In this paper, the characteristics of the basic current mirror and the continuous-time current-mode current mirror integrator are analyzed. Using the two unlossy loop integrators and the basic current mirrors, the biquad circuit block is implemented. The signal flow graph (SFG) and the improved leap-frog (ILF) structure are simple to implement the six-order band pass filters. Exploring PSPICE9.1 simulation in 0.18 μm CMOS technology, Transistor lever circuit is carried out and results show that the proposed circuit is feasible. The design method of biquad block circuits is apt to realize the high-order band-pass filter and elliptic function filter.
Continuous-Time Current-Mode Current Mirror Band Pass Filters with Improved Leap-Frog Structure
2008 Congress on Image and Signal Processing ; 1 ; 146-148
2008-05-01
358918 byte
Conference paper
Electronic Resource
English
The Current Mode Filters with Tunable Pass Band Characteristics
| British Library Online Contents | 1998
Chryslers new "Quantum Leap (Frog)" Minivan
| Automotive engineering | 1995
Band-pass filters with steep skirt selectivity.
| NTRS | 1965
Efficient, Narrow-Pass-Band Optical Filters
Online Contents | 1996
Analysis of Current Mode Follrth-Order High Pass Filter Circuit Structure
| British Library Online Contents | 2001