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CMOS differential active inductor

Low Power Low Noise Tunable Active Inductor for Narrow Band LNA Design

Low Power Low Noise Tunable Active Inductor for Narrow Band LNA Design

... ended active inductor suitable for designing multiband RF front end ...The active inductor circuit uses differential configuration as positive transconductor and PMOS cascode structure ...

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Active Inductor based Low Noise Amplifier for Ultra Wide Band Receiver

Active Inductor based Low Noise Amplifier for Ultra Wide Band Receiver

... stage Active Inductor (AI) based Low Noise Amplifier (LNA) for Ultra Wide Band (UWB) receiver is ...fully differential topology has been adopted in order to improve the circuit robustness against ...

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A Brief Review: Stage Convertible Power Amplifier Using Differential Line Inductor

A Brief Review: Stage Convertible Power Amplifier Using Differential Line Inductor

... RF CMOS process is ...distributed active transformers as an output power combiner are compared in terms of the amounts of undesired coupling, the chip size, and the amount of power ...a differential ...

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Design and Integration of Compact K-Band Baluns Using Impedance Tuning Approach

Design and Integration of Compact K-Band Baluns Using Impedance Tuning Approach

... K-Band CMOS baluns are designed, fabricated and characterized in a 130 nm CMOS ...tunable active balun, a L-C lumped element balun, and two asymmetric planar transformer ...transistor, ...

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Improved Boost chopper converter for AC Photovoltaic Module application

Improved Boost chopper converter for AC Photovoltaic Module application

... The solar energy through the PV panel and micro inverter to the output terminals are off when switches are OFF. When installation of the ac module is taking place, this potential difference could pose hazards to both the ...

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MOBILE SINK BASED RELIABLE AND ENERGY EFFICIENT DATA GATHERING TECHNIQUE FOR WSN

MOBILE SINK BASED RELIABLE AND ENERGY EFFICIENT DATA GATHERING TECHNIQUE FOR WSN

... Fully integrated CMOS band-pass filter is a prerequisite of all modern transceivers. The filters are expected to encompass very low power dissipation, relatively higher Q-factor with proper centre frequency ...

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Analysis and Design of MOS Current Mode Logic Circuits with Active Inductor Load

Analysis and Design of MOS Current Mode Logic Circuits with Active Inductor Load

... design active inductor load inverter with the outlined specifications for different damping ...for active inductor load inverter various values of damping factor, are listed in ...the ...

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Analysis and Design of High Speed Low Power Comparator in ADC

Analysis and Design of High Speed Low Power Comparator in ADC

... stage CMOS amplifier with unbalanced differential pair plus output ...second differential pair, NMOS4-NMOS5, unbalances the input differential ...second differential pair are tied to ...

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CMOS Differential Amplifier Area Optimization with Evolutionary Algorithms

CMOS Differential Amplifier Area Optimization with Evolutionary Algorithms

... Abstract—This work presents efficient constrained optimization methods for sizing of a differential amplifier with current mirror load. The aim is to minimize MOS transistor area using three evolutionary ...

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A CMOS Based Balanced Differential Amplifier with MOS Loads

A CMOS Based Balanced Differential Amplifier with MOS Loads

... the differential gain depends directly on load resistance ...higher differential gain load resistance needed to be increase. In CMOS technologies, it is difficult to fabricate resistors with ...

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Design of Dynamic Comparators using Tanner EDA Tools

Design of Dynamic Comparators using Tanner EDA Tools

... drawback related to the previous code dependent biased call. this will happen if there's some charge imbalance left from previous call at one in every of the nodes of the comparator which might have an effect on next ...

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Analysis of 4 Leg Active Power filter Performance under Conventional and Fuzzy Integrated Predictive Control Techniques for Power Quality Improvement

Analysis of 4 Leg Active Power filter Performance under Conventional and Fuzzy Integrated Predictive Control Techniques for Power Quality Improvement

... for active power filter configurations but hysteresis method is preferred among other current control methods because of quick current controllability, easy implementation and unconditioned ...

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ZVS 
		implementation in interleaved boost rectifier

ZVS implementation in interleaved boost rectifier

... Figure-8 gives the current and voltage waveforms of the auxiliary inductor. The inductor current is 0.34A. The voltage across the inductor is 80.2V. Figure-8 shows the gate-source voltage and ...

6

Geant4-based simulations of charge collection in CMOS Active Pixel Sensors

Geant4-based simulations of charge collection in CMOS Active Pixel Sensors

... carriers [25]. Although very promising, both approaches result time consuming and CPU demanding for many applications. The simulated response of a CMOS APSs to protons in the range 18-38 MeV has been compared with ...

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Study on Three-Phase Four-Wire UPQC device for Power Quality Improvement

Study on Three-Phase Four-Wire UPQC device for Power Quality Improvement

... series active filters of the ...interfacing inductor of the shunt active filter, and the system neutral is connected to the negative terminal of the dc-link voltage to avoid the requirement of the ...

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LC VCO Using Active Inductor for Low Phase Noise and Wide Tuning Range

LC VCO Using Active Inductor for Low Phase Noise and Wide Tuning Range

... the active inductor, the transistor M32 and M1 are used which acts as PMOS current ...of inductor are reduced by transistor M0, M8, M14 and M18 are used which results lower phase noise in ...

6

Design of Single and Double Balanced Gilbert Cell Mixer using CMOS Processing Technology

Design of Single and Double Balanced Gilbert Cell Mixer using CMOS Processing Technology

... This paper presents down conversion single and double balanced mixer. Mixer is designed with the help of CMOS Processing technology. Double balanced mixer consists of parallel connection of two single balanced ...

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Switching-Mode CMOS Power Amplifier Using a Differentially Coupled Series Inductor

Switching-Mode CMOS Power Amplifier Using a Differentially Coupled Series Inductor

... the inductor L IN in the input matching network through the single-ended structure in ...the inductor L G is the bulkiest device in the RFIC, the inductors in the input matching network for the differential ...

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Differential Precision Rectifier using Single CMOS DVCC

Differential Precision Rectifier using Single CMOS DVCC

... wave differential precision rectifier with differential output and its output DC voltage is same as given in equation ...the CMOS switches is low at signal magnitude ...

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3-D Solenoid Inductor Analysis in a 0.13 μm Digital CMOS Technology

3-D Solenoid Inductor Analysis in a 0.13 μm Digital CMOS Technology

... solenoid inductor has small area compared to the prior art as shown table ...solenoid inductor is expected to use the LC type VCO in gigahertz PLL in the standard CMOS process with saving die ...

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