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SKU:35890643
Box Contains:1 Photogate Hub and Control2 Photogates2 Connecting Wires2 Vertical Stands2 Adapter Brackets2 Universal Dynamic Cart Brackets1 Wall PlugModes of Operation- Gate (Time of Interruption)- Pulse (Time between interruption)- Pendulum (Frequency of interruptions)- FrequencyAdditional features include:- Internal, chargeable battery- Functional Stop watch built in- Distance of gate beam = 2.25 Inches
GREAT FOR PHYSICS LABS || The Complete Photogate System is an ideal tool for studying motion, when extremely accurate timing of events within physics experiments are required
PRECISE READINGS || High-speed sensors can detect small objects passing through the gate with remarkable accuracy, providing researchers, scientists, and educators with reliable data for their experiments and projects
MULTIPLE TIMER MODES || Several modes are available for accurate calculations of the velocities and accelerations of a variety of objects, including interval modes for the blocking of one or two photogates; memory function for recording values; period mode for studying oscillatory systems; frequency mode optimized for use with short objects oscillating rapidly; count mode for how many times an object crosses through a gate; and stopwatch mode
INCLUDES 2 PHOTOGATES || When both photogates are connected to the timer, interval mode continues to display the time it takes an object to cross through the gate, labeling the times by gate A or B. In addition, interval mode will display the time it takes an object to travel from photogate A to photogate B. Distance of gate beam 2.25"
COMPLETE SYSTEM || The Complete Photogate System includes a photogate hub and control (1), photogates (2), connecting wires (2), vertical stands (2), adapter brackets (2); universal dynamic cart brackets (2) power cord (1), and instruction manual
Seems to be working consistently, but calculations using these velocities aren't giving the predicted results (going FURTHER than the velocity would predict). It's hard to tell when the laser will get "blocked" when a spherical ball is passing through. When any part of the ball reaches the gate? When it's fully blocked? Could be me messing up, I don't think it is. Would like more specifics about how to get accurate answers in the user manual.
