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LOW POWER CONSUMPTION CMOS DESIGN
"... It has many applications in sensor interfaces and biomedical signal processing units. Biomedical signals are usually of 10-mHz to 100-Hz frequency range. The performance of filters designed by the use of passive components degrades at audio frequencies and the required resistances and inductances va ..."
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values calculated from the mathematical expression are very difficult to meet from the market. To find a solution to this problem is a study to realize Passive Filters into Active Filters using Operational Transconductance. Index Terms sensors, filter, OTA, power consumption.
Studies on Implementation of . . . High Throughput and Low Power Consumption
, 2003
"... In this thesis we discuss design and implementation of frequency selective digital filters with high throughput and low power consumption. The thesis includes proposed arithmetic transformations of lattice wave digital filters that aim at increasing the throughput and reduce the power consumption of ..."
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In this thesis we discuss design and implementation of frequency selective digital filters with high throughput and low power consumption. The thesis includes proposed arithmetic transformations of lattice wave digital filters that aim at increasing the throughput and reduce the power consumption
Low Power Consumption Analog Matched Filter
"... Abstract:- A low power consumption AMF (Analog Matched Filter) is proposed which utilizes capacitor Multiply and capacitor Accumulation operations. High speed- high precision A/D converter is unnecessary because the proposed circuit directly samples received analog signal. The code shifting MF struc ..."
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Abstract:- A low power consumption AMF (Analog Matched Filter) is proposed which utilizes capacitor Multiply and capacitor Accumulation operations. High speed- high precision A/D converter is unnecessary because the proposed circuit directly samples received analog signal. The code shifting MF
DESIGN OF DIGITAL FILTERS WITH LOW POWER CONSUMPTION
"... In this paper we discuss different methods to design digital filters with low power consumption. One efficient method is based on power supply voltage scaling where the excess speed that may be obtained using maximally fast recursive filter structures or nonrecursive structures are exploited. We als ..."
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In this paper we discuss different methods to design digital filters with low power consumption. One efficient method is based on power supply voltage scaling where the excess speed that may be obtained using maximally fast recursive filter structures or nonrecursive structures are exploited. We
Low Power Consumption Low Noise Amplifier for 1-10GHz Application
"... In this paper low power consumption amplifier is presented. Low power consumption amplifier is versatile demanded in modern technology, modern technology want such type of amplifier which gives low power consumption with less reflection, in this paper presented series and shunt feedback topology wit ..."
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In this paper low power consumption amplifier is presented. Low power consumption amplifier is versatile demanded in modern technology, modern technology want such type of amplifier which gives low power consumption with less reflection, in this paper presented series and shunt feedback topology
Conditional techniques for low power consumption flip-flops
- Proc. International Conference on Electronics, Circuits and Systems, 2001
, 2001
"... ABSTRACT: Conditional capture and conditional precharge techniques for high-performance flip-flops are reviewed in terms of power and delay. It is found that application of conditional techniques can improve Energy-Delay Product for up to 14 % for 50 % input activity and save more than 50 % in power ..."
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Cited by 10 (1 self)
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% in power consumption for quiet input. This property makes conditional methods suitable for high-performance VLSI systems. 1.
SCAN BASED CIRCUITS WITH LOW POWER CONSUMPTION
"... Abstract: In this paper we present a low power scan design method. Nowadays the Boundary Scan (BS) diagnostic access to the circuit input and output cells combined with a scan chain of concatenated internal flip-flops (FF) has become to be a standard. An alternative parallel diagnostic access method ..."
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Abstract: In this paper we present a low power scan design method. Nowadays the Boundary Scan (BS) diagnostic access to the circuit input and output cells combined with a scan chain of concatenated internal flip-flops (FF) has become to be a standard. An alternative parallel diagnostic access
Truncation- Error-Tolerant Adder with Low power Consumption
"... Abstract: In this study, we had proposed architecture for high speed Truncation Adder Algorithm. In modern VLSI technology, the occurrence of all kinds of errors has become inevitable. By adopting an emerging concept in VLSI design and test, error tolerance (ET), a novel error-tolerant adder (ETA) i ..."
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) is proposed. The ETA is able to ease the strict restriction on accuracy, and at the same time achieve tremendous improvements in both the power consumption and speed performance. When compared to its conventional counterparts, the proposed ETA is able to attain more than 74 % improvement. One important
Ultra Low Power Consumption Military Communication Systems
"... New military communications require increased versatility for the transmission of a wide range of data, voice and images. There are many algorithms needed for communication like FFT (Fast Fourier Transform), DCT (Discrete Cosine Transforms), Viterbi coders and decoders, trellis techniques etc. Advan ..."
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systems like Viterbi decoder, multiplexers and XOR gates are the major building blocks, which are often designed using transmission gate logic. So, to reduce the power consumption and number of transistors count in the decoder design, the transmission gates are replaced with the pass transistors which
High-Level Optimization for Low Power Consumption on Microprocessor-Based Systems
"... Abstract — Power consumption is an important constraint in the design of battery-operated embedded systems. The problem of minimizing power dissipation may be handled in terms of hardware or software optimizations. High-level language optimization techniques appear as an alternative to achieve low p ..."
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Abstract — Power consumption is an important constraint in the design of battery-operated embedded systems. The problem of minimizing power dissipation may be handled in terms of hardware or software optimizations. High-level language optimization techniques appear as an alternative to achieve low
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