Design And Implemention of CMOS Frequency Synthesizer
碩士 === 國立交通大學 === 電子研究所 === 82 === This thesis deals with the design and implementation of a high speed CMOS frequency synthesizer. Frequency synthesizers are widely used in many fields such as wireless communication systems, control circui...
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ndltd-TW-082NCTU04300862015-10-13T12:43:35Z http://ndltd.ncl.edu.tw/handle/69846439206168664575 Design And Implemention of CMOS Frequency Synthesizer 互補式金氧半頻率合成器之設計及製作 Meng-Shiou Wei 魏盟修 碩士 國立交通大學 電子研究所 82 This thesis deals with the design and implementation of a high speed CMOS frequency synthesizer. Frequency synthesizers are widely used in many fields such as wireless communication systems, control circuit, electronic synthesizer, etc. The desired range of operation frequency is from 300MHz to 400MHz. We use 0.8um double-poly double-metal CMOS process, provided by Chip Implementation Center, to design this chip. From the simulated results, we can get a linear region of the voltage controlled oscillator from 300MHz to 400MHz. It will determine the operation frequency of this frequency synthesizer. In order to simplify our design, the programmable counter is modified. But we will focus on the programmable counter in the later chapter to promote the performance. In our measurement, the supply voltage should be descreased to 3 V. We can compare the simulated result with measured result. At last, we will modify the chip to get higher performance. Dr.Jiin-Chuan Wu Dr.En-Jer Jang 吳錦川 鄭恩澤 1994 學位論文 ; thesis 77 en_US |
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碩士 === 國立交通大學 === 電子研究所 === 82 === This thesis deals with the design and implementation of a high
speed CMOS frequency synthesizer. Frequency synthesizers are
widely used in many fields such as wireless communication
systems, control circuit, electronic synthesizer, etc. The
desired range of operation frequency is from 300MHz to 400MHz.
We use 0.8um double-poly double-metal CMOS process, provided by
Chip Implementation Center, to design this chip. From the
simulated results, we can get a linear region of the voltage
controlled oscillator from 300MHz to 400MHz. It will determine
the operation frequency of this frequency synthesizer. In order
to simplify our design, the programmable counter is modified.
But we will focus on the programmable counter in the later
chapter to promote the performance. In our measurement, the
supply voltage should be descreased to 3 V. We can compare the
simulated result with measured result. At last, we will modify
the chip to get higher performance.
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author2 |
Dr.Jiin-Chuan Wu |
author_facet |
Dr.Jiin-Chuan Wu Meng-Shiou Wei 魏盟修 |
author |
Meng-Shiou Wei 魏盟修 |
spellingShingle |
Meng-Shiou Wei 魏盟修 Design And Implemention of CMOS Frequency Synthesizer |
author_sort |
Meng-Shiou Wei |
title |
Design And Implemention of CMOS Frequency Synthesizer |
title_short |
Design And Implemention of CMOS Frequency Synthesizer |
title_full |
Design And Implemention of CMOS Frequency Synthesizer |
title_fullStr |
Design And Implemention of CMOS Frequency Synthesizer |
title_full_unstemmed |
Design And Implemention of CMOS Frequency Synthesizer |
title_sort |
design and implemention of cmos frequency synthesizer |
publishDate |
1994 |
url |
http://ndltd.ncl.edu.tw/handle/69846439206168664575 |
work_keys_str_mv |
AT mengshiouwei designandimplementionofcmosfrequencysynthesizer AT wèiméngxiū designandimplementionofcmosfrequencysynthesizer AT mengshiouwei hùbǔshìjīnyǎngbànpínlǜhéchéngqìzhīshèjìjízhìzuò AT wèiméngxiū hùbǔshìjīnyǎngbànpínlǜhéchéngqìzhīshèjìjízhìzuò |
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1716864533225537536 |