… Section 3 gives the block diagram and transfer functions of the proposed circuit. In Section
4, the non-ideal analysis of current differencing buffered amplifier is discussed. Section 5 …

… 3 yield the following voltage transfer function … In this paper, a new CMOS implementation
of voltage differencing buffer amplifier is presented and two proposed voltage-mode three-input …

… The noninverting connection is often used as a buffer amplifier for this reason. The two …
The ideal transfer function from the noninverting input of the amplifier to its output is (see …

… Considering these aspects, in this study the realization of an nth-order current transfer function
by an active RC circuit involving one or two CDBAs is investigated. It has been shown that …

… -3 gives the block diagram and transfer functions of the proposed circuit. . In section 4 the
non-ideal analysis of current differencing buffered amplifier is discussed. Section 5 presents …

… region from ca 10 MHz are caused by the frequency limitations of diamond transistors
and buffers, and the parasitic pole in transfer function (7) also takes the effect here. …

… We called this element dual output voltage differencing buffered amplifier (DO-VDBA) in
accordance to [1]. The main principle is obvious from behavioral model (see Fig. 1b). …

… using current differencing buffered amplifier (CDBA) as an active element. A general voltage
transfer function can be observed in four admittance terms to facilitate the fifth-order filter …

… 7 we obtain the values of the current and voltage transfer functions at low frequencies as
0.996 and 0.9999, … The filter transfer function is given by the expression below: …

… called the voltage differencing buffered amplifier (VDBA) was introduced [12]-[16]. Although
many topologies for realizing impedance and immittance function simulators have been …