國家圖書館典藏電子全文
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- 才宙 林
- 5 years ago
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1 RFID) Schmitt trigger Clock CRC-16 Manchester 1
2 Abstract This thesis is about the circuit design of the Tag part in the Radio Frequency Identification (RFID) system and the basic function of Tag. The design procedures include the simulation of digital software and functions; the next is the design of the basic logic gates and analog circuits and the last one is the considerations for IC layout. The first part of the thesis includes the introduction, the planning of the RFID system, the formation and formulation of the specification of RFID system, and the second part focuses on chip design, measurement, and the conclusion of the thesis. The preliminary designed functions of the circuit is: being the Schmitt trigger Clock using the capacitance to be a frequency buffer, being the error detective code of CRC-16, being the Manchester code and making rectification, oscillation, and modulation through single circuit. Finally, this IC design is complete. 2
3 3
4 RFID 4
5 RFID RFID RFID Tag RFID Reader RFID RFID 5
6 RFID RFID CRC CRC CRC-CCITT CRC. 6
7 ASK ASK ASK FSK PSK LC Tank Oscillator.. Cross-Couple Pair Oscillator 60 Voltage-controlled Oscillator..61 Colpitts Oscillator...62 Hartley Oscillator 63 Pierce Oscillator..63 Clapp Oscillator 64 Phase-Shift Oscillator..65 7
8 Crystal Oscillator..65 Astable Multivibrator 66 Ring Oscillator Timer Oscillator.67 Bistable Oscillator.68 Schmitt trigger Oscillator..69 PM PM 8
9 PM PM PM PM PM PM 9
10 PM ALTERA FPGA Manchester Manchester RFID ADS 10
11 ADS ADS ADS ADS CRC CRC CRC ADS CRC ADS CRC ADS ADS 11
12 Manchester Manchester Manchester ADS Manchester Manchester Manchester Manchester RFID Manchester Manchester ADS Manchester FPGA ALTERA FPGA Manchester (On afer Measurement) 12
13 PCB Measurement) 13
14 wireless LANs3G (UB) IC 14
15 15
16 (MIT)Auto-ID RFID METRO Group RFID RFID METRO Group RFID AL-MART 16
17 RFID CMOS RFID Tag Chip 17
18 RFID RF Tag Tag Tag Tag (Data integrity) Cyclic Redundancy Check(CRC) bits 18
19 RFID Tag TIPhilipMicrochip Sino-MatrixHOLTEKEM MicroelectronicMOTOROLAKABAOTISONY ATMELPANASONIC RFID RFID Tag ALTERA Tag ALTERA FPGA Agilent ADS CMOS Tag Cadence CIC Protel PCB RFID 19
20 20
21 2-1 RFIDRadio Frequency Identification (Reader) (Tag) (RF) Tag RFID (RFID Tag) ID (Contactless ID Tag)RFID (RFID Transponder) RFID 21
22 RFID 2-2 RFID RFID (TAG) RFID Reader Tag <FPGA> Transmitter /Receiver Memory 8051 PC RFID RFID (TAG) (Antenna) AC/DC DC IC 22
23 (Demod) (Mod) (Codec) (Memory) EEPROMSRAMROM (up) RFID (Clock Generator) Tag Chip 2-3 Tag Tag Tag Tag 23
24 CLK (Demod) AC to DC & (Mod) (Codec) (up) Memory RFID Tag (Reader) 24
25 25 ClockDataEnergy Tag Tag Mod RFID Tag Demod Tag RFID Clock Generator RFID PLL+VCO up RFID (Memory RFID RS-232 Interface up pc
26 Antenna RS-232 RFID Reader RFID Tag Tag 26
27 Tag RFIDTag RFID RFID Tag RFID Reader TAG Software DataBase Reader TAG TAG ID Code Reader ID Code 27
28 RFID Inductive Coupling Backscatter Coupling RFID-Tag Tag Chip Reader TX/RX H KHz MHz 28
29 29 Tag Tag RFID RFID Pin Pr Rload Tag Chip Reader TX/RX up
30 Energy Active Passive Battery (H) (EM) Reader - Only Reader - rite EEPROM Memory 30
31 Reader riter RFID Barcode RFID 31
32 RFID RFID RFID 32
33 RFID RFID RFID RFID 33
34 RFID EEPROM SRAM RFID RFID RFID 34
35 RFID RFID 35
36 ( Tire pressure monitoring system, TPMS ) Motorola ireless tire pressure monitoring system RFID 36
37 RFID RFID RFID Tag Tag RFID RFID Auto ID Center RFID EPC Electron Product Code EPC RFID Tag Header EPC Manufacturer (Product) (Series Number) EAN 37
38 EPC EPC EPC 38
39 RFID RFID UHF Inductive coupling Inductive coupling Inductive coupling Inductive coupling Backscatter coupling Backscatter coupling Backscatter coupling Backscatter coupling Backscatter coupling RFID 39
40 RFID KHz MHz MHz M MHzUHF GHz GHz KHz MHz ISM(IndustrialScientificMedical) MHz (UHF) RFID 40
41 Checksum Checksum Checksum Cyclic Redundancy Check Code CRC CRC Checksum CRC CRC 41
42 Checksum CRC Generation Polynomial CRC CRC-8 CRC-16CRC-32CRC-CCITT CRC CRC-16 Checksum CRC CRC CRC Data CRC 42
43 MUX CRC- CRC CRC (1)(2)(3)(4) : d(x) CRC m(x) d(x) m(x) CRC g(x) (Generation Polynomial) p(x) CRC-CCITT g(x) X + X + X + 1 g(x) 43
44 d(x) m(x) g(x) p(x) 44
45 p(x) m(x) T(x) T(x) = m(x) + p(x) T(x) CRC XOR CRC-CCITT CRC-CCITT CRC 45
46 Data series input StepRegister Contents Output p(x) 46
47 T(x) CRC Data+CRC CRC- Error CRC CRC CRC Error correcting codes 47
48 Unipolar Encoding
49 Non Return to Zero Encoder (NRZ) (Vt1) (Vt2) Vt1 Vt2 NRZ 49
50 Non Return to Zero Invert (NRZI) NRZI NRZI Bit-stuffing 50
51 Return to Zero Modulation (RZ) PM Coding (Pulse idth Modulation) 51
52 PPM Coding (Pulse Pause Modulation) ( t1 ) ( t4 ) 52
53 (Manchester Coding) Manchester EthernetToken-Bus (H) (Differential Manchester Coding) 53
54 Token-Ring 54
55 ASK(Amplitude Shift Keying) FSK(Frequency Shift Keying)PSK(Phase Shift Keying)QPSK(Quadrature Phase Shift Keying)QAM(Quadrature Amplitude Modulation) (RFID) (A) ASK(Amplitude Shift Keying) : ASK : S(t)= Acos( 2πf t) ) B cos( 2πf t Acos( 2 f t) π B cos( 2πf t) c c c c 55
56 OOK(On-Off Keying) ASK 2 1 VOUT2, V time, usec ASK 2 1 VOUT2, V time, usec 56
57 Frequency Shift Keying) : 3-15 FSK(Frequency Shift Keying)FM FSK ASK FSK FSK FSK : S(t) = Acos( 2πf 1t) cos( 2 f1t) Acos( 2πf 2t) A π Acos( 2πf 2t) 57
58 Phase Shift Keying) : Bit 0,Bit 1 PSK : S(t) = Acos( 2πf t) c Acos( 2π fct + θ ) πf t) cos( 2π f t + θ ) Acos( 2 c A c PSK θ ( π ) BPSK(Binary Phase-shift Keying) 58
59 LC Tank Oscillator LC Tank Oscillator BJTFET LC LC Tank LC Tank L LP C CP L LS C CS LC Tank Oscillator 59
60 Cross-Couple Pair Oscillator 3-18 Cross-Couple Pair Oscillator Negative Gm Oscillator LC Tank L R LC Tank R R MM9_PMOS MOSFET1 MM9_PMOS MOSFET3 R R1 Port P1 RIND L1 C C1 Port P2 MM9_NMOS MOSFET6 MM9_NMOS MOSFET2 MM9_NMOS MOSFET4 MM9_NMOS MOSFET5 Cross-Couple Pair Oscillator 60
