Mastery of aerospace technology becomes very important for Indonesia. Due to the given the vast areas of Indonesia mostly in the form of marine waters.This condition has made a guarding and monitoring becomes easy. Therefore needed satellite technology that can be utilized to guard the interests of the territory of Indonesia. The success of developing IiNUSAT-1 on the one hand proves that the universities in Indonesia have competence in the field of nano-satellite development, on the other hand also shows that gotong-royong (working-together) in research-networks and technology will accelerate the research competence. In the first year of development IiNUSAT-1 produced a document Prelimidary Design Review, and a prototype of the nano-satellite. The result shows that the nano-satellite prototype has maximum transfer rate 115.2 kbps and every parameter is sampled every second. Having experience developing and operating the nano-satellite in the first year research project, it will trigger the research related to security and prosperity of the nation. The next version of the nano-satellite will be payloaded with sensors and instruments which can be utilized for national security and prosperity.
Tag: iinusat-1
Telah dibuat sebuah purwarupa On Board Data Handling (OBDH) atau Command and Data Handling (CDHS) untuk satelit nano IiNUSAT-1 yang merupakan hasil proyek konsorsium INSPIRE (Indonesian Nano Satellite Platform Initiative for Research and Education) yang terdiri dari 6 perguruan tinggi: UGM, UI, ITB, PENS, ITS dan ITTelkom serta 1 institusi LAPAN. OBDH ini dibangun menggunakan mikrokontroler ARM Cortex M3 NXP LPC1769 agar dapat mengakomodasi tugas-tugas OBDH dalam satelit seperti komunikasi dengan sub-modul menggunakan 4 jalur native UART dan akuisisi data housekeeping seperti arus dan suhu OBDH. Pengujian dilakukan untuk mendapatkan data-data arus yang dibutuhkan saat melakukan multitasking dan kebutuhan memori-nya.
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Mastery of aerospace technology becomes very important for Indonesia. Due to the given the vast areas of Indonesia mostly in the form of marine waters. This condition has made a guarding and monitoring becomes easy. Therefore needed satellite technology that can be utilized to guard the interests of the territory of Indonesia.
The success of developing IiNUSAT-1 on the one hand proves that the universities in Indonesia have competence in the field of nano-satellite development, on the other hand also shows that gotong-royong (working-together) in research-networks and technology will accelerate the research competence.
In the first year of development IiNUSAT-1 produced a document Prelimidary Design Review, and a prototype of the nano-satellite. The result shows that the nano-satellite prototype has maximum transfer rate 115.2 kbps and every parameter is sampled every second. Having experience developing and operating the nano-satellite in the first year research project, it will trigger the research related to security and prosperity of the nation. The next version of the nano-satellite will be payloaded with sensors and instruments which can be utilized for national security and prosperity.