Abstract
In this chapter an overview of phase lock loop is presented, starting with a short review of the history of the PLL in Sect. 1.2. In the following section, Sect. 1.3, various applications of a PLL are discussed. In Sect. 1.4, we discuss the implementation of PLL in communication centric applications. The continued progress in increasing performance, speed, reliability, and the simultaneous reduction in size and cost of integrated circuits (LSI and VLSI) has resulted in a strong interest in the implementation of the phase-locked loop (PLL) in the digital domain. In Sect. 1.5, we give a brief review of the digital version of PLL. Finally, the chapter ends with a note on the organization of this monograph.
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Vincent JH (1919) On some experiments in which two neighboring maintained oscillatory circuits affect a resonating circuit. Proc R Soc 32(part 2): 84–91, 1919–1920
Appleton EV (1922) The automatic synchronization of triode oscillators. Proc Camb Phil Soc 21: 231–248, 1922–1923
de Bellescize H (1932) La reception synchrone. Onde Electr 11:230–240
Wendt KR, Fredendall GL (1943) Automatic frequency and phase control of synchronization in television receivers. Proc IRE 31:7–15
Huntoon RD (1947) Synchronization of oscillators. Proc IRE 35:1415–1423
Travis C (1935) Automatic frequency control. Proc IRE 23(10):1125–1141. doi:10.1109/JRPROC.1935.227257
Foster DE, Seeley SW (1937) Automatic tuning, simplified circuits and design practice. Proc IRE Part 1 25(3):289–313
Rideout VC (1947) Automatic frequency control of microwave oscillators. Proc IRE 35(8):767–771
MacColl LA (1945) Fundamental theory of servomechanisms. D.V. Nostrand Company, New York
McAleer HT (1937) A new look at the phase-locked oscillator. Proc IRE 47(6):1137–1143
Rey TJ (1960) Automatic phase control: theory and design. Proc IRE 48(10):1760–1771
Grebene AB, Camenzind HR (1969) Phase locking as a new approach for tuned integrated circuits. In: ISSCC digest of technical papers, Feb 1969, pp 100–101
Blanchard A (1976) Phase-locked loops: application to coherent receiver design. Wiley, New York
Gardner FM (1979) Phaselock techniques, 2nd edn. Wiley, New York
Lindsey WC, Chie CM (1981) A survey of digital phase-locked loops. Proc IEEE 69:410–431
Blinchikoof HJ, Vaughan GR (1982) All-pole phase-locked tracking filters. IEEE Trans Commun COM-30:2312–2318
Haykin S (1994) Communication systems, 3rd edn. Wiley, New York
Gardner FM (1979) Phaselock techniques, 2nd edn. Wiley, New York
Lewis PH, Weingarten WE (1967) A comparison of second, third and fourth order phase-locked loops. IEEE Trans Aerosp Electron Syst 3:720–727
Rohde UL (1983) Digital PLL frequency synthesizers, theory and design. Prentice-Hall, Englewood Cliffs
Egan WF (1999) Frequency synthesis by phase lock, 2nd edn. Wiley, New York
Frigyes I, Szabo Z, Vanyai P (1989) Digital microwave transmission. Elsevier Science Publishers, Amsterdam
Lindsey WC, Simon MK (1973) Telecommunication systems engineering. Prentice-Hall, Englewood Cliffs
Moeneclaey M (1982) Linear phase-locked loop theory for cyclostationary input disturbances. IEEE Trans Commun COM-30:2253–2259
Braun WR, Lindsey WC (1978) Carrier synchronization techniques for unbalanced QPSK signals, Parts I and II. IEEE Trans Commun COM-26:1325–1341
McCallister RD, Simon MK (1981) Cross-spectrum symbol synchronization. In: Proceedings of ICC81, pp 34.3.1–34.3.6
Holmes JK (1980) Tracking performance of the filter and square bit synchronizer. IEEE Trans Commun COM-28:1154–1158
Van Trees HL (1968) Detection, estimation and modulation theory. Wiley, New York
Simon MK (1970) Nonlinear analysis of an absolute value type of early-late-gate bit synchronizer. IEEE Trans Commun COM-18(5):589–596