61 Voltage-controlled Oscillator Voltage-controlled Oscillator GPSGSMGPRSBluetoothLAN Varactors) LC Tank MM9_PMOS MOSFET1 MM9_PMOS MOSFET3 R R1 Port P1 RIND L1 C C1 TSMC_CM018RF_JUNCAP TSMC_CM018RF_JUNCAP D1 D2 Port P2 VTune Port P3 MM9_NMOS MOSFET6 MM9_NMOS MOSFET2 MM9_NMOS MOSFET4 MM9_NMOS MOSFET5 Voltage-controlled Oscillator 61
62 Colpitts Oscillator 3-20 Colpitts Oscillator LC Tank R RB1 L RFC C Coupling_C C Coupling_C2 R RB2 BJT_NPN BJT1 L L1 C C2 C C1 Port P1 Colpitts Oscillator Hartley Oscillator 3-21 Hartley Oscillator LC Tank L 62
63 R RB1 C Coupling_C C Coupling_C2 R RB2 BJT_NPN BJT1 L L1 Port P1 C CTune L RFC Hartley Oscillator Pierce Oscillator 3-22 Pierce Oscillator Colpitts Crystal L Crystal R RB1 L RFC C Coupling_C C Coupling_C2 R RB2 BJT_NPN BJT1 XTAL1 X1 C C1 Port P1 C C2 Pierce Oscillator 63
64 Clapp Oscillator 3-23 Clapp Oscillator Colpitts L R RB1 L RFC C Coupling_C R RB2 BJT_NPN BJT1 L L1 C C2 Port P1 C C3 C C1 Clapp Oscillator Phase-Shift Oscillator 3-24 Phase-Shift Oscillator RC RC 64
65 C C1 R R1 C C2 C C3 R R2 R R3 BJT_NPN BJT1 R R4 C Coupling Port P1 Phase-Shift Oscillator Crystal Oscillator 3-25 Crystal Oscillator Crystal Crystal π Crystal Q MM9_PMOS MOSFET MM9_NMOS MOSFET2 Port P1 R R1 C C1 XTAL1 X C C2 Crystal Oscillator 65
66 Astable Multivibrator Astable Multivibrator NOTNOR or NAND RC RC RC R R1 MM9_PMOS MOSFET C C1 MM9_PMOS MOSFET4 MM9_NMOS MOSFET2 MM9_NMOS MOSFET3 Port P1 Astable Multivibrator Ring Oscillator Ring Oscillator Ring Oscillator tp N Ring Oscillator 2*N*tp 1/(2*N*tp) 66
67 MM9_PMOS MOSFET MM9_PMOS MOSFET4 MM9_PMOS MOSFET6 MM9_NMOS MOSFET2 MM9_NMOS MOSFET3 MM9_NMOS MOSFET5 Port P1 Ring Oscillator 555-Timer Oscillator 555-Timer IC SR 555-Timer IC RC R RA R R1 R RB R R2 OpAmp AMP1 OpAmp AMP2 S R HYBCOMB1 SR_D-FF Q Port P1 QB C C R R3 BJT_NPN BJT1 R R4 555-Timer Oscillator 67
68 Bistable Oscillator 3-29 Bistable Oscillator 4 3 VOUT VIN Bistable Oscillator Schmitt trigger Oscillator Schmitt trigger Inverter RC R C VTHVTL RC C R 68
69 R R1 MM9_PMOS MOSFET3 VP MM9_PMOS MOSFET5 MM9_PMOS MOSFET4 VOUT C C1 MM9_NMOS MOSFET6 VN MM9_NMOS MOSFET8 Port P1 MM9_NMOS MOSFET7 Schmitt trigger Oscillator 69
70 VDD RF Modulation & Transmitter & Rectifier Circuit Digital Encoder & CRC Error Detection Circuit Parallel Input Data Schmitt Trigger Oscillator Power on Reset PM RFID Tag FPGA Manchester TSMC 0.25um CMOS(1P5M) RFID Tag 70
71 clk PM PM RFID Data Frame Header 16bits CRC 32bits 32bits 71
72 3 64 PM PM PM PM 72
73 Astable Multivibrator NOTNOR or NAND RC R R1 Diode DIODE MM9_PMOS MOSFET7 MM9_PMOS MOSFET8 MM9_PMOS MOSFET C C1 MM9_PMOS MOSFET4 MM9_PMOS MOSFET5 MM9_NMOS MOSFET9 MM9_NMOS MOSFET2 MM9_NMOS MOSFET3 MM9_NMOS MOSFET6 Port Osc_out Port Reset MM9_NMOS MOSFET10 RC RC Schmitt trigger Inverter 73
74 R R1 VIN MM9_PMOS MOSFET3 MM9_PMOS MOSFET4 VP MM9_PMOS MOSFET5 VOUT VOUT C C1 MM9_NMOS MOSFET6 MM9_NMOS MOSFET7 VN MM9_NMOS MOSFET8 Port P1 RC RC VTHVTL 0 VDD VIN RC 4 3 VOUT VIN VTL VTH 74
75 C R 4 3 VOUT, V VIN, V time, usec PM PM 75
76 PM PM Clock PM Clock 76
77 77
78 Ab(OUT) 78
79 CLK D CLK n D /2 /4 /8 /16 /32 /64 CLK Ab D D 79
80 80
81 NAND NAND-6 NAND NAND NAND NAND-6 NAND 81
82 clk PM Series DataPM clk 82
83 PM PM 83
84 clear bits bits 4-16 PM do5 PM clear PM data_verify data_out 84
85 PM PM PM 85
86 PM PM PM ALTERA FPGA 86
87 ALTERA ALTERA FPGA PM 87
88 PM Manchester RFID FPGA 88
89 Reader Tag VDD Tag CLK VDD CRC CRC CRC Frame Manchester ASK/OOK Reader 64 CLK POR Manchester RFID MUX Manchester CRC ASK 89
90 Schmitt Trigger RC CLK Tag IC Reader Schmitt Trigger CLK RFID RFID RFID TagIC 90
91 Item Value Type Passive Clock Building In Clock Frequency 600KHz Carrier Frequency 915MHz/13.56MHz VDD 3.3V Error Dect CRC-16 Encoder Manchester Modulation ASK RFID Tag clock frequency drift Tag clock frequency drift Tag Chip 91
92 600KHz Clock kbps Schmitt trigger Inverter RC RC NMOSPMOS VTHVTL RC C R R R1 MM9_PMOS MOSFET3 VP MM9_PMOS MOSFET5 MM9_PMOS MOSFET4 VOUT C C1 MM9_NMOS MOSFET6 VN MM9_NMOS MOSFET8 Port P1 MM9_NMOS MOSFET7 92
93 VDD RC 4 3 VOUT, V VIN, V time, usec Resister (BEST) Resister (Typical) Resister (orst) TT FF SS FS SF 600KHz 607.1KHz 592.9KHz 578.6KHz 621.4KHz (---) (1.18%) (1.18%) (3.565) (3.56%) 600KHz 607.1KHz 592.9KHz 578.6KHz 621.4KHz (---) (1.18%) (1.18%) (3.565) (3.56%) 600KHz 607.1KHz 592.9KHz 578.6KHz 621.4KHz (---) (1.18%) (1.18%) (3.565) (3.56%) 93
94 CRC Manchester CLK Manchester Manchester 94
95 CLEAR LO (Q) LO (D) High CLK D- (Q) (D) High High Low (D) 2 95
96 CL K2 B PMOS567 h=0. idth=6 um CLKFAST PMOS573 h=0. idth=20 um PMOS569 PMOS570 h=0. h=0. idth=6 um idth=6 um TSMC_CM025RF_NMOS TSMC_CM025RF_NMOS NMOS370 NMOS369 h=0. h=0. idth=1 um idth=1 um NM OS3 6 6 h=0. idth=1 um clear CLKFAST TSMC_CM025RF_NMOS NMOS365 h=0. idth=1 um PMOS574 h=0. idth=20 um PM OS5 71 PMOS572 h=0. h=0. idth=6 um idth=6 um TSMC_CM025RF_NMOS TSMC_CM025RF_NMOS NM OS3 6 8 NMOS367 h=0. h=0. idth=1 um idth=1 um CL KFAST PMOS568 h=0. idth=6 um CL K2 PMOS160 h=0. CL K2 B idth=12 um TSMC_CM025RF_NMOS NMOS125 h=0. idth=2 um PMOS687 h=0. idth=24 um TSMC_CM025RF_NMOS NMOS483 h=0. idth=4 um PMOS688 h=0. idth=18 um TSMC_CM025RF_NMOS NMOS484 h=0. idth=3 um PMOS689 h=0. idth=18 um TSMC_CM025RF_NMOS NMOS485 h=0. idth=3 um PMOS690 h=0. idth=18 um TSMC_CM025RF_NMOS NMOS486 h=0. idth=3 um PMOS691 h=0. idth=18 um TSMC_CM025RF_NMOS NMOS487 h=0. idth=3 um PMOS692 h=0. idth=18 um TSMC_CM025RF_NMOS NMOS488 h=0. idth=3 um PMOS693 h=0. idth=18 um TSMC_CM025RF_NMOS NMOS489 h=0. idth=3 um CL K2-1 CL K2-2 CL K2-3 CL K2-4 CLKFAST CLK CLKFAST TSMC_CM025RF_NMOS ADS ADS 2 96
