RANCANG BANGUN SISTEM KAMERA PADA PAYLOAD
ROKET VEDA-TE14
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
HIDAYAT, RAFDHATUL
Subject
T Technology (General)
Datestamp
2024-08-20 07:56:00
Abstract :
Aeronautics and space technology is one of the superior technologies for developed countries, especially in the form of rockets which include its control system and rocket load (payload). Countries that are able to master this technology will be respected by countries around the world. Indonesia as an archipelagic country and at the same time a large and wide maritime country should have independence in mastering rocket technology. Inside Payload there are electronic circuit consisting of various sensors that are used as a reference. This reference can be used to determine the situation around the payload. The sensors used include camera sensors, acceleration, temperature, humidity, compass and a set of homing. In this study a camera system is designed that can determine the conditions around the payload while in the air. Image capture using a VC0706 serial camera. After taking pictures, Arduino will save the image results to the SD card. Image capture is controlled by an operator in the ground segment, by pressing the number "5" on the keyboard. This control system is known as telecommand which is transmitted using KYL-1020U radio module. From the results of the study, the measurement using 640x480 resolution produces the smallest image is 46.8 Kb and the largest is 47.6 Kb, with an average shooting of 24.981 seconds. Measurement using 320x240 resolution produces the smallest image is 12.41 Kb and the largest is 12.58 Kb, with an average shooting of 5.14 seconds. While the measurement using 160x120 resolution produces the smallest image is 1.90 Kb and the largest is 1.944 Kb, with an average shooting of 1.91 seconds.
Aeronautics and space technology is one of the superior technologies for developed countries, especially in the form of rockets which include its control system and rocket load (payload). Countries that are able to master this technology will be respected by countries around the world. Indonesia as an archipelagic country and at the same time a large and wide maritime country should have independence in mastering rocket technology. Inside Payload there are electronic circuit consisting of various sensors that are used as a reference. This reference can be used to determine the situation around the payload. The sensors used include camera sensors, acceleration, temperature, humidity, compass and a set of homing. In this study a camera system is designed that can determine the conditions around the payload while in the air. Image capture using a VC0706 serial camera. After taking pictures, Arduino will save the image results to the SD card. Image capture is controlled by an operator in the ground segment, by pressing the number "5" on the keyboard. This control system is known as telecommand which is transmitted using KYL-1020U radio module. From the results of the study, the measurement using 640x480 resolution produces the smallest image is 46.8 Kb and the largest is 47.6 Kb, with an average shooting of 24.981 seconds. Measurement using 320x240 resolution produces the smallest image is 12.41 Kb and the largest is 12.58 Kb, with an average shooting of 5.14 seconds. While the measurement using 160x120 resolution produces the smallest image is 1.90 Kb and the largest is 1.944 Kb, with an average shooting of 1.91 seconds.
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