LabQuest 3
LabQuest Stream(discontinued)
LabQuest Mini
Go!Link
LabQuest 3 (LABQ3)LabQuest Stream (LQ-STREAM)LabQuest Mini (LQ-MINI)Go! Link (GO-LINK)Supported DevicesStandaloneComputersChromebooks™Phones/Ta...
The Power Amplifier (PAMP) was designed to produce both DC and AC output voltages by taking advantage of both channels of a 3.5 mm audio cable, the cable it ships with and with which you connect the Power Amplifier to a LabQuest interface. A typical...
Go Direct batteries will typically last between two and five years. If the battery can no longer hold a charge, the battery will need to be replaced. Available replacement batteries are listed below. (Check your sensor's user manual to determine whi...
The Power Amplifier (PAMP) is used for sound and circuit experiments and simply amplifies the input signal fed to it. There are a number of sources you may choose as an input signal, each with its own advantages and disadvantages.
LabQuest - The...
The Power Amplifier (PAMP) is a useful in wave, oscillation, and resonance investigations, both mechanical and electric. Below are a variety of experiments in which the Power Amplifier's capacity to power electric circuits or wave apparatus is espec...
For Graphical Analysis:
Launch Graphical Analysis.
Click or tap Sensor Data Collection from the New Experiment list.
Connect the sensor to your device.
Click or tap Sensor Channels.
Select the sensor channels you want to use.
Cl...
Our LabQuest sensors all use BTA/BTD (British Telecom Analog/Digital) cables to connect to a Vernier interface. BTA/BTD connectors have 6 pins and therefore BTA/BTD cables contain 6 wires. If you are building your own sensor to use with a Vernier in...
Yes, you can drive the output of the Power Amplifier (PAMP) using Logger Pro software (v3.8 or newer). In addition to the Power Amplifier, you will need one of the following: a LabQuest device—LabQuest 3 (LABQ3), LabQuest 2 (LABQ2), original LabQu...
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...
Certificate failures typically* are caused by the clock being very wrong (not by seconds, but by days or even years,) while you attempt to do something involving a certificate. There are two things that the LabQuest needs a certificate for:
Con...