Lascells
Digital Millivoltmeter
Digital MillivoltmeterThe Lascells Digital Millivoltmeter is the perfect tool for component investigations at GCSE and A Level. Allowing users to measure current from 0 to 1999 mV, without having to change meter, or shunt.
Digital Signal Generator
Digital Signal GeneratorDecade free frequency changing by press button UP and DOWN controls with time sensitive rate of change. Sweep from 0.1 Hz to 100kHz in seconds without the need to change ranges.
Digital Signal Generator
Digital Signal GeneratorDecade free frequency changing by press button UP and DOWN controls with time sensitive rate of change. Sweep from 0.1 Hz to 100kHz in seconds without the need to change ranges.
Digital Signal Generator PSU
Digital Signal Generator PSU24V d.c. UK plug-top adaptor for LA50-160
Digital Voltmeter
Digital VoltmeterSpend Less time changing batteries with Lascells bench meters.
Digital Voltmeter – Class Pack of 10
Digital Voltmeter – Class Pack of 10A pack of 10 voltmeters shipped in the same box. See LA10-140
Digital Voltmeter – Class Pack of 15
Digital Voltmeter – Class Pack of 15A pack of 15 voltmeters shipped in the same box. See LA10-140
Doppler Ball
Doppler BallA 100 mm plastic ball with a coin cell battery powered buzzer inside for demonstrations of the Doppler Effect.
Dual Colour Laser
Dual Colour LaserThe Lascells semiconductor laser contains two independently controlled laser diodes, one at the standard 650nm red and a second at 532nm green. Both lasers may be simultaneously passed through a double slit slide and both diffraction patterns may be displayed one above the other for an immediate comparison.
E-Field Charge Separation Rods (2pk)
E-Field Charge Separation Rods (2pk)The Charge Separation Rods are designed for use with the Lascells E-Field Detector.
E-Field Detector
E-Field DetectorThe Lascells E-Field Detector provides a new and novel way to demonstrate charge. This highly sensitive electronic device is an essential piece of equipment in the Physics teachers’ armoury as it can detect very small charges and their polarity, as well as charge at a distance.
E-Field Grounding Plate
E-Field Grounding PlateThe Earth Grounding Plate is designed for use with The Lascells E-Field Detector but can also be used in any situation where an earthed working surface is required to neutralise electrostatic charge.
E-Field Proof Plane Small
E-Field Proof Plane SmallThe E-Field Proof Plane is a device for transferring charge from a charged object.
Earth Neutral Live Demo
Earth Neutral Live DemoThis apparatus is an effective demonstration of how the earth wire and fuse act together to protect both the user and the appliance.
Economy Power Supply
Economy Power SupplyDesigned to withstand student use (and abuse), Lascells brings you an affordable, compact and reliable power supply. This variable switched, transformer-driven unit provides both AC and DC voltage, from 2 to 12 V in 2 V increments.
Elec Transformer Coil 200/250 Turns
Elec Transformer Coil 200/250 TurnsA Twin coil transformer with 200 and 250 turns. Can be linked to other transformers from the set using the c-core and clip set LA10-864 to form primary and secondary coils / step-up & step-down transformers.
Elec Transformer Coil 300/350 Turns
Elec Transformer Coil 300/350 TurnsA Twin coil transformer with 300 and 350 turns. Can be linked to other transformers from the set using the c-core and clip set LA10-864 to form primary and secondary coils / step-up & step-down transformers.
Elec Transformer Coil 50/100 Turns
Elec Transformer Coil 50/100 TurnsA Twin coil transformer with 50 and 100 turns. Can be linked to other transformers from the set using the c-core and clip set LA10-864 to form primary and secondary coils / step-up & step-down transformers.
Elec Transformer Coil 550/600 Turns
Elec Transformer Coil 550/600 TurnsThe transformer coil 550/600 allows student investigations into the relationship between coil turns and voltage.
Elec Transformer Coils 400/500 Turns
Elec Transformer Coils 400/500 TurnsThe transformer coil 400/500 allows student investigations into the relationship between coil turns and voltage.
