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Advanced Radio Frequency Identification Design and Applications Part 2 potx

Advanced Radio Frequency Identification Design and Applications Part 2 potx

Advanced Radio Frequency Identification Design and Applications Part 2 potx

... below.V−1V− 2 =s11s 12 s 21 s 22 V+1V+ 2 (51)According to the above matrix, the V−1 and V− 2 can be written into Equation 52. V−1= s11V+1+ s 12 V+ 2 (52a)V− 2 = s 21 V+1+ ... data and achieve a balanced power consumption inboth reading and programming. In particular, Nakamoto et al. (20 07) addressed this 12 Advanced Radio Frequency Identification Design and Applications 3. ... s 21 V+1+ s 22 V+ 2 (52b)Substituting the first of Equation 45 and Equation 49 into Equation 52, solving for V−1/V+1 and V− 2 /V+1givesV−1V+1= Γrant= s11−s 12 s 21 sLs 22 sL−...
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Advanced Radio Frequency Identification Design and Applications Part 6 potx

Advanced Radio Frequency Identification Design and Applications Part 6 potx

... simulation and measurement. An Advanced Radio Frequency Identification Design and Applications 98 22 422 4() 2 rA r A TTMMRLLωωα±−±= (4.6) We label these two solutions α(+) and α(-). ... Vωω−+−= (4 .2) From the above equations, the input impedance (Zin = V/IT) of the NMHA can be deduced: Advanced Radio Frequency Identification Design and Applications 1 02 22 22 00()( ... 0. 021 λ, D = 0. 020 λ) 10 25 50 100 25 0-10j10j -25 j 25 j-50j50j-100j100j -25 0j 25 0j SimuMeasw/o tapWith tap315 MHz Fig. 3.18 Antenna input impedance Advanced Radio Frequency Identification...
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Advanced Radio Frequency Identification Design and Applications Part 1 ppt

Advanced Radio Frequency Identification Design and Applications Part 1 ppt

... orders@intechweb.org Advanced Radio Frequency Identification Design and Applications, Edited by Stevan Preradović p. cm. ISBN 978-953-307-168-8 ADVANCED RADIO FREQUENCY IDENTIFICATION DESIGN AND APPLICATIONS Edited ... followsPtag=|I| 2 (Rchi p+ Rtant) 2 =|Vin| 2 (Rchi p+ Rtant) 2( Rtant+ Rchi p) 2 + 2( Xtant+ Xchi p) 2 (2) The power delivered to the chip is given byPchi pr=|I| 2 Rchi p 2 =|Vin| 2 Rchi ... becomesPtagsum=|I| 2 Rtant 2 =|Vin| 2 8Rtant|1 − θ| 2 = PA|1 − θ| 2 (9)The backscattered power into the air becomesPtagbs=|I| 2 Rr 2 =|Vin| 2 8RtantRrRtant|1 − θ| 2 = PAer|1...
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Advanced Radio Frequency Identification Design and Applications Part 3 pptx

Advanced Radio Frequency Identification Design and Applications Part 3 pptx

... Iter.No. 6 .22 1.39 54.4-j0.95 -27 .24 127 .988 K0 6 1.16 38.4+j2.5 -17.56 108.4 X 17K1 5. 72 0.88 32. 9+j9.5 - 12. 5 96. 82 X 16K2 5.55 0. 72 29.1-j1.4 -11.5691 .25 X 14K3 Table 2. Effect of indentation ... Advanced Radio Frequency Identification Design and Applications 34 Read Range (m) Gain(dBi) Impedance(Ω) RL (dB) fr (GHz) Indent. Angle(Deg.) 6.08 1 .25 60.4-j2.6 -20 1.86 20 ... transmitting mode (Salama, 20 08). Advanced Radio Frequency Identification Design and Applications 40 The simulated radiation pattern with 2D and 3D views at φ=0 and 90° are shown in Fig....
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Advanced Radio Frequency Identification Design and Applications Part 4 pot

Advanced Radio Frequency Identification Design and Applications Part 4 pot

... pp. 16 02- 1608, Oct. Advanced Radio Frequency Identification Design and Applications 62 K. Finkenzeller, RFID Handbook: Fundamentals and Applications in Contactless Smart Cards and Identification, ... Publicações sobre antenas para RFID no IEEE*051015 20 25 30354045 20 02 2003 20 04 20 05 20 06 20 07 20 08 20 09AnoN° de publicações Fig. 2. Number of publications specifically for RFID antennas ... Advanced Radio Frequency Identification Design and Applications 52 it operates in the ISM bands (Industrial Scientific and Medical), free bands. Many others systems, operating in that band,...
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Advanced Radio Frequency Identification Design and Applications Part 5 pptx

