Major project of 3rd year electrical engineering the smart bridge system , it is made by using some electronics components generally it will work like a sensenabl bridge it is connected one plateform to another plateform with the plane plates. and it will disconnect with the stop alarm when train is coming at railway station .
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The Major project of 3rd year electrical engineering the smart bridge system , it is made by using some electronics components generally it will work like a sensenabl bridge it is connected one plateform to another plateform with the plane plates. and it will disconnect with the stop alarm when train is coming at railway station. 10-core Wire: Used for connecting various components. Single-side Gear Motor: Utilized for mechanical movement in one direction. Dual-side Gear Motor: Provides mechanical movement in both directions. Battery: Supplies power to the system. IR Sensor: Detects the approaching train. On/Off Switch: Allows manual control over the system. Capacitor: Stabilizes the power supply. Relay Module: Controls the motor and barrier. PCB Plate: Provides a platform for assembling the components. LED Bulb: Provides visual indicators. 100Ohm Resistor: Used for current limiting. 5V Buzzer: Provides audio alerts
Major project of 3rd year electrical engineering the smart bridge system , it is made by using some electronics components generally it will work like a sensenabl bridge it is connected one plateform to another plateform with the plane plates. and it will disconnect with the stop alarm when train is coming at railway station .
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I’m happy to share that I have published my first individual paper on topic “Analysis of the impact of unbalanced connection of consumers and electric vehicles on voltage variation and voltage unbalance” on Sciendo as a part of the B&H Electrical Engineering Journal. I would like to thank my mentors, Adnan Bosović and Mustafa Musić, on this opportunity to expand my knowledge. You can download and read the paper at the link below: https://lnkd.in/dqQ3_v2D
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