References in periodicals archive ?
Figure 3 shows the plot of [I.sub.z] versus [V.sub.in] for the proposed VDIBA. It is shown in Fig.
DC voltage characteristic of Vw- and Vz against Vin for the proposed VDIBA are shown in Fig.
Figure 6 depicts the frequency performance of the proposed VDIBA. From Fig.
In Table II, the introduced VDIBA has been compared to the other VDIBA circuits in previous works.
Therefore, other VDIBA structures exhibit better performance.
For the proposed and conventional  VDIBA, the dynamic input range of OTA and IBA stages are shown in Fig.
The designed VDIBA based current controlled universal filter structure is displayed in Fig.
Also, [g.sub.m] values of VDIBA are chosen as 65 [micro]S.
In this study, a novel low voltage low power VDIBA based on bulk-driven quasi floating-gate technique and level shifter current mirror has been suggested.
Vrba, "New resistorless and electronically tunable realization of dual-output VM all-pass filter using VDIBA", Analog Integrated Circuits Signal Processing, vol.
Vrba, "New resistorless tunable voltage-mode universal filter using single VDIBA", Analog Integrated Circuits Signal Processing, vol.
Singh, "Low-voltage low-power FGMOS based VDIBA and its application as universal filter", Microelectronics Journal, vol.
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