Low-range voltage sensor
Wireless low-range voltage sensor: induced emf, thermocouples and oscillating circuit - six small-signal experiments.
The sensor is designed to measure small voltages that are not detected by a conventional voltmeter, and transmits data to a digital laboratory system via a wireless channel. It supports six experiments: recording the induced emf when a magnet moves through a coil, measuring the thermoelectric emf of a thermocouple, studying the voltage of galvanic and concentration cells, observing damped oscillations in an oscillating circuit, measuring small voltage drops on conductors and recording a photocell signal in low light. Used in activities on electromagnetism and electrodynamics in physics courses.
- Recording induced emf when a magnet moves through a coil
- Measuring thermoelectric EMF of a thermocouple at a temperature difference between the junctions
- Investigating the voltage of galvanic and concentration cells
- Observation of damped voltage oscillations in an oscillatory circuit
- Measuring small voltage drops across low-resistance conductors
- Recording photocell signals in low light
Other sets in the section "Digital laboratories»
PH3.201
Digital applied physics laboratory
A set of 23 digital physics sensors for engineering classes: from mechanics and thermodynamics to ionizing radiation, case with fitted insert.
PH3.200
Teacher's digital physics laboratory
Set of 28 digital sensors for physics: mechanics, electricity and magnetism, thermodynamics, optics, acoustics and ionising radiation.
CH3.101
Teacher's digital chemistry laboratory
Set of 26 digital sensors for chemistry: pH and ORP, gas analysis, electrical conductivity, ion-selective measurements, absorbance, titration.
Looking for other equipment?
Tell us which equipment you need and the quantities. We can help you choose suitable items and prepare a quotation.