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--- notes:c4eng:fall2022:projects:fso1 [2022/11/17 03:41] – [PROJECT 7] ajohns65
+++ notes:c4eng:fall2022:projects:fso1 [2022/11/17 14:07] (current) – [DEMONSTRATION] cmille71
@@ Line 303: / Line 303: @@
 ====OVERVIEW====
+Basically my fso1 was a distance sensor with a buzzer and light system. As you get closer the buzzer gets higher pitched If distance>30cm the green light was on and the buzzer was off. If distance<30cm the yellow light turned on and the green light turned off. If distance<10cm the red light turned on and the yellow light turned off.
 ====CIRCUIT====
+{{:notes:c4eng:fall2022:projects:20221110_105850.jpg?400|}}
 ====DEMONSTRATION====
+{{ :notes:c4eng:fall2022:projects:20221116_224819_202914968439831.mp4 |}}
 =====PROJECT 8=====
@@ Line 342: / Line 342: @@
-=====PROJECT 11=====
+==========Model Rocket Thrust Vector Control (TVC)============
 ====OVERVIEW====
+In this project, I used the Adafruit Gy-521 and two Servos. These electronics were used for the goal of making sure that a model rocket is properly orientated during its flight and guaranteeing a nominal trajectory for it.
-====CIRCUIT====
+The GY-521 is an accelerometer/gyroscope that will detect a change in the orientation of the craft as it is flying and will send a signal to the Arduino that the orientation of the craft is off. This will then send a signal to the servos that the orientation is off and needs to be fixed. Determining how much of a correction needs to be made is determined by a Proportional Integral Derivative (PID). A device that will automatically apply an accurate and responsive correction to a control function. This basically determines how fast/ intensely the servo responds to an error in the orientation of the device.
-====DEMONSTRATION====
 =====PROJECT 12=====

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