Advanced Radio Frequency Identification Design and Applications Part 2 potx

... below.  V − 1 V − 2  =  s 11 s 12 s 21 s 22  V + 1 V + 2  (51) According to the above matrix, the V − 1 and V − 2 can be written into Equation 52. V − 1 = s 11 V + 1 + s 12 V + 2 (52a) V − 2 = s 21 V + 1 + ... data and achieve a balanced power consumption in both reading and programming. In particular, Nakamoto et al. (20 07) addressed this 12 Advanced Ra...

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... simulation and measurement. An Advanced Radio Frequency Identification Design and Applications 98 22 422 4 () 2 rA r A T T M MRL L ωω α ±− ±= (4.6) We label these two solutions α(+) and α(-). ... V ω ω − +−= (4 .2) From the above equations, the input impedance (Z in = V/I T ) of the NMHA can be deduced: Advanced Radio Frequency Identification Des...

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... 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 ... follows P tag = | I| 2 (R chi p + R tant ) 2 = | V in | 2 (R chi p + R tant ) 2( R tant + R chi p ) 2 + 2( X tant + X chi p ) 2 (2)...

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... 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) f r (GHz) Indent. Angle (Deg.) 6.0...

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... 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* 0 5 10 15 20 25 30 35 40 45 20 02 2003 20 04 20 05 20 06 20 07 20 08 20 09 Ano N° de publicações Fig. 2...

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... C: { } 2 2 L EdS C Edv ε ζε = ∫∫ ∫ ∫∫ (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 SUL L D NDaHE ... lines. Advanced Radio Frequency Identification Design and Applications 88 2 2 19.7 ( ) 27 9 600 920 (0. 92 ) DH N DH HD N λλ π π λ λλλ = ++ (3.16) A...

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... 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 cir...

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... 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 00 Class C7 ≥ 20 00 Table 3. HBM and CDM Classification 158 Advanced Radio Frequency Identification Design and Applications to for...

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... 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). Inter...

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... 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 ... −1 M ∑ j=1 | x R,j −x k,j | 2 . (23 ) 196 Advanced Radio Frequency Identification Design and Applications estimation error of (16,19 ,25 ) ca...

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