[PDF] Top 20 Low Power Demodulator Design for RFID Applications
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Low Power Demodulator Design for RFID Applications
... From Equation 2.3 it was determined that the main controllable factors that affect operation in the sub-threshold region are the gate-to-source voltage and the width of the transistor. Since we’re working with 90 nm CMOS ... See full document
66
Homojunction TFET Device Design and Analysis for Low Power Applications
... The need for faster and more energy efficient computing devices has been a constant motivation for scaling MOSFETs down. This is primarily a result of the short channel effects that emerge due the fundamental physics ... See full document
7
Design of 3t Gain Cell for Ultra Low Power Applications
... previous low-voltage embedded memories, targeted at ULP systems, employ a simple sense inverter in order to provide robust, low-area, and low- power data ... See full document
12
VLSI Implementation of Aging Aware Design for Low Power Applications
... III. PROPOSED AGING-AWARE MULTIPLIER This section details the proposed aging- aware reliable multiplier design. It introduces the overall architecture and the functions of each component and also describes how to ... See full document
8
Subthreshold Circuit Design Techniques for Ultra Low-Power Applications
... the power supply of the circuit should be less than the threshold voltages of NMOS and PMOS ...the power and delay of all the basic gates in CMOS and STSCL logic with a power supply of ... See full document
7
Design of Low Power Electronic Circuits for Bio-Medical Applications
... circuit applications. The low power consumption is an essential parameter in modern electronic designs for many areas particularly for portable devices and biomedical ...biomedical ... See full document
237
Design of 3T Gain Cell for Ultra Low Power Applications
... Fig. 4(b) shows the schematic of the proposed single-supply 3T GC. The circuit comprises a write port featuring a complementary TG PMOS Write (PW) and NMOS Write (NW), a read port based on an nMOS device (NR), and a SN ... See full document
9
Design of Energy Harvester Module with a Low RF Power Input for UHF RFID Tag
... various applications, such as stock inventory and logistics management system, access control, smart grid, and healthcare ...of RFID technology increases significantly. RFID, together with IoT, ... See full document
6
Design of Double Gate Heterojunction TFET for Low Power Applications
... The basic Structure of TFET is very similar to the MOSFET except that source and drain terminal are doped with opposite type and the most distinguish characteristics of TFET is the doping used for drain and source. A ... See full document
5
Design and Implementation of a Low Power Active RFID for Container Tracking at 2 4 GHz Frequency
... active RFID system at 2.45 GHz based on the low-power system-on-chip CC2530 RF transceiver is designed and ...the RFID more reliable and reduces the complexity of the hardware and cost, ... See full document
10
Design and Development of 8-Bits Fast Multiplier for Low Power Applications
... Now the design at this point is DRC free with no violation in the timing. The next step is to common option like global routing, track assign, CTS net, detailed routing, library cells and design rule etc. ... See full document
7
An Efficient Adiabatic CMOS Circuit Design Approach for Low Power Applications
... circuit design is an attractive method in designing low power dissipating digital ...the design of low power high speed CMOS cell ...Analog Design environment using the ... See full document
7
An Ultra Low Power Voltage Regulator for RFID Application
... computational power on passive tags, low power design is extremely important in every aspect of passive tag ...passive RFID tags are preferred if their performance meets requirements, ... See full document
81
A Compact Antenna Design for UHF RFID Applications
... passive RFID system should demonstrate a somewhat lower reflection coefficient level than that in a usual communication ...could design a RFID handheld reader antenna with high front-to-back ratio, that ... See full document
6
A Review on Design and Analysis of Low Power PLL for Digital Applications
... fully-integrated low power PLL on 180nm CMOS process. Nearly 24mW power has consumed, with output frequency of ...having low power consumption, better phase noise and high level ... See full document
8
DESIGN OF MTCMOS LOGIC CIRCUITS FOR LOW POWER APPLICATIONS
... This paper is organized as follows. Section II gives brief description of sources of power dissipation and Dual threshold voltage technique is given in section III. Section IV presents MTCMOS technique. Section V ... See full document
6
Design of low power SAR ADC in Biomedical Applications
... The life time of the artificial pacemakers should last up to 10 years which mandate low power consumption per operation. The analog to digital converter is the crucial part of an implantable pacemaker since ... See full document
5
Design of 21t Sram Cell for Low Power Applications
... The main purpose for designing the 13T SRAM cell is for implementing robust, low potential, ultra low power operation [16-17] in field application such as space and other radiation prone ... See full document
5
Design of 3t Gain-Cell for Low-Voltage Low-Power Applications
... a good median voltage between VDD and VT, as previously shown to be DRT efficient in GC-eDRAM design. Starting with a charged CSN, WBL is driven low and the word lines are asserted (WWLp= 0 and WWLn = VDD). ... See full document
7
A Novel Latch design for Low Power Applications
... proposed design of 8-transistor latch is compared and found better than the conventional latch of 10-transistor in terms of power consumption, delay and power delay product at the variation of the ... See full document
6
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