Voltage - Differential 1V   Home / SmartQ Sensors  

Monitor voltage over a fast short or long slow period of time in addition to spot measurements. 

Lascells Circuit Set up
Teaching applications:
  • Induction of voltage and current in conductors
  • Ohms law
  • Study of LEDs and Diodes and transistors
  • Current from small solar cells
 

Extension and advanced ideas:
  • Induction of voltage in a coil
  • Electrical characteristics of low current components
  • Voltage and homemade sensors
  • Dynamo effect
  • Time constant, charge discharge of a capacitor
 

Voltage sensors measure the potential difference between the ends of an electrical component and are connected in parallel. They can be used to measure both DC and low-voltage AC circuits. They should never be used with high voltages or household AC. The 4 mm plugs attach to most standard school’s electronics kits and power supplies. A Voltage Sensor can be used in conjunction with a Current Sensor. Batteries are the first choice as the source of energy. An alternative is to use a fully isolated mains power supply with a regulated DC output (smoothed and fully rectified). Be aware that some power supplies are ½ wave rectified producing an average rather than true DC, this sensor will ‘pick up’ the fluctuations in voltage and current from this type of power supply.

 

Contents/Details:

±1 V (Resolution 1 mV) 
Maximum Voltage ±10 V, Impedance 1 Meg ohm

Available Resources

Downloads Voltage Sensor Manual
Doc No.: DS021 | Issue: 4

Images Gallery

Voltage - Differential 1V Voltage - Differential 1V Voltage - Differential 1V Voltage - Differential 1V Voltage - Differential 1V Voltage - Differential 1V Voltage - Differential 1V Voltage - Differential 1V

Videos

You can browse even more videos on our YouTube channel

Induction magnet in a coil
Data Harvest capacitor - charge & discharge

Teaching Materials

Mixed halides - potentiometric titration (Chemistry (14-18) eBook)
Finding the solubility product of silver halides using half cells and change in half cell voltage as ions are precipitated out by titration.

View Worksheet Chemistry (14-18) eBook
Volts from wind (Physics (11-14) eBook)
Wind turbines have been part of the fabric of life for many thousands of years. It is only in the last, make test and experiment with model turbines. Monitor voltage and current against other variables e.g. wind speed, blade size, blade angle etc

View Worksheet Physics (11-14) eBook
Induction of electricity In a coil (Physics (11-14) eBook)
This activity is a simple demonstration of Faraday's experiments into induction. In this case we are merely demonstrating that a voltage is created when a magnet moves into and out of a coil.

View Worksheet Physics (11-14) eBook
Induction in a coiled conductor (Physics (14-18) : Electricity & Heat eBook)
take a long enough conductor, coil it round and you can get a good induced current / voltage. Classic magnet through a coil activity, but with a subtle twist.

View Worksheet Physics (14-18) : Electricity & Heat eBook
Magnet spinning in a coil (Physics (14-18) : Electricity & Heat eBook)
The experiment is modelling the action of a small permanent magnet alternator, such as a bicycle dynamo.

View Worksheet Physics (14-18) : Electricity & Heat eBook
Finding the end (Science in Sport (11-18) eBook)
With events that have long time bases e.g. marathons, timing can become a problem. Keeping a laser beam across a running track for many hours would seriously disrupt other events taking place. the activity looks at the technology behind RFid tagging .

View Worksheet Science in Sport (11-18) eBook
Volts from wind (Science At Work (11-16) eBook)
This is an open ended investigation with several objectives in mind, 1. Introducing the idea of wind power as an alternative energy source. 2. The idea of iterative design to get the most efficient turbine. 3. The social impact of wind turbines.

View Worksheet Science At Work (11-16) eBook
Why is electric ac (Science At Work (11-16) eBook)
This experiment tries to show why it is that the electricity supply is created as an alternating current (AC).

View Worksheet Science At Work (11-16) eBook
Order No. : 3162

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