...Order code For experiments with small solar cells Current Sensor (max current 0.6 A) DCP-BTA Differential Voltage Probe (max V=6V) DVP-BTA or Voltage Probe (max V=10V) VP-BTA For experiments with......
...when necessary. Each pair of mounting holes is 30 mm apart (measured center-to-center). Each mounting hole is 4 mm in diameter. Low-g Accelerometer (LGA-BTA) 25-g Accelerometer (ACC-BTA) 3-Axis Accelerometer (3D-BTA)......
For currents greater than 0.6 A, we recommend our High Current Sensor (HCS-BTA), which has a range of +/- 10 A, our Vernier Energy Sensor (VES-BTA) which has a built-in......
...volts – 12-bit resolution: 15 mV CALIBRATION – Calibrate? No calibration is required for this sensor. RELATED VERNIER PRODUCTS High Current Sensor (HCS-BTA) Differential Voltage Probe (DVP-BTA) Voltage Probe (VP-BTA)......
In many cases you can use the Vernier Energy sensor in place of the following sensors: Differential Voltage Probe (DVP-BTA) Current Probe (DCP-BTA) Voltage Probe (VP-BTA) 30-Volt Voltage Probe (30V-BTA)......
...with Graphical Analysis, Graphical Analysis Pro, LabQuest 2, and LabQuest 3. Low-g Accelerometer Low-g Accelerometer (LGA-BTA) This sensor has a +/- 5 g range. If you will be doing basic......
...Voltage Probe (DVP-BTA) The Dual Channel Amplifier (the box part of the CV system) consists of two independent differential amplifiers. Each amplifier has two input leads, a + lead and......
Vernier accelerometers measure acceleration along the line marked by the arrow on the label. Accelerations are normally measured in either meters per second per second (m/s2) or g‘s. One g......
Q: What does an accelerometer actually measure? A: Normal force per unit mass. Note that it’s not the net force per unit mass (which would be acceleration), but it is......
...the range of the Vernier Current Probe? RELATED VERNIER PRODUCTS 30-Volt Voltage Probe (30V-BTA) Current Probe (DCP-BTA) Differential Voltage Probe (DVP-BTA) Go Direct® Current Probe (GDX-CUR) Go Direct® Voltage Probe......