In this study, a low noise amplifier (LNA) design for 2.4-2.5 GHz application which is one of the most important interests in
electronics/microwave engineering is designed. High-frequency microwave transistor ATF-54143 E-pHEMT is used to design low noise
amplifier and its datasheet is used to match the input and output ports. A low noise and high gain amplifier is synthesized without any
oscillations. In particular, the design of low noise amplifier requires optimization on the performance of the system.
Osman Selcuk : was born in 1991. In 2010, he started his
undergraduate studies at the Department of Electrical and
Electronics Engineering at Istanbul Haliç University Engineering
Faculty and graduated in 2014. In 2014, he started to work both as
an academic staff and graduate student at the Department of
Electrical and Electronic Engineering of the Faculty of Engineering
of Haliç University in Istanbul. He has been still studying Master of
Computer Science at Monroe College New York.
Hamid Torpi : On March 7, 1967, Germany came to the world of
the family of expatriates in the town of Kircheim Unter Teck in
Stuttgart. He completed primary school in Private Worker Primary
and Primary School, Private Yesilyurt Primary and Secondary School and Special Ideal Primary and Primary School
respectively. He completed his first two years of secondary school
in Fatih college and completed his last year in Yalova High School.
He completed his high school education with his diploma in 1984
in Yalova High School. Between 1997-1999, research assistant Dr.
He continued to work as a civil servant. In 1997, the same section
was assigned to EM fields and Assistant Professor in the
Department of Microwave Technology USA. Between 2005 and
2011 he served as Vice President of Department of Electronics
and Communication Engineering. Meanwhile UCLA has also been
working as a short-term researcher at irvine and Syracuse
University NY (USA). He is currently serving as a member of the
faculty of EM fields and Microwave Technology.
LNA, PHEMT, AWR
In this work, the Low Noise Amplifier in the 2.4-2.5 GHz
band is designed for WiMAX applications. This designed
amplifier takes into consideration the frequency range of
2.4-2.5 GHz. Amplifier designs made on this frequency
range; wireless communication devices.
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