## Analog Signal Processing and InstrumentationIntegrated circuits have revolutionised design electronics. This new paperback edition of Professor Arbel's text for electronic systems designers treats integrated circuits as black boxes whose properties are specified by the manufacturer and shows bow to design circuits that make the best use of them. This approach enables the designer to concentrate on the best way of using the circuit modules. A most valuable feature of the book is the presence of many practical problems together with their solutions. There is also a bibliography. |

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### Contents

Basic and feedback amplifiers | 3 |

Transducers | 98 |

Analog signal conditioning | 113 |

Analog signal measurement in the time domain | 194 |

Digitaltoanalog converters | 206 |

Analogtodigital conversion techniques | 218 |

Converters selected topics | 253 |

Data acquisition systems | 265 |

Computer aided design | 308 |

Appendix A Random data analysis | 328 |

Appendix B Analysis of feedback amplifiers | 354 |

Analysis and design techniques for LT | 372 |

Characterization of a transfer function | 387 |

Appendix E The sampling theorem | 392 |

Appendix H Abbreviations and notation | 417 |

433 | |

### Common terms and phrases

A/D converter accuracy Adapted amplitude analog signal applications assume baseline restorer basic amplifier binary Bode plot cable capacitance capacitor circuit clock pulses closed-loop CMRR comparator computation connected constant counter crosscorrelation defined delay detector differential effect employed encoder equal Equation error factor feedback amplifier feedback network feedback-stabilized filter flow graph gain gain-bandwidth product gate Gray code Hence ideal impulse response input impedance input signal input voltage integrator interval linear loop LT(s measured Miller effect mismatch conditions modulation noise contribution noise figure noise sources noise voltage non-linear obtained offset operational amplifier output impedance output voltage parameter parasitic poles plot practical problem random ratio resistance resistor resulting root locus sample sample-hold series noise shown in Fig signal processing small-signal spectral density stability switch technique temperature terminal transadmittance amplifier transducer transfer function transimpedance amplifier transistor variable voltage amplifier waveform yields zero