would need some details concerning what it can do.