Wang Pengjun

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Based on investigation of the theory of three essential circuit elements for multi-valued circuits, this paper presented a universal circuit theory for adiabatic circuits, namely the theory of three essential circuit elements for adiabatic circuits (3ECEAC). This theory was applied to design a new crossmemory adiabatic circuit adopting two-phase power(More)
In this paper, a frequency estimation method based on complex correlation is proposed with TIADC (time-interleaved ADC) theory. Firstly, received signal is processed by amplification, filter, and quadrature demodulation. Then, TIADC is adopted to data acquisition, and parallel operation of complex correlation is used to deal with complex signal. Finally,(More)
By studying the design principles of multi-valued logic and characteristics of adiabatic circuits, a novel design scheme of ternary adiabatic counter was proposed in this paper. Guided by switch-signal theory, the scheme derives the switch-level structures of ternary adiabatic T-operation circuit, and using bootstrapped NMOS to realize energy input and(More)
As a model for quantum computation, quantum circuits have found their wide applications in communications, cryptography and information processing. In order to synthesize arbitrary quantum circuits, we present a new type of gate called quantum multiplex rotation gate, which is implemented by simply elementary gates. A method based on QR decomposition and(More)
A novel Neuron MOS transistor has come into being recently due to the characteristic of controlling the weighted sum of multiple-input gate and capacitance coupling effect in floating gate, as well as the function of saving the data in the floating gate. The Neuron MOS transistor can be used to replace complex operation on threshold in multiple-valued(More)
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