Kolumban G, Vizvari B (1995) Nonlinear dynamics and chaotic behavior of the analog phase-locked loop. In: Proceedings of NDES, pp 99–102
Gardner FM (1980) Charge-pump phase-lock loops. IEEE Trans Commun COM-28:1849–1858
Westlake PR (1960) Digital phase control techniques. IRE Trans Commun Syst 8:237–246
Byrne CJ (1962) Properties and design of the phase-controlled oscillator with a sawtooth comparator. Bett Syst Tech J 41:559–602
Gupta SC (1968) On optimum digital phase locked loops. IEEE Trans Commun Technol COM-16(2):340–344
Drogin EM (1967) Steering on course to safer air travel. Electron 27:95–102
Pasternack G, Whalin RL (1968) Analysis and synthesis of a digital phase locked loop for FM demodulation. Bell Syst Tech J 47:2207–2237
Goto H (1970) A digital-phase locked loop for synchronizing digital networks. In: Proceedings of the international conference on communications
Yamashita M (1976) Jitter reduction of a phase-locked loop. Proc IEEE 64:1640–1641
Larimore WE (1968) Synthesis of digital phase-locked loops. In: 1968 EASCON Record. pp 14–20
Larimore WE (1969) Design and performance of a second-order digital phaselocked loop. Symposiyum computer processing in, communications, pp 343–357
Greco J, Garodnick J, Schilling DL (1972) An all digital phase locked loop for FM demodulation. In: Proceedings of international conference communications
Greco J, Garodnick J, Schilling DL (1972) An all digital phase locked loop. In: Proceedings of international telemetering conference, vol VIII, pp 119–123
Greco J, Schilling DL (1973) An all digital phase locked loop for FM demodulation. In: Proceedings of international conference on communications, pp 43:37–43:41
Garodnick J, Greco J, Schilling DL (1974) Response of an all digital phase-locked loop. IEEE Trans Commun Technol COM-22:751–764
Cahn CR, Leimer DK (1980) Digital phase sampling for microcomputer implementation of carrier acquisition and coherent tracking. IEEE Trans Commun Technol COM-28:1190–1196
Natali FD (1968) Accurate digital detection of angle modulated signals. In: 1968 EASCON Record, pp 407–412
Gill GS, Gupta SC (1972) First-order discrete phase-locked loop with applications to demodulation of angle-modulated carrier. IEEE Trans Commun Technol COM-70:454–462
Gill GS, Gupta SC (1972) On higher order discrete phaselocked loops. IEEE Trans Aerosp Electron Syst 8:615–623
Natali FD (1972) All digital coherent demodulator techniques. In: Proceedings of international telemetering conference, vol VIII, pp 89–108
Reddy CP, Gupta SC (1972) Demodulation of FM signals by a discrete phase-locked loop. In: Proceedings of international telemetering conference, vol VIII, pp 124–133
Reddy CP, Gupta SC (1972) A class of all digital phase locked loops: modeling and analysis. In: Proceedings of national telecommunication conference, p 326
Reddy CP, Gupta SC (1974) An all digital phase locked loop for synchronization of a sinusoidal signal embedded in white Gaussian noise. In: Proceedings of national telemetering conference
Weinberg A, Liu B (1974) Discrete time analyses of non-uniform sampling first- and second-order digital phase-locked loops. IEEE Trans Commun Technol COM-22:123–137
Koizumi T, Miyakawa H (1977) Statistical analyses of digital phase-locked loops with time delay. IEEE Trans Commun COM-25:731–735
Chie CM (1978) Mathematical analogies between first-order digital and analog phase-locked loops. IEEE Trans Commun COM-26:860–865
Lindsey WC, Chie CM (1978) Acquisition behavior of a firstorder digital phase-locked loop. IEEE Trans Commun COM-26:1364–1370
D’Andrea N, Russo F (1978) A binary quantized digital phaselocked loop: a graphical analysis. IEEE Trans Commun COM-26:1355–1364
Russo F (1979) Graphical analysis of a digital phase-locked loop. IEEE Trans Aerosp Electron Syst 15:88–94