97 D2B D1B D1B D0B clear PM O S390 D0B clear PM O S405 idt h=20 um CLK2B PM O S228 clear PM O S225 h=0. PM O S407 idt h=20 um PM O S472 h=0. TSMC_CM025RF_NMOS NM O S168 h=0. D1B PM O S231 idt h=20 um PM O S467 CLK2B PM O S473 h=0. PM O S452 h=0. NM O S185 PM O S468 NM O S177 NM O S176 TSMC_CM025RF_NMOS NM O S169 TSMC_CM025RF_NMOS NM O S172 PM O S453 NM O S18 2 NM O S183 D0 B TSMC_CM025RF_NMOS NM O S179 D1 B NM O S173 D0B PM O S406 idt h=40 um CLK2B NM O S184 TSMC_CM025RF_NMOS NM O S180 PM O S408 idt h=40 um h=0. PM O S232 idt h=40 um CLK2B PM O S474 PM O S475 NM O S17 0 h=0. D1 B PM O S235 PM O S469 PM O S470 NM O S175 D0 B NM O S17 1 h=0. PM O S217 h=0. PM O S454 TSMC_CM025RF_NMOS NM O S186 TSMC_CM025RF_NMOS NM O S174 PM O S226 PM O S455 h=0. NM O S187 PM O S564 idt h=12 um TSMC_CM025RF_NMOS NM O S362 idt h=2 um PM O S563 idt h=12 um TSMC_CM025RF_NMOS NM O S361 idt h=2 um PM O S562 idt h=12 um NM O S360 idt h=2 um h=0. D2 idt h=18 um TSMC_CM025RF_NMOS NM O S473 idt h=3 um PM O S677 idt h=18 D1 um NM O S47 1 idt h=3 um D0 idt h=18 um PM O S675 PM O S676 idt h=36 um TSMC_CM025RF_NMOS NM O S472 PM O S672 NM O S46 8 idt h=3 um D2 B PM O S674 idt h=36 um TSMC_CM025RF_NMOS NM O S470 h=0. PM O S673 idt h=36 um NM O S469 D1B D0B D3B D4B D5 B D2B PM O S201 h=0. D3B clear D4B clear clear PM O S399 idt h=20 um PM O S192 PM O S401 PM O S457 idt h=20 um PM O S183 PM O S403 idt h=20 um PM O S462 PM O S477 PM O S458 NM O S16 5 NM O S164 D2 B PM O S463 NM O S15 6 NM O S157 NM O S161 D3 B PM O S478 TSMC_CM025RF_NMOS TSMC_CM025RF_NMOS NM O S1 5 1 NM O S150 NM O S154 D4B NM O S147 D2B NM O S16 0 PM O S400 idt h=40 um D3B TSMC_CM025RF_NMOS NM O S153 D4B PM O S402 idt h=40 um TSMC_CM025RF_NMOS NM O S146 PM O S404 idt h=40 um PM O S459 PM O S460 NM O S163 D2B PM O S464 TSMC_CM025RF_NMOS NM O S158 D3B TSMC_CM025RF_NMOS NM O S162 PM O S200 PM O S479 NM O S149 D4B PM O S465 NM O S159 PM O S191 PM O S480 TSMC_CM025RF_NMOS NM O S148 PM O S182 PM O S561 idt h=12 um TSMC_CM025RF_NMOS NM O S359 idth=2 um PM O S560 idt h=12 um NM O S358 idt h=2 um PM O S559 idt h=12 um NM O S35 7 idt h=2 um PM O S683 h=0. D3 idt h=18 um TSMC_CM025RF_NMOS NM O S479 idt h=3 um PM O S681 idt h=18 D4 um TSMC_CM025RF_NMOS NM O S477 idt h=3 um idt h=18 D5 um PM O S682 idt h=36 um TSMC_CM025RF_NMOS NM O S478 NM O S475 idt h=3 um D3B PM O S680 idt h=36 um NM O S476 PM O S679 NM O S474 D4B PM O S678 idt h=36 um D5B Data CRC ADS 97
98 ADS D0, V 2 1 D3, V time, usec 4 time, usec 4 D1, V D4, V time, usec time, usec D2, V D5, V time, usec time, usec ADS 98
99 99 ADS ADS NA ND1 DA1 2 DA1 3 DA 1 4 NA ND3 DA 0 9 DA1 0 DA1 1 DA 0 6 DA0 7 DA0 8 NA ND2 Dat a_selo UT DATAI N DA 0 3 DA04 DA 0 5 DI N0 1 DI N0 2 D3B D3B D2 B D2 B D1 D1 D0B D0 DA0 1 DA0 2 DA0 2 PM O S686 idt h=12 um DA 0 4 T SM C_ CM RF _ PM O S PM O S684 idt h=12 um DA 0 3 PM O S68 5 idt h=12 um Ty pe =3. 3 V_n om DA 0 4 NM O S48 0 idt h=2 um DA 0 3 TSM C_ CM RF_ NM O S NM O S4 8 1 idt h=2 um DA 0 2 TSM C_ CM RF_ NM O S NM O S4 8 2 idt h=2 um DA 0 1 NM O S55 2 idt h=2 um DA0 1 T SM C_ CM RF_ PM O S PM O S758 idt h=12 um DI N0 1 V_DC SRC29 Vdc=3. 3 V DI N0 2 V_ DC SRC2 8 Vd c = 3. 3 V DI N03 R R29 R=1 0 O hm DI N0 4 R R30 R=1 0 O h m DI N05 V_DC SRC30 Vdc=3. 3 V DI N0 6 R R32 R=1 0 O hm DI N07 V_DC SRC31 Vdc=3. 3 V DI N0 8 R R31 R=1 0 O hm DI N0 9 V_ DC SRC3 4 Vdc=3. 3 V DI N10 V_DC SRC33 Vdc =3. 3 V DI N1 1 R R3 6 R= 1 0 O h m DI N12 R R3 5 R= 1 0 O h m DI N1 3 V_DC SRC32 Vdc=3. 3 V DI N1 4 R R45 R=1 0 O h m T SM C_ CM RF _ NM O S NM O S46 2 idt h=1um T SM C_ CM RF _ PM O S PM O S666 T SM C_ CM RF _ NM O S NM O S46 1 PM O S6 65 Ty pe =3. 3V_n om T SM C_ CM RF _ NM O S NM O S46 0 PM O S66 4 Ty pe =3. 3 V_n om NM O S Ty pe =3. 3V_n om T SM C_ CM RF _ PM O S PM O S663 NM O S Ty pe =3. 3V_n om TSM C_ CM RF _ PM O S PM O S66 2 T SM C_ CM RF_ PM O S PM O S575 idt h=24 um TSM C_ CM RF _ NM O S NM O S idt h=4 um Ty pe =3. 3 V_ no m PM O S57 6 idt h=12 um Ty pe =3. 3 V_n om NM O S id t h = 2 u m Ty pe =3. 3V_n om TSM C_ CM 0 25 RF_ PM O S PM O S57 7 NM O S3 73 NAND3 NM O S37 5 idt h=2 um NAND2 NM O S3 76 idt h=2 um NA ND1 NM O S3 77 idt h=2 um NAND1 T SM C_ CM RF_ PM O S PM O S579 idt h=12 um NAND2 T SM C_ CM RF_ PM O S PM O S580 idt h=12 um NAND3 T SM C_ CM RF_ PM O S PM O S581 idt h=12 um DA 1 4 T SM C_ CM RF_ NM O S NM O S3 78 idt h=2 um DA1 4 PM O S5 82 idt h=12 um Ty pe =3. 3V_n om DA 1 3 T SM C_ CM RF_ NM O S NM O S3 79 idt h=2 um DA1 3 T SM C_ CM RF _ PM O S PM O S583 idt h=12 um DA 1 2 T SM C_ CM RF_ NM O S NM O S3 80 idt h=2 um DA1 2 T SM C_ CM RF_ PM O S PM O S584 idt h=12 um DA 1 1 T SM C_ CM RF_ NM O S NM O S3 81 idt h=2 um DA11 TSM C_ CM RF _ PM O S PM O S58 5 idt h=12 um DA 1 0 T SM C_ CM RF_ NM O S NM O S3 82 idt h=2 um DA 1 0 TSM C_ CM RF _ PM O S PM O S58 6 idt h=12 um DA 0 9 TSM C_ CM RF_ NM O S NM O S3 8 3 idt h=2 um DA0 9 T SM C_ CM RF _ PM O S PM O S587 idt h=12 um DA 0 8 T SM C_ CM RF_ NM O S NM O S3 84 idt h=2 um DA 0 8 T SM C_ CM RF _ PM O S PM O S588 idt h=12 um DA 0 7 T SM C_ CM RF_ NM O S NM O S3 85 idt h=2 um DA0 7 TSM C_ CM RF_ PM O S PM O S5 89 idt h=12 um DA 0 6 T SM C_ CM RF_ NM O S NM O S3 86 idt h=2 um DA0 6 TSM C_ CM RF _ PM O S PM O S59 0 idt h=12 um Ty pe =3. 3 V_ no m DA 0 5 T SM C_ CM RF_ NM O S NM O S3 87 idt h=2 um DA 0 5 T SM C_ CM RF_ PM O S PM O S591 idt h=12 um D3 TSM C_ CM RF _ NM O S NM O S D3 PM O S5 97 Ty pe =3. 3V_n om D2 TSM C_ CM RF _ NM O S NM O S D2 TSM C_ CM RF _ PM O S PM O S59 8 Ty pe =3. 3 V_ no m D1 TSM C_ CM RF _ NM O S NM O S D1 T SM C_ CM RF_ PM O S PM O S599 D0 TSM C_ CM RF _ NM O S NM O S idt h=1um D0 TSM C_ CM RF _ PM O S PM O S60 0 Ty pe =3. 3 V_ no m DI N14 TSM C_ CM RF _ NM O S NM O S Ty pe =3. 3 V_ no m DI N1 4 PM O S6 01 Ty pe =3. 3V_n om DI N13 TSM C_ CM RF _ NM O S NM O S DI N1 3 TSM C_ CM RF_ PM O S PM O S6 02 Ty pe =3. 3V_n om D3 TSM C_ CM RF _ NM O S NM O S D3 PM O S6 03 Ty pe =3. 3V_n om D2 TSM C_ CM RF _ NM O S NM O S D2 TSM C_ CM RF _ PM O S PM O S60 4 D1 TSM C_ CM RF _ NM O S NM O S D1 T SM C_ CM RF_ PM O S PM O S605 D0B TSM C_ CM RF _ NM O S NM O S idt h=1um D0 B TSM C_ CM RF _ PM O S PM O S60 6 Ty pe =3. 3 V_ no m D3 T SM C_ CM RF_ NM O S NM O S4 03 D3 PM O S607 D2 T SM C_ CM RF_ NM O S NM O S4 04 D2 T SM C_ CM RF_ PM O S PM O S608 D1 B T SM C_ CM RF_ NM O S NM O S4 05 D1 B TSM C_ CM RF _ PM O S PM O S60 9 D0 T SM C_ CM RF_ NM O S NM O S4 06 idt h=1um D0 T SM C_ CM RF_ PM O S PM O S610 DI N1 2 T SM C_ CM RF_ NM O S NM O S4 07 DI N12 T SM C_ CM RF _ PM O S PM O S611 DI N11 TSM C_ CM RF _ NM O S NM O S Ty pe =3. 3 V_ no m DI N1 1 PM O S6 12 Ty pe =3. 3V_n om D3 TSM C_ CM RF _ NM O S NM O S D3 PM O S6 13 Ty pe =3. 3V_n om D2 TSM C_ CM RF _ NM O S NM O S D2 TSM C_ CM RF _ PM O S PM O S61 4 Ty pe =3. 3 V_ no m D1B TSM C_ CM RF _ NM O S NM O S D1 B T SM C_ CM RF_ PM O S PM O S615 D0B TSM C_ CM RF _ NM O S NM O S idt h=1um D0 B TSM C_ CM RF _ PM O S PM O S61 6 Ty pe =3. 3 V_ no m D3 TSM C_ CM RF _ NM O S NM O S D3 PM O S6 17 Ty pe =3. 