Analisis Pemanfaatan Inframerah Dalam Media Komunikasi Dengan Jarak Dekat Pada Remote Televisi
DOI:
https://doi.org/10.24114/jiaf.v9i2.35660Keywords:
Infrared, Communication Devices, Television RemotesAbstract
With the development of the times in the world, Indonesia requires communication tools that are embraced in everyday life, so that people's creativity is needed in this case by utilizing existing magnetic electromagnetic waves, for example in infrared. In this case, it can help humans in carrying out activities easily and will feel lighter and faster. With the development of the times, creativity is needed that is beneficial to daily life. This study aims to determine the use of the GEM spectrum, namely infrared in communication media with close proximity on television remotes. The method used is to use experimental methods supported by literature studies which are sourced in book journals, and the internet. Thus, infrared GEM spectrum research data has an effect on the use of communication tools with close proximity on television remotes.References
Evandi, N. R., N. Ismail., dan H. Fakrurroja. 2020. Rancang Bangun Aplikasi IoT Remote TV Berbasis Realtime Database dan Komunikasi Inframerah. Seminar Nsional Teknik Elektro 2019. Hal : 260-268.
Hariyanto, T., E. Mozel., R. Hanifatunnisa., A. Wibowo., D. R. Azis. 2019. Sistem komunikasi uplink menggunakan inframerah dan pulse distance coding untuk aplikasi akses informasi buku di perpustakaan. Hal : 202-215.
Nuraeni, A., U. H. Azzahra, dan Nana. Menentukan Frekuensi Spektrum Elektromagnetik Pada Aktivitas Pembelajaran Fisika. Universitas siliwangi
Nurhandayani, K. 2018. Sistem kontrol pengering makanan berbasis LED inframerah. TE 14159.
Pamungkas, F. A., B. P. Purwanto., W. Manalu., A.Yani, dan R. G. Sianturi. 2020. Pemanfaatan Termografi Inframerah dalam Monitoring Status Fisiologi Reproduksi Ruminansia akibat Stres Panas. Vol. 30 : 25-36.
Rahmat, P., Dan Suwarno. 2020. Analisa Spektroskopi Infamerah Transformasi Fourier dan Gas Terlarut Terhadap Perubahan Gugus Fungsi Komposisi Minyak Esster. Jurnal Infotekmesin. Vol 11: 14-23.
Supriyatra, dan L. Roza. 2021. Analisis keakuratan sensor inframerah dan stopwatch pada praktik GLB dan GLBB. Vol. 2 : 69-78.
Suprayitno, E., S. Widoretno, dan A. Yufron. 2020. Rekayasa Pintu Geser Otomatis Dengan Menggunakan Sensor Passive Infrared (PIR). Vol. 10 : 47-61.
Widiana, W. Y., G. A. P. R. Agung, dan P. Rahardjo. 2019. Rancang bangun kendali otomatis lampu dan pendingin ruangan pada ruang perkulihan berbasis mikrokontroler arduin nano. Vol. 6 : 112-120.
Yusniati. 2018. Penggunaan Sensor Infrared Switching Pada Motor DC Satu Phasa. Vol. 3:90-96.
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