PENGAPLIKASIAN SOFTWARE DEFINED RADIO TRANSCEIVER JALUR HIGH FREQUENCY 14 MHZ MENGGUNAKAN ANTENNA LONG WIRE DIPOLE
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
Naufal Mahardhika, Aqila
Subject
T Technology (General)
Datestamp
2024-02-27 02:59:42
Abstract :
Technology in the field of radio communication that combines hardware and software components, provides flexibility, upgradeability, and reduces hardware complexity. The research objectives are to implement a Software Defined Radio Transceiver with a Long Wire Dipole Antenna at a frequency of 14 MHz, and calibrate the receiver and transmitter using the HDSDR application to get clear sound. The method of collecting data from the sound of the Receiver and Transmitter on the Software Defined Radio is used as active data for analysis in the research to be carried out. The results showed that in testing the receiver and transmitter, several tests were carried out to compare the results to get the optimal sound. Testing on the receiver resulted in 3 successful statuses. While testing on the transmitter produces a frequency of 14 MHz to do the test used. Based on this test, several sound sources were obtained in the city of Semarang - Bandung.
Technology in the field of radio communication that combines hardware and software components, provides flexibility, upgradeability, and reduces hardware complexity. The research objectives are to implement a Software Defined Radio Transceiver with a Long Wire Dipole Antenna at a frequency of 14 MHz, and calibrate the receiver and transmitter using the HDSDR application to get clear sound. The method of collecting data from the sound of the Receiver and Transmitter on the Software Defined Radio is used as active data for analysis in the research to be carried out. The results showed that in testing the receiver and transmitter, several tests were carried out to compare the results to get the optimal sound. Testing on the receiver resulted in 3 successful statuses. While testing on the transmitter produces a frequency of 14 MHz to do the test used. Based on this test, several sound sources were obtained in the city of Semarang - Bandung.
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