Raj Senani

Prof. Raj Senani

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Research Focus & Metrics

Academic Career Length

49Years (1978-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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20 November 2006 in IEEE Transactions on Instrumentation and Measurement
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Journal Article
Closed access
DBD. R. Bhaskar
D. R. Bhaskar
RSRaj Senani
Raj Senani
New single-element-controlled sinusoidal oscillator (SECO) circuits using only two current-feedback operational amplifiers (CFOAs) and only five passive elements [two/three grounded capacitors (GC) and three/two resistors] are presented, which not only enlarge the previously known class of two-CFOA-GC SECOs but also provide new configurations that possess properties not available in the previously known circuits. The new oscillators are useful from the viewpoint of applications in several instrumentation and measurement situations such as oscillator-based capacitance measurement schemes, realization of very low frequency oscillators, and the design of voltage-controlled oscillators. Experimental results based upon commercially available AD844-type CFOAs are included, which confirm the practical workability of the new oscillator configurations

13 April 1995 in Electronics Letters
Verified
Journal Article
Closed access
RSRaj Senani
Raj Senani
Dr. Vinod SinghDr. Vinod Singh
Dr. Vinod Singh

1 January 1987 in Proceedings of the IEEE
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Journal Article
Closed access
RSRaj Senani
Raj Senani
It is shown that four-terminal floating nullors provide a novel solution to the problem of RC-active synthesis of floating immittances.

3 February 2000 in Electronics Letters
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Journal Article
Closed access
SGS.S. Gupta
S.S. Gupta
RSRaj Senani
Raj Senani
An examination of the technical literature on grounded-capacitor (GC) single resistance controlled oscillators (SRCO) has revealed that no GC-SRCO has so far been published which uses only a single active building block (ABB), only two GCs and provides a current mode (CM) output with simple design equations and unconstrained tuning law. The authors not only introduce such a circuit which uses a single ABB called a ‘differential voltage complementary current conveyor’ (DVCCC) but also indicate that a DVCCC is a versatile building block for realising SRCOs. The feasibility of the proposed formulation has been verified in PSPICE using a CMOS implementation of the DVCCC.

24 August 2011 in Circuits, Systems, and Signal Processing
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Journal Article
Closed access
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AGAshish Gupta
Ashish Gupta
RSRaj Senani
Raj Senani
DBD. R. Bhaskar
D. R. Bhaskar
ASA. K. Singh
A. K. Singh