Analog Output USB Data Acquisition (DAQ) Products

Analog Output boards are useful when you need an output where the condition is not just an on or off state. Analog Output boards convert digital values generated by software into the analog voltage or current signals required for controlling frequency inverters, valves, sliders, brightness of lights, or things controlled by motors and other mechnical transducers.

Ideal applications include light control, motion control, and process controls.

Select from an assortment of 12 and 16-bit USB analog output modules. The multifunction USB-AO series offers 4, 8, or 16 analog outputs, 2 analog inputs, along with 16 lines of digital I/O. For those of you that require waveform outputs, our USB-DA12-8A features eight individual 12-bit D/A converters with full Arbitrary Waveform Generator functionality (AWG/ARB) and up to 125 KSample/second simultaneously on eight channels.

Click the following wikipedia links to learn more about analog outputs, analog inputs and data acquisition in general.


Analog Output USB Products
MODELDESCRIPTION
USB-DA12-8EEight 12-bit D/A converters, with 8 voltage ranges and simultaneous differential or single ended output.
USB-DA12-8AEight 12-bit D/A converters with full Arbitrary Waveform Generator functionality (AWG/ARB) up to 125 KSample/second simultaneously on eight channels.
USB-AO16-16A16-channel, 16-bit analog outputs with 2 analog inputs
USB-AO16-16E16-channel, 16-bit analog outputs
USB-AO16-8A 8-channel, 16-bit analog outputs with 2 analog inputs
USB-AO16-8E 8-channel, 16-bit analog outputs
USB-AO16-4A4-channel, 16-bit analog outputs with 2 analog inputs
USB-AO16-4E4-channel, 16-bit analog outputs
USB-AO12-16A16-channel, 12-bit analog outputs with 2 analog inputs
USB-AO12-16E16-channel, 12-bit analog outputs
USB-AO12-8A8-channel, 12-bit analog outputs with 2 analog inputs
USB-AO12-8E8-channel, 12-bit analog outputs
USB-AO-ARB1USB high-speed arbitrary waveform generator (AWG/ARB) with flexible ranges and configurable digital I/O lines
Acquisition, Control, Communication: Engineering and Systems
olark('api.rules.defineRule', { id: 'delayed_response', description: 'Will send a response to the visitor after an operator doesn't respond.', condition: function(pass) { olark('api.visitor.getDetails', function(details) { var delay = 60 / details.messageCountForThisVisit; if (details.isConversing && details.secondsSinceLastMessageToOperator >= delay && !details.secondsSinceLastMessageToVisitor) { pass(); } }); }, action: function() { olark('api.chat.sendMessageToVisitor', { body: 'Sorry about the delay, I'm a bit busy at the moment. Be with you in just a moment.' }); olark('api.chat.sendNotificationToOperator', { body: 'Automated delay message has been sent to visitor.' }); }, perVisitor: true });