Title :
Four-transistor continuous-time MOS transconductor
Author_Institution :
University of Nebraska-Lincoln, Department of Electrical Engineering, Lincoln, USA
Abstract :
A general condition for nonlinearity cancellation in the recently reported four-transistor continuous-time MOS transconductor is presented. It is shown that the circuit possesses a high degree of versatility and can operate with different sets of signal excitations using enhancement or depletion transistors.
Keywords :
active filters; active networks; field effect integrated circuits; multiplying circuits; active filters; continuous-time MOS transconductor; depletion transistors; enhancement transistors; four transistor configuration; integrated type; multipliers; nonlinearity cancellation;
Journal_Title :
Electronics Letters
DOI :
10.1049/el:19870767