Advanced Radio Frequency Identification Design and Applications Part 5 pptx

... C: {} 2 2LEdSCEdvεζε=∫∫∫∫∫ (3. 12) Eq. (3. 12) can be converted into an expression based on the structural parameters: 2 22 2 22 ()( )3. 82 (4.4 ) 2 4(1 2) ()( 12) 2 SULLDNDaHE ... lines. Advanced Radio Frequency Identification Design and Applications 88 2 219.7 ( ) 27 9600 920 (0. 92 )DHNDH HDNλλππλλλλ=++ (3.16) An important feature of this design equation ... 0.98 2. 5/3 0.71/0.96 15.6- j46.4 2 98.7+j45.6 1. 12 2.5/3 0.68/0.99 14.3- j45.5 3 97.3+j44 .2 1 .21 2. 5/3 0.78/0.98 15.7- j44.3 4 99.6+j43.4 1.38 2. 5/3 0.76/0.93 14 .2- j45.8 5 1 02. 5+j41.3 1. 62 2.5/3...
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Advanced Radio Frequency Identification Design and Applications Part 7 pdf

Advanced Radio Frequency Identification Design and Applications Part 7 pdf

... 0.7 1.0 2. 85 2. 98 0.75 1.1 2. 9 2. 81 0.8 1.3 2. 85 2. 61 0.85 1 .2 3 .2 2.56 0.9 1.4 3.15 2. 39 0.95 1.4 3 .25 2. 35 1.0 1.7 3.05 2. 2 Table 2. Equivalent circuit design table for the OCSRR particle ... 2. 95 2. 39 1 .2 1.5 2. 95 2. 39 1.4 1.5 3.0 2. 37 1.6 1.5 3.0 2. 37 1.8 1.4 3 .25 2. 35 2. 0 1.7 3.05 2. 2 2. 2 1.7 3.05 2. 2 Table 1. Equivalent circuit design table for the OCSRR particle for various ... for the Design of Antennas on Passive UHF RFID Tags 125 S Leq (nH) Ceq (pF) f0 (GHz) 0.7 2. 4 2. 25 2. 16 0.75 2. 7 2. 45 1.95 0.8 2. 9 2. 6 1.83 0.85 2. 9 2. 9 1.73 0.9 3 .2 2.95 1.63...
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Advanced Radio Frequency Identification Design and Applications Part 9 pot

Advanced Radio Frequency Identification Design and Applications Part 9 pot

... 20 02) . 164 Advanced Radio Frequency Identification Design and Applications Advanced Radio Frequency Identification Design and Applications 154 M. Glickstein (20 06), Firewall protection for paper ... to< 20 00Class C7≥ 20 00Table 3. HBM and CDM Classification158 Advanced Radio Frequency Identification Design and Applications to forward bias all the diodes in the circuit. The designs ... required160 Advanced Radio Frequency Identification Design and Applications 0The Interaction of Electrostatic Discharge and RFIDCherish Bauer-Reich1, Michael Reich 2 and Robert Nelson31 ,2 North...
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Advanced Radio Frequency Identification Design and Applications Part 10 pdf

Advanced Radio Frequency Identification Design and Applications Part 10 pdf

... respond to the request of a reader.1 82 Advanced Radio Frequency Identification Design and Applications Part 2 Advanced RFID Applications be an interesting work to design an RFID tag search protocol ... Sebastopol, CA 954 72. Greason, W. D. (1989). Influence of a ground plane on the ESD event in electronic systems, 25 (2) : 22 4 22 9.IEC61000-4 -2 (20 05). International Standard 61000-4 -2, Electromagnetic ... http://www.staticsolutions.com/products/data/FM-1 125 .pdf.Torrance, R. (20 09). RFID s power themselves, EDN May 4.URL: www.edn.com/article/458664-RFIDs_power_themselves.php.170 Advanced Radio Frequency Identification Design and Applications 3....
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Advanced Radio Frequency Identification Design and Applications Part 11 docx

Advanced Radio Frequency Identification Design and Applications Part 11 docx

... 0.0754 (20 ,20 ,20 ) 6.953 0. 020 9 (21 ,21 ,21 ) 6.8 72 0.0093 (22 ,22 ,22 ) 7.049 0.0 025 (23 ,23 ,23 ) 6. 922 0.0007 (24 ,24 ,24 ) 6.584 3.9E-005 (25 ,25 ,25 ) 6.080 2. 7E-005(16,19 ,25 ) 5.590 0.0009(15 ,20 ,25 ) 5.634 ... −1M∑j=1| xR,j−xk,j| 2 . (23 )196 Advanced Radio Frequency Identification Design and Applications estimation error of (16,19 ,25 ) case with respect to (25 ,25 ,25 ) is about 8%. Moreover, it ... cases with powers under 23 dBm. The improvement of position 20 2 Advanced Radio Frequency Identification Design and Applications pseudo table of the tag positions. Choi et al. (20 08) augmented the...
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