Autonomous Systems Division
Magnetic Intelligence.
A precision-engineered security solution developed by the Infinity Explorers Team for the Faculty of Navigation and Space Technology.
Secure State
The N52 magnet is maintaining the Reed Switch in a closed state. Circuit current is currently diverted to ground, preventing alarm activation.
DETECTED (STABLE)
CUT-OFF (0V BASE)
Output Signal
Piezo Buzzer & Red LED Hub
Engineering Excellence
The **Infinity Explorers Team** leveraged solid-state physics to create a fail-safe detection loop. By integrating a Reed Switch with NPN transistor logic, we ensure that the alarm is not just a simple switch, but a controlled response system that reacts to magnetic flux disruptions in milliseconds.
Reed Sensor
Infinity Explorers selected high-sensitivity glass-encapsulated reeds for zero-contact reliability.
Logic Switch
BC547 NPN Transistor acting as the central intelligence to amplify the trigger signal.
Auditory Alert
90dB Piezoelectric buzzer providing immediate deterrent feedback during breach.
Neodymium
N52 High-grade permanent magnet used to secure the sensing air-gap threshold.
Ohm's Law Analyzer
Verify circuit integrity using the Infinity Explorers' standard calculation engine for LED and Transistor base safety.
Sensitivity Benchmarking
Performance data compiled by the **Infinity Explorers Team** illustrating the air-gap tolerance for various magnetic materials tested during prototyping.
Optimization Result
The Infinity Explorers N52 configuration yielded a 45% improvement in activation range over standard ferrite magnets.
Team Insight
"Maximum sensitivity is achieved when magnetic field lines are perpendicular to the reed axis." - Engineering Note