Inspire Wireless Intelligent Light Gates
The Inspire Wireless Light Gates require no external timer or wiring setup, making them ideal for use with linear air tracks and dynamics track. The primary light gate connects via Bluetooth to any PC running the included software or to a tablet, while the built-in rechargeable battery powers up to six secondary light gates or a separate g by free fall release mechanism.
Mounting rods are necessary for setting up the light gates. The measurement of g by free fall can be done in multiple ways—using either one or two light gates alongside the g by free fall stand and solenoid, or directly with the picket fence accessory.
The intelligent light gate software, available for both PCs and tablets, connects with the primary light gate and provides real-time results instantly. The software, supplied for PCs and available for free on the Play Store, offers both ‘Basic’ and ‘Advanced’ modes for flexible user control.
- Highly accurate results
- Wireless Light Gates for PC and tablet
- Inbuilt battery and ability to plug in many number of secondary gates
- Can also be used with air tracks and dynamics cars
- Separate g by freefall accessory available
- Template for Pendulum experiment software
- Easy data collection by PC and Android tablets
Law of Motion Experiments using Intelligent light gate
Exp-1 To find the velocity of an object
Exp-2 To determine the average speed of an object
Exp-3 To determine the acceleration of a moving object
Exp-4 To plot a graph between velocity and time using the picket fence
Exp-5 To demonstrate elastic collision
Exp-6 To demonstrate the law of conservation of energy
Exp-7 To demonstrate the transfer of energy
‘g’ by Free Fall Experiments using Intelligent light gate
Exp-8 To determine the value of ‘g,’ a metal ball or dowel is dropped from a solenoid, passing through a pair of light gates.
Linear Air Track Experiments using Intelligent light gate
Exp-9 To study the linear motion under virtually frictionless conditions.
Exp-10 To study the elastic and inelastic collision.
Exp-11 To study the concept of velocity.
Exp-12 To study the concept of accelerations.
Exp-13 To study the conservation of momentum & energy.
Exp-14 To study the dependency of mass ratio to kinetic energy.
| Code | Description | Qty. |
| SA724 | Inspire Wireless Light Gate (Primary) | 1 |
| SA726 | Inspire Light Gate (Secondary) | 1 |
| R12093 | Power Adapter 9V, 1A with UK Plug | 1 |
| CD223 | Sensor Cable | 1 |