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Theoretical and experimental research on the current-mode RC oscillators

机译:电流模式RC振荡器的理论与实验研究

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This paper proposes an application of the current using its advantages in harmonic signals generation. Using current-conveyors in harmonic oscillators building, the frequency band of active device is well valorised, comparing with the situation of operational amplifiers using. The author chooses from all RC oscillators the oscillator with Wien network, as one of the most used net for RC oscillators with voltage operating mode. Both variable elements haven't any ground contact so, in working conditions, some issues regarding the screening and driving of these elements will emerge. To solve this problem we propose a RC sinusoidal oscillator circuit, made with current conveyors of second generation (CCII), of which selective network is characterised by a transfer function Wien type. This net is different of standard one, having the both capacitors for frequency adjustment ground connected. It was used current-conveyors of second generation PA 630 Phototronix, where with a structure of current amplifier with differential out comes and a selective network were made.
机译:本文提出了利用其在谐波信号产生中的优点的应用。在谐波振荡器建筑中使用电流输送机,有源器件的频带储存良好,与使用的运算放大器的情况相比。作者从所有RC振荡器选择了WIEN网络的振荡器,作为具有电压操作模式的RC振荡器最使用的网络之一。两个可变元素都没有任何接地联系,因此在工作条件下,有关这些元素的筛选和驾驶的一些问题将出现。为了解决这个问题,我们提出了一种RC正弦振荡器电路,其利用第二代(CCII)的电流输送机制成,其中选择性网络的特征在于传递函数Wien类型。该网具有不同的标准,具有用于频率调节接地的两个电容器。它是使用第二代PA 630光晕的电流输送机,其中具有电流放大器的结构,具有差分出来,并进行选择性网络。

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