3V_n om D2B TSM C_ CM RF _ NM O S NM O S D2 B TSM C_ CM RF _ PM O S PM O S61 8 D1 TSM C_ CM RF _ NM O S NM O S D1 T SM C_ CM RF_ PM O S PM O S619 D0 TSM C_ CM RF _ NM O S NM O S idt h=1um D0 TSM C_ CM RF _ PM O S PM O S62 0 Ty pe =3. 3 V_ no m DI N10 TSM C_ CM RF _ NM O S NM O S DI N1 0 TSM C_ CM RF_ PM O S PM O S6 21 Ty pe =3. 3V_n om DI N0 9 T SM C_ CM RF_ NM O S NM O S4 18 DI N09 T SM C_ CM RF _ PM O S PM O S622 D3 T SM C_ CM RF_ NM O S NM O S4 19 D3 PM O S623 D2 B T SM C_ CM RF_ NM O S NM O S4 20 D2B T SM C_ CM RF_ PM O S PM O S624 D1 T SM C_ CM RF_ NM O S NM O S4 21 D1 TSM C_ CM RF _ PM O S PM O S62 5 D0 B T SM C_ CM RF_ NM O S NM O S4 22 idt h=1um D0 B T SM C_ CM RF_ PM O S PM O S626 D3 TSM C_ CM RF_ NM O S NM O S4 2 3 D3 PM O S62 7 Ty pe =3. 3 V_n om D2 B TSM C_ CM RF_ NM O S NM O S4 2 4 D2B PM O S628 D1 B TSM C_ CM RF_ NM O S NM O S4 2 5 D1 B T SM C_ CM RF _ PM O S PM O S629 D0 TSM C_ CM RF_ NM O S NM O S4 2 6 idt h=1um D0 TSM C_ CM RF_ PM O S PM O S6 30 DI N0 8 NM O S42 7 DI N0 8 T SM C_ CM RF _ PM O S PM O S631 DI N0 7 NM O S42 8 DI N0 7 T SM C_ CM RF _ PM O S PM O S632 D3 T SM C_ CM RF _ NM O S NM O S42 9 D3 PM O S63 3 Ty pe =3. 3 V_n om D2 B T SM C_ CM RF _ NM O S NM O S43 0 D2 B PM O S634 D1 B T SM C_ CM RF _ NM O S NM O S43 1 D1 B TSM C_ CM RF_ PM O S PM O S6 35 Ty pe =3. 3V_n om D0 B T SM C_ CM RF _ NM O S NM O S43 2 idt h=1um D0B TSM C_ CM RF_ PM O S PM O S6 36 D3B TSM C_ CM RF_ NM O S NM O S4 3 3 D3B T SM C_ CM RF _ PM O S PM O S637 D2 TSM C_ CM RF_ NM O S NM O S4 3 4 D2 TSM C_ CM RF_ PM O S PM O S6 38 Ty pe =3. 3V_n om D1 TSM C_ CM RF_ NM O S NM O S4 3 5 D1 T SM C_ CM RF _ PM O S PM O S639 D0 TSM C_ CM RF_ NM O S NM O S4 3 6 idt h=1um D0 TSM C_ CM RF _ PM O S PM O S64 0 L e n g t h = u m DI N06 TSM C_ CM RF_ NM O S NM O S4 3 7 Ty pe =3. 3V_n om DI N06 PM O S64 1 Ty pe =3. 3 V_n om DI N05 NM O S Ty pe =3. 3V_n om DI N05 PM O S64 2 D3B TSM C_ CM RF_ NM O S NM O S4 3 9 Ty pe =3. 3V_n om D3B T SM C_ CM RF _ PM O S PM O S643 D2 TSM C_ CM RF_ NM O S NM O S4 4 0 Ty pe =3. 3V_n om D2 PM O S6 44 Ty pe =3. 3V_n om D1 TSM C_ CM RF_ NM O S NM O S4 4 1 Ty pe =3. 3V_n om D1 PM O S645 D0B TSM C_ CM RF_ NM O S NM O S4 4 2 idt h=1um Ty pe =3. 3V_n om D0 B T SM C_ CM RF _ PM O S PM O S646 D3 B TSM C_ CM RF_ NM O S NM O S4 4 3 Ty pe =3. 3V_n om D3B T SM C_ CM RF _ PM O S PM O S647 D2 TSM C_ CM RF_ NM O S NM O S4 4 4 Ty pe =3. 3V_n om D2 PM O S6 48 Ty pe =3. 3V_n om D1 B TSM C_ CM RF_ NM O S NM O S4 4 5 Ty pe =3. 3V_n om D1B PM O S649 D0 TSM C_ CM RF_ NM O S NM O S4 4 6 idt h=1um Ty pe =3. 3V_n om D0 T SM C_ CM RF _ PM O S PM O S650 DI N04 PM O S65 1 DI N0 4 NM O S Ty pe =3. 3V_n om DI N03 NM O S44 8 DI N0 3 T SM C_ CM RF _ PM O S PM O S652 D3B T SM C_ CM RF _ NM O S NM O S44 9 D3 B PM O S65 3 Ty pe =3. 3 V_n om D2 T SM C_ CM RF _ NM O S NM O S45 0 D2 PM O S654 D1B T SM C_ CM RF _ NM O S NM O S45 1 D1 B TSM C_ CM RF_ PM O S PM O S6 55 Ty pe =3. 3V_n om D0B T SM C_ CM RF _ NM O S NM O S45 2 idt h=1um D0B TSM C_ CM RF_ PM O S PM O S6 56 TSM C_ CM RF _ PM O S PM O S66 1 Ty pe =3. 3 V_ no m T SM C_ CM RF _ NM O S NM O S4 57 TSM C_ CM RF _ PM O S PM O S65 7 Ty pe =3. 3 V_ no m T SM C_ CM RF _ NM O S NM O S4 53 T SM C_ CM RF _ PM O S PM O S658 T SM C_ CM RF _ NM O S NM O S45 4 PM O S6 59 Ty pe =3. 3V_n om T SM C_ CM RF _ NM O S NM O S45 5 T SM C_ CM RF _ PM O S PM O S660 T SM C_ CM RF _ NM O S NM O S45 6 idt h=1um
100 4 DATAIN, V time, usec ADS 100
101 X + X X
102 102
103 CRC CRC 103
104 CRC DATA_CHECK : CRC
105 105 ADS CRC ADS CRC ADS CRC CHECK_ CRC c le a r CRC_ O UT X 1 6 D c le a r c le a r c le a r c le a r c le a r X15Q X15Q B X 1 4 D X 1 5 D X12D X 1 3 D X16D X1 D X1 DB X11D c le a r clear c le a r c le a r c le a r c le a r X 1 0 D X11D X8D X9D X6D X7D X5 D c le a r clear c le a r c le a r X1 D CRC_ O UT X1DB CRC_ O UTB X4D X5D X2D X2Q X3D D4 B DA T A I N X2Q B X1D DA T A I NB C C5 C= 1 0 p F R R1 9 R= 1 M PM O S30 id t h = 3 u m NM O S 2 6 id t h = 0. 5 u m PM O S29 id t h = 3 u m NM O S 2 5 id t h = 0. 5 u m PM O S494 id t h = 3 u m PM O S493 idt h=3 um NM O S1 4 id t h = 0. 5 u m L e n g t h = u m NM O S 1 3 id t h = 0. 5 u m P M O S idt h=3 um NM O S10 idt h=0. 5 um PM O S4 91 id t h = 3 u m L e n g t h = u m NM O S9 id t h = 0. 5 u m P M O S id t h = 3 u m PM O S4 89 id t h = 3 u m L e n g t h = u m NM O S4 id t h = 0. 5 u m NM O S3 id t h = 0. 5 u m PM O S488 idt h=3 um NM O S 2 id t h = 0. 5 u m P M O S id t h = 3 u m NM O S1 id t h = 0. 5 u m P M O S id t h = 3 u m NM O S17 idt h=0. 5 um Ty pe=2. 5V_nom PM O S27 idt h=3 um NM O S23 id t h = 0. 5 u m PM O S28 idt h=3 um NM O S24 id t h = 0. 5 u m CL K2-4 PM O S132 id t h = 6 u m CL K 2-4 NM O S1 0 5 id t h = 1 u m CL K2-4 NM O S10 6 id t h = 1 u m CL K2-4 PM O S131 id t h = 6 u m CL K2-4 PM O S1 4 6 id t h = 6 u m CLK2-4 NM O S1 1 2 id t h = 1 u m L e n g t h = u m CL K2-4 NM O S11 1 CL K2-4 PM O S139 CL K2-4 PM O S116 id t h = 6 u m CL K2-4 NM O S94 CL K 2-4 NM O S9 3 id t h = 1 u m CL K2-4 PM O S115 CL K 2-4 PM O S130 CL K2-4 NM O S1 00 id t h = 1 u m CLK2-4 NM O S 9 9 id t h = 1 u m CL K 2-4 P M O S id t h = 6 u m CL K 2-3 P M O S id t h = 6 u m CL K2-3 NM O S88 CL K 2-3 NM O S 8 7 id t h = 1 u m CL K 2-3 P M O S id t h = 6 u m L e n g t h = u m CL K2-3 PM O S99 CL K 2-3 NM O S8 1 id t h = 1 u m L e n g t h = u m CL K2-3 PM O S100 id t h = 6 u m CL K2-3 NM O S8 2 id t h = 1 u m CLK2-3 PM O S84 CL K2-3 NM O S6 9 id t h = 1 u m CL K2-3 NM O S7 0 id t h = 1 u m CL K2-3 PM O S83 id t h = 6 u m L e n g t h = u m CL K2-3 PM O S9 8 CL K 2-3 NM O S7 5 id t h = 1 u m CLK2-3 NM O S76 CL K2-3 PM O S91 id t h = 6 u m CLK2-2 PM O S68 CL K2-2 NM O S 5 7 id t h = 1 u m CL K2-2 NM O S5 8 id t h = 1 u m L e n g t h = u m CLK2-2 PM O S67 id t h = 6 u m CL K2-2 PM O S8 2 id t h = 6 u m CL K2-2 NM O S64 CL K2-2 NM O S6 3 id t h = 1 u m CL K2-2 PM O S75 id t h = 6 u m CL K 2-2 PM O S52 CL K2-2 NM O S4 5 id t h = 1 u m CLK2-2 NM O S 4 6 id t h = 1 u m CLK2-2 PM O S5 1 id t h = 6 u m CL K2-2 PM O S6 6 id t h = 6 u m L e n g t h = u m CL K 2-2 NM O S5 2 id t h = 1 u m CL K2-2 NM O S51 CL K2-2 PM O S59 id t h = 6 u m CL K2-1 PM O S36 id t h = 6 u m CL K 2-1 NM O S3 3 id t h = 1 u m L e n g t h = u m CL K2-1 NM O S3 4 id t h = 1 u m CL K2-1 PM O S35 id t