D’Andrea N, Russo F (1980) Multilevel quantized PDLL behavior with phase- and frequency-step plus noise input. IEEE Trans Commun Technol COM-28:1373–1382
Rocha LF (1979) Simulation of a discrete PLL with variable parameters. Proc IEEE 67:440–442
Chie CM (1980) A second-order frequency-aided digital phase-locked loop for Doppler rate tracking. IEEE Trans Commun Technol COM-28:1431–1436
Osborne HC (1980) Stability analysis of an Nth power digital phaselocked loop-part I: first-order DPLL. IEEE Trans Commun Technol COM-28:1343–1354
Osborne HC (1980) Stability analysis of an Nth power digital phase-locked loop-part II: second- and third-order DPLLś. IEEE Trans Commun Technol COM-28:1355–1364
Holmes JK (1972) Performance of a first-order transition sampling digital phase-locked loop using random-walk models. IEEE Commun Technol COM-20:119–131
Tegnelia CR (1972) A simple second-order digital phase-locked loop. In: Proceedings of international telemetering conference, vol VIII, pp 108–118
Holmes JK, Tegnelia CR (1974) A second-order all digital phaselocked loop. IEEE Trans Commun Technol COM-22:62–68
Lesh JR (1975) Calculating acquisition behavior for completely digital phase-lock loop loops. JPL DSN Prop Rep 42–39:33–45
Majumdar T (1979) Range extension of a digital phase-locked loop. Proc IEEE 67:1574–1575
Cernuschi-Frias B, Rocha LF (1980) An extension of the Gill and Gupta discrete phase-locked loop. Proc IEEE 68
Cessna JR, Levy JDM (1972) Phase noise and transient times for a binary quantized digital phase-locked loop in white Gaussian noise. IEEE Trans Commun Technol COM-20:94–104
Cessna JR (1972) Digital phase locked loops with sequential loop filters: a case for coarse quantization. In: Proceedings of international telemetering conference, vol VIII, pp 136–148
Yamamoto A, Mori S (1978) Performance of a binary quantized all digital phase-locked loop with a new class of sequential filter. IEEE Trans Commun COM-26:35–45
Jazwinski A (1966) Filtering for nonlinear dynamical systems. IEEE Trans Autom Control 11(4):765–766. doi:10.1109/TAC.1966.1098431
Kelly CN, Gupta SC (1972) The digital phase locked loop as a near optimum FM demodulator. IEEE Trans Commun Technol COM-20:406–411
Kelly CN, Gupta SC (1972) Discrete time demodulation of continuous time signals. IEEE Trans Inf Theory 18:488–493
Polk DR, Gupta SC (1973) Quasi-optimum digital phase-locked loops. IEEE Trans Commun Technol COM-21:75–82
Polk DR, Gupta SC (1973) An approach to the analysis of performance of quasioptimum digital phase-locked loops. IEEE Trans Commun Technol COM-21:733–738
McBride AL (1973) On optimum sampled-data FM demodulation. IEEE Trans Commun Technol COM-21:40–50
Hurst GT, Gupta SC (1974) Quantizing and sampling considerations in digital phase locked loops. IEEE Trans Commun Technol COM-22:68–72
Hurst GT, Gupta SC (1974) On the performance of digital phase locked loops in the threshold region. IEEE Trans Commun Technol COM-22:724–726
Weinberg A, Liu B (1975) Digital phase lock for optimum demodulation. IEEE Trans Aerosp Electron Syst 11:1269–1280
Dharamsi MT, Gupta SC (1975) Discrete-time demodulation of angle modulated analog signals in fading channels. J Inf Sci
Takhar G (1976) On signals over multipath channels for aeronautical communication (PhD Thesis abstracts). IEEE Trans Inf Theory 22(1):124
Gupta SC (1975) Phase-locked loops. Proc IEEE 63:291–306
Saeki T et al (1996) A 2.5-ns clock access, 250-MHz, 256-Mb SDRAM with synchronous mirror delay. IEEE J Solid-State Circuits 31:1656–1665
Hatakeyama A et al (1997) A 256-Mb SDRAM using a register-controlled digital DLL. IEEE J Solid-State Circuits 32:1728–1732
Kim CH et al (1998) A 64-Mbit, 640-Mbyte/s bidirectional data strobed, double-data-rate SDRAM with a 40-mW DLL for a 256-Mbyte memory system. IEEE J Solid-State Circuits 33:1703–1708
