In this paper the properties of a low-level nonlinear continuous-time circuit element-termed a
Bernoulli Cell (or Operator)-are described in a systematic way. This cell is composed of an …

This paper deals with the design and performance evaluation of a new analog CMOS
cochlea channel of increased biorealism. The design implements a recently proposed …

This paper presents some design concepts and circuits which are the basis of a very low-
power analog cochlear prosthesis in silicon technology, The proposed methods use …

The scope of this paper is to present certain insights and advances towards the synthesis
and transistor-level implementation of high dynamic range (> 120 dB), micropower, CMOS …

In this paper a powerful analog circuit building block is identified, composed of a suitably
biased npn bipolar junction transistor (BJT) with a grounded capacitor connected to the …

A new analog cochlear implant processor filterbank architecture of increased biofidelity,
enhanced across-channel contrast and very low power consumption has been designed …

Log‐domain filters are an intriguing form of externally linear, internally nonlinear current‐
mode circuits, in which a compression stage is first used to convert the input currents to the …

This study describes the design of a multiphase sinusoidal oscillator (MSO) based on log-
domain filtering concept. The circuit is a direct realisation of a first-order differential equation …

In this paper, a square-root domain band-pass filter and biquad filter which are based on the
MOSFET square law are proposed. Both of the square-root domain filters operated at 2.5 V …

This paper presents a low-level treatment of the non-linear dynamics encountered in log-
domain structures, by means of a non-linear circuit element termed a Bernoulli Cell. This cell …