Browsing by Author "Myderrizi, Indrit"
Now showing items 1-12 of 12
-
A 12 - bit 0.35 mu m CMOS area optimized current - steering hybrid DAC
Myderrizi, Indrit; Zeki, Ali (Springer, 2010-10)In this paper a 12-bit current-steering hybrid DAC is implemented using AMS 0.35 mu m CMOS process technology. The architecture and design methodology used for the implementation of the DAC offer advantages like design ... -
Behavioral model of segmented current-steering dac by using SIMULINK(R)
Myderrizi, Indrit; Zeki, Ali (IEEE, 2009)A behavioral model is developed for segmented current-steering DAC. System is modeled by constructing a set of subsystems in SIMULINK (R) environment. To validate the model a 12-bit segmented current-steering DAC is modeled ... -
CCII plus based fully CMOS four - quadrant multilier
Myderrizi, Indrit; Minaei, Shahram; Yüce, Erkan (IEEE, 2011-05)In this paper, a new fully CMOS four-quadrant multiplier based on plus-type second-generation current conveyors (CCII+s) is presented. The proposed circuit employs only two CCII+s and two NMOS transistors as active devices, ... -
Current - steering digital – to - analog converters: functional specifications, design basics and behavioral modeling
Myderrizi, Indrit; Zeki, Ali (IEEE, 2010-08)Functional specifications and design basics for current-steering digital-to-analog converters (DACs) are covered. An outline of digital-to-analog conversion principles, together with fundamental current-steering DAC ... -
DXCCII - based grounded inductance simulators and filter applications
Myderrizi, Indrit; Minaei, Shahram; Yüce, Erkan (Elsevier, 2011-09)In this paper two new grounded inductance simulators based on DXCCII suitable for operation in 30 kHz-30 MHz frequency range, are presented. The proposed circuits both employ only a single dual X second-generation current ... -
An electronically fine tunable multi-input single-output universal filter
Myderrizi, Indrit; Minaei, Shahram; Yüce, Erkan (IEEE, 2011-06)A new electronically fine-tunable multi-input-single-output (MISO) universal filter is proposed. The filter circuit compared with active-device-based counterparts is very simple and fully integrable. Moreover, a few number ... -
Electronically tunable DXCCII-based grounded capacitance multiplier
Myderrizi, Indrit; Zeki, Ali (Elsevier, 2014-09)In this paper a new grounded capacitance multiplier based on DXCCII suitable for operation at low and moderate frequencies is presented. The proposed circuit employs only a single dual-X second-generation current conveyor ... -
FPGA implementation of BASK - BFSK - BPSK digital modulators
Erdoğan, Can; Myderrizi, Indrit; Minaei, Shahram; Myderrizi, Indrit; Minaei, Shahram (IEEE, 2012-04)Field-programmable gate-array (FPGA) implementations of binary amplitude-shift keying (BASK), binary frequency-shift keying (BFSK), and binary phase-shift keying (BPSK) digital modulators are presented. The proposed designs ... -
A high-speed swing reduced driver suitable for current-steering digital-to-analog converters
Myderrizi, Indrit; Zeki, Ali (IEEE, 2009)A driver circuit with a reduced swing to serve as a gate driver for steering switches of current-steering digital-to-analog converters (DACs) is designed. The swing reduced driver (SRD) reduces the digital signal feedthrough ... -
A low power multiple output switch-mode power supply with wide input range
Myderrizi, Indrit; Özbey, Emre (Springer, 2014-11)In this paper, a wide input range multiple output flyback switch-mode power supply (SMPS) with its design aspects is presented. The implemented SMPS is intended to be used in various applications in industry requiring low ... -
A MATLAB based tool suitable for analog circuit design with BSIM3 parameters
Myderrizi, Indrit; Temizyürek, Çaǧrı (2006-09)This paper introduces a simple Matlab package based on the BSEVI3 model of the MOS transistor. It is used for the calculation of the transistor's dimensions of any analog circuit designed with BSIM3 parameters. The package ... -
A tunable swing-reduced driver in 0.13-mu m MTCMOS technology
Myderrizi, Indrit; Zeki, Ali (World Scientific, 2017-11)With the increase in demand for high-speed and low-power integrated circuits as technology scales down, low-swing signaling circuit techniques are critical for providing high-speed low-power communications. However, existing ...