h = 6 u m CL K 2-1 PM O S50 CLK2-1 NM O S 3 9 CL K2-1 NM O S40 CL K 2-1 PM O S4 3 id t h = 6 u m L e n g t h = u m CLK2-1 PM O S18 id t h = 6 u m CL K 2-1 NM O S1 2 id t h = 1 u m CL K2-1 NM O S1 1 id t h = 1 u m CL K2-1 PM O S11 id t h = 6 u m CL K 2-1 PM O S6 id t h = 6 u m L e n g t h = u m CLK2-1 NM O S6 CL K 2-1 NM O S5 id t h = 1 u m CL K 2-1 PM O S5 id t h = 6 u m L e n g t h = u m PM O S411 idt h=20 um P M O S id t h = 2 0 u m PM O S415 id t h = 2 0 u m PM O S4 1 7 id t h = 2 0 u m PM O S419 id t h = 2 0 u m P M O S id t h = 2 0 u m PM O S423 id t h = 2 0 u m P M O S id t h = 2 0 u m PM O S427 id t h = 2 0 u m P M O S id t h = 2 0 u m L e n g t h = u m PM O S431 idt h=20 um P M O S id t h = 2 0 u m PM O S435 idt h=20 um PM O S4 3 7 id t h = 2 0 u m PM O S439 id t h = 2 0 u m PM O S4 4 1 id t h = 2 0 u m PM O S442 idt h=40 um PM O S440 idt h=40 um P M O S id t h = 4 0 u m P M O S id t h = 4 0 u m P M O S id t h = 4 0 u m P M O S id t h = 4 0 u m PM O S430 idt h=40 um P M O S id t h = 4 0 u m PM O S426 id t h = 4 0 u m P M O S id t h = 4 0 u m PM O S422 id t h = 4 0 u m P M O S id t h = 4 0 u m PM O S418 id t h = 4 0 u m P M O S id t h = 4 0 u m P M O S id t h = 4 0 u m PM O S412 id t h = 4 0 u m PM O S550 id t h = 6 u m PM O S549 id t h = 6 u m PM O S548 id t h = 6 u m P M O S id t h = 6 u m P M O S id t h = 6 u m Ty p e =3. 3 V_ n o m PM O S545 id t h = 6 u m PM O S544 P M O S id t h = 6 u m PM O S5 4 2 id t h = 6 u m PM O S541 id t h = 6 u m P M O S id t h = 6 u m L e n g t h = u m P M O S id t h = 6 u m PM O S538 id t h = 6 u m P M O S id t h = 6 u m PM O S536 id t h = 6 u m PM O S535 id t h = 6 u m PM O S534 id t h = 6 u m PM O S533 P M O S id t h = 6 u m L e n g t h = u m P M O S id t h = 6 u m PM O S530 P M O S id t h = 6 u m PM O S528 PM O S527 PM O S5 26 id t h = 6 u m L e n g t h = u m PM O S525 id t h = 6 u m P M O S id t h = 6 u m P M O S id t h = 6 u m PM O S522 P M O S id t h = 6 u m PM O S520 id t h = 6 u m PM O S519 id t h = 6 u m P M O S id t h = 6 u m P M O S id t h = 6 u m PM O S516 id t h = 6 u m P M O S id t h = 6 u m L e n g t h = u m PM O S514 id t h = 6 u m P M O S id t h = 6 u m PM O S5 1 2 id t h = 6 u m PM O S511 id t h = 6 u m P M O S PM O S509 id t h = 6 u m PM O S508 id t h = 6 u m P M O S id t h = 6 u m PM O S506 PM O S505 PM O S5 0 4 id t h = 6 u m PM O S503 id t h = 6 u m PM O S5 0 2 id t h = 6 u m PM O S501 id t h = 6 u m P M O S id t h = 6 u m L e n g t h = u m PM O S4 99 id t h = 6 u m L e n g t h = u m PM O S498 P M O S id t h = 6 u m PM O S496 id t h = 6 u m PM O S495 id t h = 6 u m NM O S id t h = 1 u m L e n g t h = u m P M O S id t h = 6 u m L e n g t h = u m PM O S3 9 5 NM O S3 34 id t h = 1 u m X15Q B NM O S1 20 id t h = 1 u m X 1 5 Q NM O S1 19 id t h = 1 u m X1DB NM O S1 17 id t h = 1 u m X1D NM O S1 18 id t h = 1 u m X15Q B PM O S1 5 2 id t h = 6 u m X 1 5 Q P M O S id t h = 6 u m X1D PM O S1 5 0 id t h = 6 u m X1DB P M O S id t h = 6 u m Ty p e =3. 3 V_ n o m P M O S id t h = 6 u m N M O S Ty p e =3. 3 V_ n o m P M O S id t h = 6 u m N M O S Ty p e =3. 3 V_ n o m X1DB NM O S30 X1D NM O S2 9 id t h = 1 u m X2Q B NM O S27 X2Q NM O S2 8 id t h = 1 u m X1DB PM O S34 id t h = 6 u m X1D PM O S33 id t h = 6 u m L e n g t h = u m X2Q PM O S32 id t h = 6 u m X2Q B PM O S3 1 id t h = 6 u m L e n g t h = u m CRC_O UTB NM O S1 8 id t h = 1 u m CRC_ O UT NM O S 1 9 id t h = 1 u m DATAI NB NM O S2 1 id t h = 1 u m DA T A I N NM O S 2 0 id t h = 1 u m CRC_O UTB PM O S2 2 id t h = 6 u m CRC_ O UT PM O S23 id t h = 6 u m DATAI N PM O S2 4 id t h = 6 u m DA T A I NB PM O S2 5 id t h = 6 u m NM O S10 8 NM O S1 07 id t h = 1 u m N M O S id t h = 1 u m L e n g t h = u m N M O S id t h = 1 u m NM O S11 4 id t h = 1 u m N M O S id t h = 1 u m NM O S id t h = 1 u m L e n g t h = u m Ty p e =3. 3V_ n om NM O S1 09 id t h = 1 u m N M O S id t h = 1 u m NM O S1 01 id t h = 1 u m NM O S98 NM O S9 7 id t h = 1 u m L e n g t h = u m NM O S96 NM O S 9 5 id t h = 1 u m NM O S9 2 id t h = 1 u m NM O S91 NM O S 9 0 id t h = 1 u m L e n g t h = u m NM O S8 9 id t h = 1 u m NM O S8 6 id t h = 1 u m NM O S 8 5 id t h = 1 u m L e n g t h = u m NM O S84 id t h = 1 u m NM O S8 3 id t h = 1 u m NM O S8 0 id t h = 1 u m NM O S79 NM O S78 NM O S7 7 id t h = 1 u m NM O S 7 4 id t h = 1 u m NM O S7 3 id t h = 1 u m NM O S7 2 id t h = 1 u m NM O S71 NM O S 6 8 id t h = 1 u m L e n g t h = u m NM O S 6 7 NM O S6 6 id t h = 1 u m NM O S65 NM O S6 2 id t h = 1 u m L e n g t h = u m NM O S 6 1 id t h = 1 u m NM O S6 0 id t h = 1 u m NM O S59 id t h = 1 u m NM O S 5 6 id t h = 1 u m NM O S5 5 id t h = 1 u m NM O S54 NM O S5 3 id t h = 1 u m L e n g t h = u m NM O S5 0 id t h = 1 u m NM O S49 NM O S4 8 id t h = 1 u m L e n g t h = u m NM O S47 NM O S4 4 id t h = 1 u m NM O S 4 3 id t h = 1 u m NM O S 4 2 id t h = 1 u m L e n g t h = u m NM O S4 1 id t h = 1 u m NM O S3 8 id t h = 1 u m NM O S3 7 id t h = 1 u m L e n g t h = u m NM O S36 id t h = 1 u m NM O S 3 5 id t h = 1 u m L e n g t h = u m NM O S3 2 id t h = 1 u m NM O S31 id t h = 1 u m NM O S1 5 id t h = 2 u m L e n g t h = u m NM O S1 6 id t h = 2 u m PM O S19 idt h=12 um PM O S2 0 id t h = 1 2 u m L e n g t h = u m
106 4 CHECK_CRC, V time, usec ADS CRC Data CRC CRC 106
107 T(x) CONTROL DATA CRC DATAOUT=CONTROL*DATA * CONTROL*CRC = CONTROL*DATA + CONTROL*CRC PM OS386 h=0. idth=6 um PMOS385 h=0. idth=6 um DATAIN TSMC_CM025RF_NMOS D4 B TSMC_CM 025RF_PMOS PM OS389 h=0. idth=6 um NM OS3 2 6 h=0. idth=1 um TSMC_CM025RF_NMOS NM OS3 2 5 h=0. idth=1 um PM OS384 h=0. idth=6 um PMOS383 Ty pe=3. h=0. idth=6 um PM OS3 9 3 h=0. idth=6 um PM OS394 h=0. idth=18 um MUX TSMC_CM 025RF_NMOS NM OS3 29 CRC_OUT h=0. idth=1 um PM OS388 h=0. idth=6 um PMOS387 h=0. idth=6 um TSMC_CM025RF_NMOS NM OS3 2 4 h=0. idth=1 um TSMC_CM025RF_NMOS NM OS3 2 3 TSMC_CM025RF_NMOS NMOS332 h=0. idth=1 um TSMC_CM025RF_NMOS NM OS3 33 h=0. idth=3 um R R4 9 R= 1 M Oh m C C6 C=10 pf TSMC_CM025RF_NMOS NM OS3 2 8 h=0. h=0. idth=1 um idth=1 um TSMC_CM025RF_NMOS NM OS3 2 7 h=0. idth=1 um ADS 107
108 4 Data CRC 3 MUX, V time, usec ADS ADS CRC Manchester Header +Data +CRC Manchester 108
109 Manchester XNOR clk_2 data_in D- clk_1 Manchester Manchester Manchester 109
