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    A Voltage Mode Fully Differential Implementation of Mihalas-Niebur Neuron with Biological-Timescale
    (2018-07-02) ;
    Leelavattananon, Kritsapon
    This paper presents an implementation of the Mihalas-Niebur neuron model using voltage mode differential \mathbf{g}-{\mathbf{m} {\pmb{-}}} C filter based on a multiple input transconductor. The transconductance linearization technique was employed to achieve the biologically realistic time constant. With the moderate value of the bias current and the small size capacitors, the proposed neuron can exhibit different spiking and bursting patterns on the biological timescale.