An improved dual-slope analog-to-digital converter for measurements made with a pair of
resistive or capacitive differential transducers is described. The converter can be contrasted …

Two active-RC integrators are proposed. They provide ideal integration function realization
with dual-input capability, the use of a grounded capacitor, and an increase in time-constant …

A technique for realizing a high-quality controlled current source is described. A monolithic
operational amplifier is used as the main building block, and a modified current mirror is …

A dual-input ideal differentiator network design with a single resistor-controlled time constant
and high-gain operational amplifier (OA) devices is described. At high frequencies, the …

Some new active-RC integrator and differentiator circuits using the currentfeedback amplifier
(CFA) device are proposed; both current-mode and voltagemode versions are reported. The …

A simple method of efficiently extending or lowering the time constants of a single
operational amplifier (OA) RC ideal integrator is presented. There exist two schemes in this …

We present some new active-RC integrator and differentiator circuit schemes using the
Current Feedback Amplifier (CFA) device. A multiplier element (ICL 8013) has been …

A general scheme is presented in which a grounded-capacitor ideal integrator (GCII)
function is reciprocated to realize a grounded-capacitor ideal differentiator (GCID) function …

Some new differential input ideal differentiator and integrator function circuits using the
current feedback amplifier (CFA) device are presented. The time constant (τ o) is tunable by …

A grounded-capacitor single-resistor tunable two-operational amplifier (OA) noninverting
integrator network realisation and the compensation design for its quality-factor (Q) at high …