110 Manchester DATA_OUT Manchester ADS Manchester CL K2 B PM OS181 h=0. CK idth=6 um CL K2 B CK PM OS1 71 PM OS16 9 Ty pe=3. Ty pe=3. h=0. idth=6 um h=0. idth=6 um TSMC_CM025RF_NMOS NM OS1 4 5 Ty pe=3. h=0. idth=1 um MUX MUXB PM OS173 PM OS17 2 Ty pe=3. h=0. h=0. idth=6 um idth=6 um PM OS1 79 Ty pe=3. h=0. idth=6 um PM OS170 h=0. idth=6 um CLKFASTB PM OS482 PM OS4 83 Ty pe=3. h=0. h=0. idth=6 um idth=6 um CL KF ASTB PM OS484 PM OS4 85 Ty pe=3. h=0. h=0. idth=6 um idth=6 um Manchester_OUT MUX PM OS180 h=0. MUXB idth=6 um CK CL K2 B TSMC_CM025RF_NMOS TSMC_CM025RF_NMOS NM OS1 3 4 NM OS1 3 7 h=0. h=0. idth=1 um idth=1 um MUX MUXB TSMC_CM025RF_NMOS NM OS7 h=0. idth=1 um TSMC_CM025RF_NMOS NM OS1 3 5 h=0. idth=1 um TSMC_CM025RF_NMOS TSMC_CM025RF_NMOS NM OS1 4 3 NM OS1 4 2 Ty pe=3. h=0. h=0. idth=1 um idth=1 um TSMC_CM025RF_NMOS TSMC_CM025RF_NMOS NM OS1 4 1 NM OS1 4 0 Ty pe=3. h=0. h=0. idth=1 um idth=1 um CL KFASTB TSMC_CM025RF_NMOS NM OS1 4 4 Ty pe=3. h=0. idth=1 um TSMC_CM025RF_NMOS TSMC_CM025RF_NMOS NM OS1 3 9 NM OS1 3 8 h=0. h=0. idth=1 um idth=1 um CLKFASTB TSMC_CM025RF_NMOS NM OS1 3 6 h=0. idth=1 um PM OS9 h=0. idth=6 um _RF PM OS_ RF5 D5 B Ty pe=pm os _rfw10 lr=0.24 um nr=16 _RF PM OS_RF6 Ty pe=pmos_rfw10 lr=0.24 um nr=16 CLKFAST PM OS1 62 h=0. idth=6 um CLKFASTB TSMC_CM025RF_NMOS NM OS8 Ty pe=3. h=0. idth=1 um ADS Manchester 110
111 BitsBits Manchester 4 Manchester_OUT, V time, usec Manchester 4 D4B, V Manchester_OUT, V time, usec Manchester 111
112 Manchester RFID RFID Manchester 112
113 113 Maxplus2 Manchester RFID CMOS CHECK _ CRC DATAI N M U X CLKFAST clear CRC_ O UT X16 D c lear clear clear clear c lear X15Q X1 5Q B X1 4D X1 5D X12D X13 D X16D X1D X1 DB X11D clear clear clear clear c lear clear X10 D X11D X8D X9D X6 D X7 D X5D clear clear clear clear X1D CRC_ O UT X1 DB CRC_ O UTB X4 D X5D X2 D X2Q X3D D4 B DATAI N X2 Q B X1D DATAI NB CRC_ O UT D4B DA TAI N NA ND1 TX V1 V2 VPowqer _O N_Reset M anches t er _O UTB clear VI N VN VO UT VP D5 B DA12 DA1 3 DA1 4 NA ND3 DA 0 9 DA1 0 DA1 1 DA0 6 DA0 7 DA 0 8 NAND2 Dat a_selo UT DA0 3 DA0 4 DA0 5 DI N0 1 DI N0 2 D3B D3 B D2 B D2 B D1 D1 D0 B D0 DA0 1 DA0 2 clear clear D2 D5 D2 B D2 B D5 B D5 B CL K2 B c le a r c lear CLKFAST CLKFASTB D1 D1B D4 D1 B D4 B D4 B V2 M U X M anchest er _O UT M U X B V1 M anchest er _O UT clear CLK2B clear CK D0 D3 D0 B D3B D0 B D3 B CL K2-4 CL K2-3 CL K2 CL K2-2 CLK2-1 B A C clear clear CLK2B C C6 C=10 pf R R4 9 R= 1 M O h m C5 C= 1 0 p F R1 9 R= 1 M C C3 C= 1 0 p F R R4 7 R= 1 M O h m C C4 C=10 pf R R4 8 R= 1 M O h m PM O S30 idt h=3 um NM O S2 6 idt h=0. 5 um PM O S29 idt h=3 um NM O S2 5 idt h=0. 5 um PM O S49 4 idt h=3 um PM O S49 3 idt h=3 um NM O S1 4 idt h=0. 5 um h=0. Typ e=3. NM O S1 3 idt h=0. 5 um PM O S492 id t h = 3 u m h=0. Typ e=3. NM O S1 0 idt h=0. 5 um Type =3. 3V_ nom PM O S491 id t h = 3 u m h=0. NM O S9 idt h=0. 5 um PM O S49 0 idt h=3 um PM O S48 9 idt h=3 um NM O S4 idt h=0. 5 um h=0. NM O S3 idt h=0. 5 um h=0. PM O S48 8 idt h=3 um Ty pe=3. 3 V_nom NM O S2 id t h = 0. 5 u m h=0. PM O S48 7 idt h=3 um NM O S1 idt h=0. 5 um PM O S486 idt h=3 um NM O S1 7 idt h=0. 5 um Ty pe=2. 5V_nom PM O S27 idt h=3 um NM O S2 3 idt h=0. 5 um PM O S28 idt h=3 um NM O S2 4 idt h=0. 5 um CLK2-4 PM O S132 Type=3. 3V_no m CL K2-4 NM O S CL K2-4 NM O S1 0 6 CL K2-4 PM O S131 CL K 2-4 PM O S14 6 Ty pe=3. 3 V_nom CL K2-4 NM O S1 1 2 Ty pe=3. 3 V_nom CL K2-4 NM O S V_n om CL K2-4 PM O S13 9 CL K2-4 PM O S116 Type=3. 3V_n om CL K2-4 NM O S9 4 h=0. CL K 2-4 NM O S93 CL K 2-4 PM O S115 CL K2-4 PM O S130 CL K2-4 NM O S100 CL K2-4 NM O S9 9 h=0. CL K2-4 PM O S123 CL K2-3 PM O S107 id t h = 6 u m h=0. CL K2-3 NM O S8 8 CL K2-3 NM O S8 7 3V_n om CL K 2-3 PM O S114 CL K2-3 PM O S99 CL K2-3 NM O S8 1 CL K 2-3 PM O S10 0 CL K2-3 NM O S8 2 3V_n om CL K2-3 PM O S84 CL K2-3 NM O S6 9 Type =3. 3V_ nom CL K2-3 NM O S7 0 CLK2-3 TSM C_CM 0 25RF_PM O S PM O S83 CL K2-3 TSM C_CM 025RF_ PM O S PM O S98 h=0. CL K2-3 NM O S7 5 CL K2-3 NM O S7 6 h=0. Typ e=3. CLK2-3 PM O S91 h=0. CL K2-2 PM O S68 CL K2-2 NM O S5 7 CL K 2-2 NM O S5 8 CL K2-2 PM O S67 h=0. CL K 2-2 PM O S82 CL K2-2 NM O S6 4 CL K2-2 NM O S 6 3 Type=3. 3V_n om CL K2-2 PM O S75 CL K2-2 PM O S52 CL K2-2 NM O S4 5 id t h = 1 u m h=0. Typ e=3. CL K2-2 NM O S4 6 CL K2-2 PM O S51 h=0. CL K 2-2 PM O S66 CL K2-2 NM O S5 2 CL K2-2 NM O S 5 1 CL K2-2 PM O S59 CL K2-1 PM O S36 CL K2-1 NM O S33 CL K2-1 NM O S3 4 CL K 2-1 PM O S35 CL K2-1 PM O S50 Type=3. 3V_n om CLK2-1 NM O S3 9 h=0. CL K 2-1 NM O S4 0 CL K2-1 PM O S43 CL K2-1 PM O S18 CLK2-1 NM O S1 2 3V_n om CLK2-1 NM O S1 1 CL K2-1 PM O S11 CL K2-1 PM O S6 CL K2-1 NM O S6 CL K2-1 NM O S5 CL K2-1 PM O S5 3V_ nom PM O S41 1 idt h=20 um PM O S413 idt h=20 um PM O S415 idt h=20 um h=0. TSM C_CM 0 25RF_ PM O S PM O S417 idt h=20 um PM O S419 idt h=20 um PM O S421 idt h=20 um PM O S423 idt h=20 um 3V_n om PM O S425 idt h=20 um PM O S427 idt h=20 um TSM C_CM 02 5RF_PM O S PM O S429 idt h=20 um PM O S431 idt h=20 um PM O S433 idt h=20 um PM O S435 idt h=20 um h=0. PM O S437 idt h=20 um PM O S439 idt h=20 um 3V_n om PM O S441 idt h=20 um h=0. PM O S442 id t h = 4 0 u m 3V_ nom PM O S440 idt h=40 um PM O S438 idt h=40 um 3V_n om PM O S436 idt h=40 um Type =3. 3V_ nom PM O S434 idt h=40 um PM O S432 idt h=40 um PM O S430 idt h=40 um PM O S428 idt h=40 um PM O S426 idt h=40 um PM O S424 idt h=40 um PM O S42 2 idt h=40 um PM O S42 0 idt h=40 um PM O S418 idt h=40 um 3V_n om PM O S416 idt h=40 um 3V_n om PM O S414 idt h=40 um h=0. PM O S412 idt h=40 um h=0. Typ e=3. PM O S550 TSM C_CM 0 25RF_PM O S PM O S549 PM O S548 PM O S547 Type =3. 3V_ nom PM O S546 PM O S545 PM O S544 Type=3. 3V_n om PM O S543 Type=3. 3V_no m PM O S542 h=0. PM O S541 3V_n om PM O S540 3V_ nom PM O S539 PM O S538 PM O S537 PM O S536 Type =3. 3V_ nom PM O S535 PM O S534 Type=3. 3V_n om PM O S533 PM O S532 PM O S531 PM O S530 3V_n om PM O S529 PM O S528 PM O S527 PM O S526 Type=3. 3V_n om PM O S525 TSM C_ CM 02 5RF_PM O S PM O S524 PM O S523 PM O S522 Type=3. 3V_n om PM O S521 PM O S520 PM O S519 PM O S518 PM O S517 PM O S516 PM O S515 Type=3. 3V_no m PM O S514 Type=3. 3V_n om PM O S513 Type=3. 3V_n om PM O S512 Type=3. 