Improving the Accuracy for Amplitude and Frequency of Analytical Equation of Single-ended Ring Oscillators Based on Circuit and Transistor Parameters

Mehrdad Moradnezhad, H. Miar-Naimi
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Abstract

The analytical relationships presented for amplitude and frequency of the ring oscillator are derived approximately due to the nonlinear nature of this oscillator. In the case where the transistors experience the cut-off region, the relationships presented so far have no connection between the frequency and the dimensions of the transistor, which is not valid in practice. In this paper, considering the circuit’s governing equation and the ring oscillator’s output waveform, a relation for the frequency is presented, including the dimensions of the transistor. Also, a simple and approximately accurate relationship for the oscillator amplitude is provided in this case. The validity of these relationships has been investigated by analyzing and simulating a single-ended oscillator in 0.18μm technology.
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基于电路和晶体管参数提高单端环形振荡器解析方程幅频精度
由于环形振子的非线性性质,近似地导出了其幅值和频率的解析关系。在晶体管经历截止区域的情况下,迄今为止所提出的关系在晶体管的频率和尺寸之间没有联系,这在实践中是无效的。本文考虑电路的控制方程和环形振荡器的输出波形,给出了包括晶体管尺寸在内的频率关系。此外,在这种情况下,振荡器振幅提供了一个简单而近似准确的关系。通过分析和模拟0.18μm工艺的单端振荡器,验证了这些关系的有效性。
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来源期刊
International Journal of Circuits, Systems and Signal Processing
International Journal of Circuits, Systems and Signal Processing Engineering-Electrical and Electronic Engineering
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