SensorDAQ (SDAQ) is a lab interface for use with LabVIEW and engineering education. The analog output on SensorDAQ is on the screw terminal connections. It has a 0 to 5 volt output. There are two ways to make the connection from SensorDAQ to the...
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Yes. We have a project from Dave's garage that lets you connect one Vernier sensor to Pachube. We call it VS2PB. Details on the application are below. It is available on request by sending a message to pachube@vernier.com.
Part I. Introduction...
The Conductivity Probe (CON-BTA) is automatically temperature compensated between temperatures of 5 and 35°C. Note that the temperature of a solution is being read by a thermistor that extends into the space between the graphite electrodes. Readings...
Vernier BTA and BTD sensors all work based on 5-volts. For more information on that go to https://www.vernier.com/engineering/arduino/
Most Arduino models work based on 5-volts. A few, mostly newer, Arduino models are based on 3.3 volts. ...
Use our sensor pinout information when building your own sensors to work with our interfaces or when you want to use our sensors with your own A to D converters.
British Telecom Analog (Right Hand)
Pinout
Pin 1 = ±10 Volt - ...
The equipment you need to study wind energy in a classroom depends on the grade level and what activities you are interested in doing. A comprehensive list of KidWind kits and books based on grade level and activities can be found here: Which KidWind...
Electrical power is the product of Potential (Voltage) and Current. Readings may fluctuate because the wind coming out of the fan is fluctuating. This can also be caused by blades that do not spin smoothly or change shape as they spin. Additionally,...
LabQuest Mini (Model 2) [LQ-MINI]
User Manualhttps://www.vernier.com/manuals/lq-mini/
Original LabQuest Mini
User Manualhttps://www.vernier.com/manuals/lq-mini_20230306/
Supported Sensors (same for both models)https://www....
Both sensors both use a MEMs-based microphone and are very similar in their response to sound.
The major benefit of the Microphone (MCA-BTA), is the flexibility of the "wand" style form factor for positioning the sensor in an experiment.
The MCA-BT...
Most Vernier sensors are not meant to be completely submerged in water. In general, sensors that measure some parameter of water, e.g., pH, conductivity, or dissolved oxygen, should only be inserted a few centimeters, or as directed in their user man...