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Kusmaryanto, Sigit
Departemen Teknik Elektro, Universitas Brawijaya
Computer Science & IT Control & Systems Engineering Education Electrical & Electronics Engineering Engineering

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Journal : Jurnal Fortech

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Transmitter Gelombang Frekuensi Radio (RF) FM Berbasis Raspberry Pi Ali Mustofa; Sigit Kusmaryanto; Rusli Ambarwati; Bravy Dwika Nanda
Jurnal FORTECH Vol. 3 No. 2 (2022): Jurnal FORTECH
Publisher : FORTEI (Forum Pendidikan Tinggi Teknik Elektro Indonesia)

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (1288.369 KB) | DOI: 10.56795/fortech.v3i2.105

Abstract

In recent years, technology in the telecommunications sector has developed rapidly, especially with the global situation encouraging the use of long-distance communications. One of these developments is the use of the Raspberry Pi, abbreviated as Raspi, as a substitute for conventional computers for receiving and transmitting FM radio signals. Raspberry Pi is a mini and portable computer that can be used as an alternative to conventional computers in general, such as the use of teleconference media, offices, Big Data, and as a video player with high resolution. The problem in using a computer as an FM radio signal transceiver system is its complex and expensive infrastructure. When compared to the Raspberry Pi 3 with a price range of IDR 500,000 - IDR 1,000,000, a transceiver system using conventional computers requires a computer in general at a price far exceeding the said price. Using Raspi makes it easy to transmit FM radio signals by simply coding through the Raspi terminal. In this study, the authors propose a transmitter system using a Raspberry Pi 3B+ which is connected to a dipole antenna at a working frequency of 100 – 101 MHz. Raspi is operated using the SSH protocol for remote desktops. The operating system used is Raspberry Pi OS with the use of a MAC computer (MAC OS) as a remote desktop. The results show that the Raspberry Pi device can be used to transmit FM radio signals at a frequency of 100 - 101 MHz. The dipole antenna tested using VNA (Vector Network Analyzer) with a length of 71 cm and a linear form can transmit a signal with a VSWR of 1.08 - 1.95:1 at a working frequency of 94.9 - 103.06 MHz and a return loss of -28.1 dBm at a frequency of 98.98 MHz.
Co-Authors Afif M. Nur Fikri Aindyta Ayu Pradani Alfian Indra Prasetya Andang Buana Sutarja Anisari Mei Prihatini Ardyanda Putra Dirgantara Asmungi, Gaguk Astriana, Ayu Ananda Aufa Rifky Fernanda Auzan El-Ghiffari Su'ud Bravy Dwika Nanda Bravy Dwika Nanda D. Satria Pravira Danang Ardhy Haryanto Danial Risaf Ashari Dewa Ayu Putu K. Dwi Fadila Kurniawan Ega Odiguna Defri Endah Budi Purnomowati Erfan Achmad Dahlan Eva Faliha Kusumawardhany Fahad Arwani Fajar Ramadhan Farra Khairunnisa Ekaputri Febryanto Marthyn Sutrisno Simanjuntak Feraldi Alif Pratama Ferdian Adhiguna Fredrick Yohanes Gamal Alief Satria Ghifari Amanar Gladys Fivin Mahardika Hanif Ahimsa Hariz Faqih Hilmi Setyawan Aji Ihsanuriza Haromain Isnan Rifqi Azinuddin Jinantho , Pamungkas H. S. Kevin Anas Wicaksono Kianoka, Gammal Erlangga Kurnia A., Firmansyah Kuswiradyo, Primatar M. Syaogi Robbani May Lia Khoironisa Melody Indah Mufid Arief Abdul Rohman Muhamad Rifaldi Putra Muhamad Zein Ali Idrus Muhammad Antony Oktavianto Muhammad Danny Ramadhan Wibisono Muhammad Iqbal Tawakkal Dewanto Muhammad Khuzain Muhammad Naufal Muhammad Randi Sugiantara Muhammad Rifqi Hafidh Muhammad Rifqy Setyanto Muhammad Satria Haka Putra Muhammad Syauqil Amin Muhammad Wisem Royyan Muhammad Yodi Satria Muhammad Yudha Pratama Mustofa, Ali Najaruddin Muhammad Nanda Permana Dani Nugraha, Bagus Ardiaz Nurina Firdausi Partiansyah, Fakhriy Hario Primatar Kuswiradyo Priyono, Wahyu Adi R. Dwi Ismat Wicaksono Raden Arief Setyawan Rifaldy Yuhendri Roy Dafly Pirnadi Rudy Yuwono Rusli Ambarwati Rusmi Ambarwati Sari, Sapriesty Nainy Satrio Dimas Bagaskara Tequitha Layyinatul Qalbi Vicky Hardianto Wahju Adi Prijono Wahyu Adi Priyono Wakhida Rahmawati William Edwin Sebastian Lomi Yanuar Linggar P. U. Yusuf Abdillah Aziz Zainuri, Akhmad