3V_n om PM O S511 PM O S510 PM O S509 PM O S508 PM O S50 7 PM O S506 PM O S50 5 PM O S50 4 PM O S50 3 TSM C_CM 0 25RF_PM O S PM O S502 PM O S501 TSM C_CM 0 25RF_PM O S PM O S500 PM O S499 3V_ nom PM O S498 Type =3. 3V_ nom PM O S497 PM O S496 h=0. PM O S495 3V_n om NM O S Type=3. 3V_no m PM O S396 Type=3. 3V_no m PM O S395 3V_n om NM O S334 Type =3. 3V_ nom X15Q B NM O S1 2 0 h=0. X1 5Q NM O S1 1 9 X1DB NM O S1 1 7 h=0. X1 D NM O S1 1 8 X15Q B TSM C_CM 0 25RF_PM O S PM O S152 X1 5Q PM O S151 X1DTSM C_CM 0 25RF_PM O S PM O S150 X1 DB PM O S149 PM O S147 Type=3. 3V_no m NM O S V_n om PM O S148 Type=3. 3V_no m NM O S V_n om X1DB NM O S3 0 h=0. X1D TSM C_CM 0 25RF_NM O S NM O S2 9 X2Q B NM O S2 7 h=0. X2Q TSM C_CM 0 25RF_NM O S NM O S2 8 X1DB PM O S34 h=0. X1D PM O S33 X2Q PM O S32 h=0. X2Q B TSM C_CM 0 25RF_PM O S PM O S31 CRC_ O UTB NM O S1 8 h=0. Typ e=3. CRC_ O UT NM O S1 9 Type =3. 3V_ nom DATAI NB NM O S2 1 h=0. Typ e=3. DATAI N NM O S2 0 Type =3. 3V_ nom CRC_ O UTB PM O S22 h=0. Typ e=3. CRC_ O UT PM O S23 DATAI N PM O S24 h=0. Typ e=3. DATAI NB PM O S25 Type =3. 3V_ nom NM O S108 3V_n om NM O S107 3V_n om NM O S1 0 4 NM O S V_n om NM O S1 14 NM O S1 13 NM O S1 10 NM O S1 0 9 Ty pe=3. 3 V_nom NM O S1 0 2 NM O S1 0 1 NM O S9 8 3V_n om NM O S 9 7 Type=3. 3V_no m NM O S 9 6 Type=3. 3V_n om NM O S 9 5 Type=3. 3V_n om NM O S 9 2 Type=3. 3V_n om NM O S 9 1 Type=3. 3V_n om NM O S9 0 NM O S8 9 NM O S8 6 NM O S8 5 NM O S8 4 NM O S8 3 NM O S8 0 NM O S7 9 NM O S7 8 NM O S7 7 Ty pe=3. 3 V_nom NM O S7 4 h=0. Typ e=3. NM O S7 3 h=0. NM O S7 2 h=0. NM O S7 1 h=0. Typ e=3. NM O S6 8 id t h = 1 u m h=0. NM O S6 7 h=0. NM O S6 6 NM O S6 5 NM O S6 2 NM O S6 1 NM O S6 0 NM O S5 9 NM O S5 6 NM O S5 5 NM O S5 4 NM O S5 3 NM O S5 0 NM O S4 9 NM O S4 8 NM O S4 7 NM O S4 4 NM O S4 3 NM O S4 2 3V_ nom NM O S 4 1 Type=3. 3V_no m NM O S 3 8 NM O S 3 7 Type=3. 3V_no m NM O S 3 6 Type=3. 3V_n om NM O S3 5 3V_n om NM O S 3 2 NM O S3 1 3V_n om NM O S1 5 idt h=2 um NM O S1 6 idt h=2 um PM O S19 idt h=12 um h=0. PM O S20 idt h=12 um V_DC SRC3 5 Vdc=3. 3 V DA0 2 PM O S68 6 idt h=12 um DA0 4 PM O S684 idt h=12 um h=0. Typ e=3. DA0 3 PM O S685 idt h=12 um h=0. DA0 4 NM O S4 8 0 idt h=2 um DA0 3 NM O S4 81 idt h=2 um DA0 2 NM O S4 82 idt h=2 um DA0 1 NM O S5 5 2 idt h=2 um DA0 1 PM O S75 8 idt h=12 um DI N01 V_DC SRC2 9 Vdc =3. 3 V DI N0 2 V_DC SRC28 Vdc=3. 3 V DI N0 3 R R2 9 R= 1 0 O h m DI N0 4 R R30 R=10 O hm DI N05 V_DC SRC3 0 Vdc=3. 3 V DI N0 6 R R3 2 R= 1 0 O h m DI N0 7 V_DC SRC3 1 Vdc =3. 3 V DI N0 8 R R3 1 R= 1 0 O h m DI N0 9 V_ DC SRC34 Vdc=3. 3 V DI N1 0 V_ DC SRC33 Vd c =3. 3 V DI N1 1 R R3 6 R=10 O hm DI N1 2 R R3 5 R= 1 0 O h m DI N1 3 V_DC SRC3 2 Vdc =3. 3 V DI N14 R R45 R=10 O hm I _ P r o b e I _Pr obe16 _RF PM O S_RF1 nr =16 lr = u m Type=pm os _r f w10 _RF PM O S_RF2 nr =16 lr = u m Type=p m os_r f w10 _RF NM O S_ RF1 n r = 8 lr =0. 24 um Type=nm os_r f w10 L L 1 R=2 L = 2 u H _ R F NM O S_ RF3 nr =32 lr = u m Type=nm os_ r f w10 _ R F NM O S_ RF4 nr =32 lr =0. Type=nm os_ r f w10 C C1 C= 6 8 p F _RF NM O S_ RF2 nr =8 lr = u m Type=nm os _r f w10 T S M C _ C M R F _ R E S R1 R= O h m lengt h= um widt h=4 um Type=r ppo1w R R21 R=5 O hm M ut ual M ut ual1 I n d u c t o r 2 = " L 2 " I n d u c t o r 1 = " L 1 " M = K=0. 9 L L2 R= L=2uH I _ P r o b e I _Pr obe2 Vt Sine SRC8 Phase=0 Dam ping =0 Delay=0 nsec Fr eq= M Hz Am plit ude=4 V Vdc=0 V C2 C=0. 05 uf R R4 2 R = k O h m R R4 4 R=300 ko hm R R4 3 R= k O h m TSM C_CM 025RF_M I M CAP M I M C A P 9 1 Cs =625 f F lt =25 um NM O S5 4 9 idt h=19 um PM O S754 idt h=18 um h=0. Typ e=3. NM O S547 idt h=10 um NM O S548 idt h=10 um PM O S755 idt h=24 um PM O S753 idt h=24 um T S M C _ C M R F _ M I M C A P M I M CAP84 C s = f F lt =25 um TSM C_CM 025RF_M I M CAP M I M CAP92 C s = f F lt = 2 5 u m I _ P r o b e I _ N 3 I _ P r o b e I _ P 3 I _ P r o b e I _Pr obe15 T S M C _ C M R F _ M I M C A P M I M CAP86 C s = f F lt = 2 5 u m T S M C _ C M R F _ M I M C A P M I M CAP85 Cs=625 f F lt = 2 5 u m T S M C _ C M R F _ M I M C A P M I M CAP83 C s = f F lt =25 um PM O S756 idt h=24 um NM O S550 idt h=4 um NM O S5 46 idt h=2 um PM O S752 idt h=12 um NM O S PM O S757 idt h=36 um _RF PM O S_RF 5 nr =16 lr =0. 24 um Type =pm o s_r f w1 0 _ R F PM O S_RF6 nr =16 lr = u m Type=p m os_ r f w10 Tr an Tr an 1 M ax Tim est ep=5. 0 nsec S t o p T im e = 0. 8 m s e c TRANSI ENT PM O S561 idt h=12 um 3V_n om NM O S359 idt h=2 um Type=3. 3V_n om PM O S560 idt h=12 um h=0. TSM C_CM 0 25RF_ NM O S NM O S358 idt h=2 um PM O S559 idt h=12 um NM O S357 id t h = 2 u m h=0. PM O S564 idt h=12 um NM O S idt h=2 um Type=3. 3V_n om PM O S563 idt h=12 um NM O S361 idt h=2 um PM O S562 idt h=12 um NM O S3 6 0 idt h=2 um PM O S162 NM O S8 PM O S181 NM O S1 45 PM O S180 NM O S1 44 NM O S7 PM O S17 9 NM O S143 NM O S NM O S141 NM O S140 3V_n om CLKF ASTB PM O S17 0 CLKF ASTB NM O S1 36 CLKFASTB NM O S1 3 5 CL KFASTB PM O S9 PM O S482 3V_n om PM O S483 PM O S484 PM O S485 Type =3. 3V_ nom M U X NM O S139 M U X B NM O S138 M U X PM O S173 M U X B PM O S172 CL K2 B PM O S171 CLK2B NM O S137 CK PM O S169 CK NM O S134 NM O S4 7 9 idt h=3 um h=0. PM O S683 idt h=18 um h=0. NM O S4 7 8 PM O S682 idt h=36 um PM O S680 idt h=36 um NM O S4 76 PM O S681 idt h=18 um NM O S4 7 7 idt h=3 um h=0. NM O S475 idt h=3 um PM O S679 idt h=18 um 3V_n om NM O S4 7 4 PM O S678 idt h=36 um Type =3. 3V_ nom NM O S4 7 3 idt h=3 um PM O S677 idt h=18 um NM O S4 7 2 PM O S676 idt h=36 um NM O S471 id t h = 3 u m h=0. PM O S67 5 idt h=18 um NM O S4 7 0 PM O S674 idt h=36 um PM O S673 idt h=36 um h=0. NM O S469 PM O S672 idt h=18 um NM O S idt h=3 um PM O S393 Type=3. 3V_n om NM O S Type=3. 3V_n om NM O S idt h=3 um PM O S394 idt h=18 um NM O S3 2 3 NM O S3 2 4 PM O S383 h=0. PM O S384 PM O S385 PM O S386 h=0. NM O S325 NM O S326 NM O S327 NM O S328 PM O S387 PM O S388 h=0. NM O S3 2 9 PM O S389 PM O S231 idt h=20 um PM O S407 idt h=20 um 3V_n om PM O S405 idt h=20 um 3V_n om PM O S403 idt h=20 um h=0. PM O S401 idt h=20 um PM O S399 idt h=20 um PM O S400 idt h=40 um h=0. TSM C_ CM 02 5RF_PM O S PM O S402 idt h=40 um PM O S404 idt h=40 um 3V_n om PM O S406 idt h=40 um PM O S408 idt h=40 um PM O S232 idt h=40 um h=0. Typ e=3. CL K2 B PM O S235 3V_n om CLK2B NM O S1 8 4 CLK2B NM O S1 8 5 CLK2B PM O S228 3V_n om PM O S480 id t h = 6 u m h=0. PM O S479 h=0. PM O S478 id t h = 6 u m h=0. PM O S477 PM O S475 Type=3. 