[1] ZEKI. A. and KUNTMAN H.:
’High-output-impedance CMOS dual-output
OTA suitable for wide-range continuous-time
filtering applications’ ELECTRONICS
LETTERS, 1999, 16, pp 1295-1296.
[2] ERGÜN B. S. and KUNTMAN H.
:’Yüksek Lineerlikte DO-OTA
Gerçekleştirilmesi’ Proceedings of ELECO
2000: The 1st National Symposium of
Electrical, Electronics and Computer
Engineering, pp 77-81, Chamber of Turkish
Electrical Eng., Bursa section, 2000, Bursa
Turkey
[3] NEDUNGADI. A. and
VISWANATHAN T. R. ‘Design of Linear
CMOS Transconductance Elements’ IEEE
Trans. Circuits Syst., 1984, vol CAS31, pp
891-894
[4] ZEKİ A.: ‘Novel High Performance
OTA Structures Suitable for Continuous Time
OTA-C Filters’, PhD Thesis, October 1997,
I.T.U, Institute of Science and Technology.
[5] ANGULO R. J. and SINENCO S.
E.:’Active Compensation of Operational
Transconductance Amplifier Using Partial
Positive Feedback’ IEEE JSSC, 1990, vol 25,
pp 1024-1028
[6] ANGULO R. J., SINENCO S. E. and
HOWE M.:’Large f0 Q Second Order Filters
Using Multiple Output OTAS’ IEEE CASII,
1994, vol 41, pp 587-592
[7] KUNTMAN H.:”Analog MOS
Tümdevre Tekniği”, İTÜ Ofset Baskı
Atölyesi, 1997
[8] ERGÜN B. S.:”Yüksek Lineerlikte
CMOS DO-OTA Gerçekleştirilmesi”, MSc
Thesis, July 2001, I.T.U, Institute of Science
and Technology.
[9] ERGÜN B. S., KUNTMAN H.,
ÖZCAN S., Realization of a high performance
CMOS DO-OTA with extended linearity
range, SCS 2001, July 2001,Iasi, Romania
[10] KRUMMENACHER F. and JOEHL
N, A 4 MHz CMOS continuous-time filter onchip
automatic tuning, IEEE J. Solid-State
Circuits, Vol. 23, pp. 750-757,. 1988.
[11] E. SEEVINCK A and WASSENAAR
R.W., A versatile CMOS linear
transconductor/square-law function circuit’,
IEEE J. Solid-State Circuits, Vol. SC-22, pp.
366-377.
[12] WILSON G. and CHAN P.K.,
Comparison of four transconductors for fully
integrated filter applications, IEE Proceedings,
Pt-G, Vol. 138, No.6, pp.638-688, 1991.
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