Geannopoulos G, Dai X (1998) An adaptive digital deskewing circuit for clock distribution networks. In: ISSCC digest of technical papers, February 1998, pp 400–401
Eto S et al (1998) A 1Gb SDRAM with ground level precharged bit line and nonboosted 2.1-V word line. IEEE J Solid-State Circuits 33:1697–1701
Garlepp B et al (1999) A portable digital DLL for high-speed CMOS interface circuits. IEEE J Solid-State Circuits 34(5):632–642
Lin F, Miller J, Schoenfeld A, Ma M, Baker RJ (1999) A register-controlled symmetrical DLL for double-data-rate DRAM. IEEE J Solid-State Circuits 34(4):565–568
Dunning J, Garcia G, Lundberg J, Nuckolls E (1995) An all-digital PLL with 50-cycle lock time suitable for high-performance microprocessors. IEEE J Solid-State Circuits 30:412–422
Chiang JS, Chen KY (1998) A 3.3V all digital phase-locked loop with small DCO hardware and fast phase lock. In: Symposium on VLSI circuits digest of technical papers
Staszewski RB, Leipold D, Muhammad K, Balsara PT (2003) Digitally controlled oscillator (DCO)-based architecture for RF frequency synthesis in a deep-submicrometer CMOS process. IEEE Trans Circuits Syst II 50(11):815–828
Dalt ND, Thaller E, Gregorius P, Gazsi L (2005) A compact tripleband low-Jitter digital LC PLL with programmable coil in 130-nm CMOS. IEEE J Solid-State Circuits 40(7):1482–1490
Khalil AH, Ibrahim KT, Salama AE (2002) Digital of ADPLL for good phase and frequency tracking performance. In: Proceedings of the nineteenth national radio science conference (NRSC 2002), Alexandria, March 2002, pp 284–290
Best RE (2003) Phase locked loops design simulation and applications, 5th edn. McGraw-Hill Professional, New York, pp 205–246
Rahmatullah N (2005) Design of all digital FM receiver circuit. Project report in Institute Technology Bandung, Indonesia
Staszewski RB et al (2005) All-digital PLL and transmitter for mobile phones. IEEE J Solid-State Circuits 40(12):2469–2482
Shan CH, Chen Z, Wang Y (2006) An all digital phase-locked loop based on double edge triggered flip-flop. In: Proceedings of 8th IEEE international conference on solid-state and integrated circuit technology (ICSICT’06), China, pp 1990–1992
Brito MJP, Bampi S (2008) Design of a digital FM demodulator based on a 2nd-order all digital phase locked loop. J Analog Integr Circuit Signal Process
Hatai I, Chakrabarti I (2009) FPGA implementation of digital FM modem. In: Proceedings of IEEE international conference on information and multimedia technology, ICIMT09, India, pp 475–479
Hong SC (2009) An all digital phase-locked loop system with high performance on wideband frequency tracking. IEEE Trans Circuit Syst 52(10)
Kumn M, Klingbeil H (2010) An FPGA-based linear all- digital phase-locked loop. IEEE Trans Circuit Syst 57(9)
Yau TY, Caohuu T (2011) An efficient all-digital phase-locked loop with input fault detection. In: Proceedings of IEEE conference, information science and applications (ICISA)
Lin J, Haroun B, Foo T, Wang J-S, Helmick B, Randall S, Mayhugh T, Barr C, Kirkpatric J (2004) A PVT tolerant 0.18 MHz to 600 MHz self-calibrated digital PLL in 90 nm CMOS process. In: Proceedings of IEEE international solid-state circuits conference, San Francisco, February 2004, pp 488–541
Bonfanti A, Amorosa F, Samori C, Lacaita L (2003) A DDS-based PLL for 2.4-GHz frequency synthesis. IEEE Trans Circuits Syst-II: Analog Digit Signal Process 50(12):1007–1010
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Purkayastha, B.B., Sarma, K.K. (2015). Introduction. In: A Digital Phase Locked Loop based Signal and Symbol Recovery System for Wireless Channel. Signals and Communication Technology. Springer, New Delhi. https://doi.org/10.1007/978-81-322-2041-1_1
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