Results 271 to 280 of about 2,201,849 (342)

Low Voltage/Low Power Microwave Electronics

30th European Microwave Conference, 2000, 2000
Simultaneous reduction in operating voltage and optimization of performance is a significant problem for portable wireless designers. Achievement of these conflicting goals requires careful consideration and design of semiconductor materials, transistor devices, circuit topologies and system architectures. Each of these issues is explored and discussed
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Review of Power Conversion and Energy Management for Low-Power, Low-Voltage Energy Harvesting Powered Wireless Sensors

IEEE transactions on power electronics, 2019
In this paper, state-of-the-art power electronics and energy management solutions utilized in low-power (less than 5 mW), low-voltage (less than 3 V) energy harvesting powered wireless sensors for Internet of things related applications are detailed. All
D. Newell, M. Duffy
semanticscholar   +1 more source

Low-voltage, low-power BiCMOS digital circuits

IEEE Journal of Solid-State Circuits, 1994
A new BiCMOS buffer circuit, for low-voltage, low-power environment, is presented. The circuit is based on the deep submicron technology and utilizes the parasitic bipolar transistors associated with the CMOS structure. The analysis, simulations and SPICE results confirm the functionality of the circuit and its speed and voltage swing superiority ...
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Low‐voltage, low‐power, second‐generation current conveyors

Electrical Engineering in Japan, 2001
AbstractThis paper proposes second‐generation current conveyors (CCII's) for low supply voltage operation. The power consumption of the proposed circuits is much lower than that of a conventional circuit. A method for reducing the effect caused by channel‐length modulation is also proposed.
Isao Imazeki, Shigetaka Takagi, Nobuo Fujii   +2 more
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Complementary-MOS low-power low-voltage integrated binary counter

Proceedings of the IEEE, 1969
An integrated complementary MOS-transistor binary counter stage, particularly suited to low-power low-voltage applications, has been realized in monolithic form. The topology of the circuit allows one to group together all p-channel MOSTs and all n-channel MOSTs within two distinct surface areas.
Fritz Leuenberger, Eric Vittoz
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Low power, low voltage on chip relaxation oscillator

International Journal of Electronics Letters, 2015
ABSTRACTA low power, low voltage resistor-capacitor or relaxation oscillator circuit is proposed. The proposed relaxation oscillator works with minimum 1.1 V supply and consumes less than 3 uA average current for 128 KHz output frequency. A novel integrated comparator and bias current reference circuit ensures low current consumption and low silicon ...
Sanjay Kumar Wadhwa, Anand Kumar Sinha
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LOW-POWER, LOW-VOLTAGE DESIGN—AN OVERVIEW

International Journal of High Speed Electronics and Systems, 1994
This paper gives an overview of design issues in low-power, low-voltage circuits. First, device and supply scaling is studied and its impact on both digital and analog circuits is described. Next, general low-power and low-voltage design strategies are presented. Finally, two examples of high-speed, low-power circuits are discussed.
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Low-voltage Low-power CMOS Programmable Gain Amplifier

2006 International Caribbean Conference on Devices, Circuits and Systems, 2006
This paper presents a low-voltage low-power intermediate frequency (IF) programmable gain amplifier (PGA). To achieve low-voltage low-power and wideband operation while preserving linearity, the proposed cell is based on a very simple gm-boosted differential pair degenerated with a hybrid polysilicon-MOS programmable resistor structure. Fabricated in a
B. Calvo, M. Sanz, S. Celma
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A low-voltage low power CMOS companding filter

16th International Conference on VLSI Design, 2003. Proceedings., 2003
CMOS companding filters exploit compressed I-V characteristics of MOSFETs and reduce voltage swings at internal nodes, thus allowing large dynamic range in low supply voltage environments. Companding filters replace g/sub m/-c filters in low voltage environments for higher dynamic range.
J. Veerendra Kumar, K. Radhakrishna Rao
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ADCs for Low-Voltage Low-Power Applications

2016
This chapter introduces the engineering problem and shows the motivation for the design of analog-to-digital converter (ADC)s to be used in low-voltage low-power applications. Fundamental aspects of data conversion such as sampling and quantization are also reviewed, and the three most commonly used search methods for Nyquist-rate ADCs are revisited. A
Taimur Rabuske, Jorge Fernandes
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