Edu-Logger Light Gate Logger Sensor

The Edu-Logger Light Gate Logger Sensor can be used to study various kinds of motion. The Edu-Logger Light Gate Logger Sensor has 5 modes of operation, time, velocity or acceleration.

The Edu-Logger Light Gate Logger Sensor modes of operation are selected by clicking on the relevant picture.

Features of The Edu-Logger Light Gate Logger Sensor

• Modes of operation can be measured with one of two photo gates and associated timing cards, as well as showing pictorially the status (digital 1 or 0) of the voltage output of the photo gate as timing cards pass through it.
• The measured values can be displayed digitally or graphically.
• The sensor has five modes of operations: time and velocity, acceleration with single photo-gate, acceleration with two photo-gates, velocity and momentum with two photo-gates, and status graph mode.
• The highest barometric pressure is on the sea level.
• Converts the measured parameter into processed value (ºC, ºF, Lux, dB, mA, V, etc.)
• Sends the data in digital form to a viewer unit, any kind of computer or tablet.
• Saves up to 5 experiments in its flash memory.
• Calibration is done by pressing a push-button.
• Changing ranges and gains is done through software.
• Experiments run with or without a computer.
• Saved experiments in the Logger Sensor can be uploaded to a computer at any time.

Benefits of The Edu-Logger Light Gate Logger Sensor

• The modular plug and play system allows the connection of sensors in a chain, in any order.
• Each sensor is in itself a full data acquisition system.
• Robust hardware and attractive design.
• Simple operation.
• No cable clutter, allowing simple construction of experiments.
• System allows wireless connection.

Specifications

• Range of operation modes: single timing card with one photo gate, double timing card with one photo gate, single timing card with two photo gates, and digital status with one photo gate.
• ADC resolution: 16 bit digital.
• Accuracy: 100µS.
• Resolution max: 100µS.
• Sample rate (S/sec): 10,000.