Ideal Advanced Amplifier Technology
DOI:
https://doi.org/10.54097/hset.v27i.3738Keywords:
Amplifier, Signal transfer, Efficiency.Abstract
A signal's amplitude or strength can be increased using an amplifier, which is a crucial component of signal processing in automation technology tools. The energy source is controlled using the input data, and the energy source also supplies the power needed for amplification. This results in the amplification of the amplifier. Although the amplifiers sold in the market are of good quality, the circuits are complicated and expensive, which are not easily accepted by consumers. By improving the technology of today's amplifiers and striving towards ideal amplifiers, that is, noise-free, with infinite gain, infinite input impedance, zero bias current, and zero detuning voltage, regardless of package size, energy conversion efficiency can greatly improve energy conversion efficiency and reduce energy consumption. The improvement of the amplifier process itself, the reduction of cost and power consumption are also driving the communication technology and the overall technology of human beings to a new level.
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References
Anshu Gupta, Pallavi Sharma, S. C. Malik, et al. Productivity Improvement in the Chassis Preparation Stage of the Amplifier Production Process: A DMAIC Six Sigma Methodology, 2016.
Zhang Bo. Research and design of CMOS RF power amplifier, 2009.
Byeong Ho Eom, Peter K. Day, Henry G. LeDuc, et al. A wideband, low-noise superconducting amplifier with high dynamic range, 2012.
Vadim V. Ivanov, Igor M. Filanovsky. Operational amplifier speed and accuracy improvement, 2004.
Maitraiyee Konar, Rashmi Sahu, Sudip Kundu. Improvement of the Gain Accuracy of the Instrumentation Amplifier Using a Very High Gain Operational Amplifier, 2019.
Babak Mazhab Jafari, MohammadYavari. A UWB CMOS low-noise amplifier with noise reduction and linearity improvement techniques, 2015.
W. Gerhard, R. Knoechel. Improvement of power amplifier efficiency by reactive Chireix combining, power back-off and differential phase adjustment, 2006.
Mi Ae Jang, Sung Yong Kim, Ki Kyung Jeon, et al. Linearity improvement of power amplifier using modulation of low frequency IMD signals, 2006.
JhenJiWang, Duanyu Chen, SanFuWang, et al. A multi-band low noise amplifier with wide-band interference rejection improvement, 2016.
Trung-Kien Nguyen, Chung-Hwan Kim, Gook-Ju Ihm, et al. CMOS low-noise amplifier design optimization techniques, 2004.
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