3V_no m PM O S474 PM O S473 PM O S472 PM O S470 Type=3. 3V_n om PM O S469 Type=3. 3V_no m PM O S468 Type=3. 3V_n om PM O S467 PM O S465 3V_n om PM O S464 TSM C_CM 02 5RF_PM O S PM O S463 PM O S462 PM O S46 0 PM O S45 9 PM O S45 8 PM O S457 id t h = 6 u m h=0. PM O S45 5 PM O S454 h=0. PM O S453 id t h = 6 u m h=0. PM O S452 id t h = 6 u m h=0. D1 B PM O S390 D4 B PM O S182 3V_n om D4B NM O S1 4 6 id t h = 1 u m h=0. D4B TSM C_CM 02 5RF_NM O S NM O S1 4 7 D4 B PM O S183 NM O S148 NM O S TSM C_CM 02 5RF_NM O S NM O S1 5 0 NM O S151 D3 B PM O S19 1 D3 B NM O S1 5 3 D3 B NM O S1 54 D3 B PM O S19 2 NM O S1 5 6 NM O S157 NM O S158 NM O S159 D2 B PM O S200 h=0. D2 B NM O S1 60 D2B NM O S1 6 1 D2B PM O S201 3V_n om NM O S1 6 2 NM O S163 Type =3. 3V_ nom NM O S164 h=0. Type =3. NM O S165 NM O S1 68 NM O S1 69 NM O S1 7 0 NM O S1 71 D1 B NM O S1 7 2 D1 B NM O S173 Type=3. 3V_n om D1 B PM O S21 7 NM O S1 74 NM O S1 75 NM O S1 76 NM O S1 7 7 D0 B PM O S22 5 D0 B NM O S1 7 9 D0 B NM O S D0 B PM O S22 6 NM O S1 8 2 NM O S183 Type =3. 3V_ nom NM O S1 8 6 NM O S1 8 7 NM O S4 6 2 idt h=1um PM O S666 NM O S4 6 1 PM O S665 h=0. NM O S4 6 0 PM O S664 h=0. Type =3. NM O S4 5 9 id t h = 1 u m h=0. Typ e=3. PM O S663 Type =3. 3V_ nom NM O S4 5 8 id t h = 1 u m h=0. Typ e=3. PM O S662 PM O S575 idt h=24 um Type=3. 3V_n om NM O S idt h=4 um Type=3. 3V_n om PM O S576 idt h=12 um NM O S3 7 2 idt h=2 um PM O S57 7 NM O S3 7 3 NAND3 NM O S3 75 idt h=2 um NA ND2 NM O S376 idt h=2 um 3V_ nom NAND1 NM O S idt h=2 um Type=3. 3V_no m NAND1 PM O S579 idt h=12 um 3V_n om NAND2 PM O S580 idt h=12 um NAND3 PM O S581 idt h=12 um 3V_n om DA 1 4 NM O S378 idt h=2 um DA1 4 PM O S582 idt h=12 um DA 1 3 NM O S379 idt h=2 um DA1 3 PM O S583 idt h=12 um DA 1 2 NM O S380 idt h=2 um DA1 2 PM O S584 idt h=12 um DA 1 1 NM O S381 idt h=2 um DA 1 1 PM O S58 5 idt h=12 um DA 1 0 NM O S382 idt h=2 um DA1 0 PM O S58 6 idt h=12 um DA0 9 NM O S3 83 idt h=2 um DA0 9 PM O S58 7 idt h=12 um DA0 8 NM O S384 idt h=2 um DA0 8 PM O S58 8 idt h=12 um DA0 7 NM O S385 idt h=2 um DA0 7 PM O S589 idt h=12 um DA0 6 NM O S386 idt h=2 um DA0 6 PM O S59 0 idt h=12 um DA0 5 NM O S387 idt h=2 um DA0 5 PM O S591 idt h=12 um h=0. D3 NM O S D3 PM O S59 7 D2 NM O S D2 PM O S598 D1 NM O S D1 PM O S59 9 D0 NM O S idt h=1um D0 PM O S60 0 DI N1 4 NM O S3 97 DI N1 4 PM O S601 DI N1 3 NM O S DI N1 3 PM O S602 D3 NM O S3 9 9 D3 PM O S603 D2 NM O S4 0 0 D2 PM O S604 D1 NM O S4 0 1 D1 PM O S605 D0 B NM O S4 0 2 id t h = 1 u m D0 B PM O S60 6 D3 NM O S4 0 3 D3 PM O S607 3V_n om D2 NM O S4 0 4 D2 PM O S608 D1B NM O S4 0 5 D1B PM O S609 D0 NM O S4 0 6 id t h = 1 u m D0 PM O S610 DI N12 NM O S4 0 7 DI N1 2 PM O S611 DI N1 1 NM O S4 08 DI N1 1 PM O S612 D3 NM O S D3 PM O S61 3 D2 NM O S D2 PM O S614 D1 B NM O S D1 B PM O S61 5 D0 B NM O S idt h=1um D0 B PM O S61 6 D3 NM O S4 1 3 D3 PM O S617 D2 B NM O S4 1 4 D2 B PM O S618 D1 NM O S4 1 5 D1 PM O S619 D0 NM O S4 1 6 id t h = 1 u m D0 PM O S62 0 DI N1 0 NM O S DI N1 0 PM O S621 DI N09 NM O S4 1 8 DI N0 9 PM O S622 D3 NM O S4 1 9 D3 PM O S623 3V_n om D2B NM O S4 2 0 D2 B PM O S624 D1 NM O S4 2 1 D1 PM O S625 D0B NM O S4 2 2 id t h = 1 u m D0B PM O S626 D3 NM O S4 2 3 D3 PM O S627 D2 B NM O S4 2 4 D2 B PM O S628 id t h = 6 u m h=0. Typ e=3. D1 B NM O S4 2 5 D1 B PM O S629 h=0. Typ e=3. D0 NM O S4 2 6 idt h=1um D0 PM O S630 h=0. DI N0 8 NM O S4 2 7 id t h = 1 u m h=0. Typ e=3. DI N0 8 PM O S63 1 Ty pe=3. 3 V_nom DI N0 7 NM O S4 28 DI N0 7 PM O S63 2 D3 NM O S D3 PM O S63 3 D2 B NM O S D2 B PM O S634 D1 B NM O S D1 B PM O S635 id t h = 6 u m h=0. Typ e=3. D0 B NM O S idt h=1um D0 B PM O S636 h=0. D3 B NM O S433 Type=3. 3V_n om D3 B PM O S63 7 D2 NM O S434 Type=3. 3V_n om D2 PM O S638 D1 NM O S435 Type=3. 3V_n om D1 PM O S639 D0 NM O S436 idt h=1um Type=3. 3V_n om D0 PM O S640 DI N0 6 NM O S437 DI N0 6 PM O S641 DI N0 5 NM O S4 3 8 id t h = 1 u m h=0. Typ e=3. DI N0 5 PM O S642 h=0. D3 B NM O S4 3 9 D3 B PM O S643 D2 NM O S4 4 0 D2 PM O S644 id t h = 6 u m h=0. Typ e=3. D1 NM O S4 4 1 D1 PM O S645 h=0. Typ e=3. D0 B NM O S4 4 2 idt h=1um D0 B PM O S646 h=0. D3 B NM O S4 43 D3 B PM O S647 id t h = 6 u m h=0. D2 NM O S4 44 D2 PM O S64 8 D1 B NM O S4 45 D1 B PM O S649 id t h = 6 u m h=0. Typ e=3. D0 NM O S4 46 idt h=1um D0 PM O S650 h=0. DI N0 4 PM O S65 1 DI N0 4 NM O S4 4 7 DI N0 3 NM O S448 DI N0 3 PM O S652 D3 B NM O S449 Type=3. 3V_n om D3 B PM O S65 3 D2 NM O S450 Type=3. 3V_n om D2 PM O S654 D1 B NM O S451 Type=3. 3V_n om D1 B PM O S655 D0 B NM O S452 idt h=1um Type=3. 3V_n om D0 B PM O S65 6 PM O S661 NM O S V_n om PM O S657 NM O S V_n om PM O S658 NM O S4 5 4 id t h = 1 u m h=0. Typ e=3. PM O S659 NM O S4 5 5 id t h = 1 u m h=0. Typ e=3. PM O S660 3V_n om NM O S4 5 6 id t h = 1 u m h=0. Typ e=3. NM O S351 h=0. _ R F PM O S_RF4 n r = 3 0 lr =0. 24 um Type=pm os_r f w10 NM O S349 PM O S12 NM O S3 5 0 PM O S55 4 PM O S10 id t h = 6 u m h=0. NM O S488 idt h=3 um PM O S692 idt h=18 um NM O S489 idt h=3 um PM O S693 idt h=18 um NM O S4 85 idt h=3 um PM O S689 idt h=18 um NM O S4 8 6 idt h=3 um PM O S69 0 idt h=18 um NM O S4 8 7 idt h=3 um PM O S69 1 idt h=18 um NM O S4 8 4 idt h=3 um h=0. PM O S688 idt h=18 um PM O S687 idt h=24 um h=0. Typ e=3. NM O S4 8 3 idt h=4 um PM O S558 idt h=36 um 3V_n om NM O S346 3V_n om PM O S552 idt h=24 um h=0. NM O S3 4 7 idt h=4 um h=0. PM O S553 idt h=12 um NM O S3 48 idt h=2 um NM O S3 45 idt h=10 um PM O S551 idt h=60 um PM O S160 idt h=12 um NM O S1 2 5 idt h=2 um 3V_n om CLKFAST PM O S567 h=0. Type =3. CL KFA ST PM O S568 h=0. CL KFA ST NM O S365 CLKFAST NM O S366 NM O S3 6 7 NM O S368 id t h = 1 u m h=0. NM O S3 6 9 h=0. NM O S370 id t h = 1 u m h=0. PM O S569 id t h = 6 u m h=0. PM O S570 h=0. PM O S571 id t h = 6 u m h=0. PM O S57 2 PM O S573 idt h=20 um PM O S57 4 idt h=20 um T S M C _ C M R F _ P R O C E S S T S M C _ C M R F _ P R O C E S S Resist ance=typical Co r n e r Ca s e = TT Si - Subs t r at e TSM C RF CM O S 0. 25um ADS Manchester
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