This article refers to the Go Direct® 3-Axis Magnetic Field Sensor (GDX-3MG) For information about the Magnetic Field Sensor (MG-BTA), see Magnetic Field Sensor Troubleshooting and FAQs The Go Direct......
Go Direct® CO2 Gas Sensor (GDX-CO2) Specifications and User Guide TROUBLESHOOTING Note: These instructions are for the Go Direct CO2 Gas Sensor. For information regarding the CO2 Gas Sensor (CO2-BTA),......
Specifications and User Guide for mBot mBot (Blue) and STEM Activities Module (MBOT-B, discontinued) mBot and STEM Activities Module (MBOT-P) TROUBLESHOOTING Primary Test: If mBot is new, insert new batteries......
...sensors that have a BTA cable. They cannot be used with Go Direct Sensors. Vernier myDAQ Adapter (BT-MDAQ) The BT-MDAQ User Manual provides good information on which Vernier Sensors can......
Yes, Vernier sensors can be used with the NI-ELVIS system. To connect Vernier analog sensors to NI-ELVIS use the Analog Protoboard Adapter (BTA-ELV) To connect Vernier digital sensors to NI-ELVIS......
This article refers to the Go Direct® Energy Sensor (GDX-NRG). The Vernier Energy Sensor (VES-BTA) does not have a warning LED. The warning LED (next to a triangle containing an......
...2 or LabQuest 3, either via USB or Bluetooth, and follow the same procedures that you use with Microphone (MCA-BTA). See How do I use LabQuest App to measure the......
...Contact Vernier Technical Support for further questions. This information is regarding the Go Direct® O2 Gas Sensor (GDX-O2). For similar information on the O2 Gas Sensor (O2-BTA) please see https://www.vernier.com/til/1605......
The shaft of the Go Direct® Ethanol Vapor (GDX-ETOH) is slightly smaller than the Ethanol Sensor (ETH-BTA). This means that the stopper #6 Stopper for Ethanol Sensor (ETH-STOP) will not......
This article refers to the following two sensors: Vernier Energy Sensor (VES-BTA) Go Direct® Energy Sensor (GDX-NRG) The short answer is, if you don’t measure using a complete circuit that......