## Instrument Engineering: Applications of the instrument engineering method. pt. 1. Measurement systems. pt. 2. Control systems |

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### Contents

INTRODUCTION | 1 |

Representation of Operating Components | 8 |

Tangent Chord and Secant Definitions of Sensitivity | 15 |

Copyright | |

89 other sections not shown

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### Common terms and phrases

amplifier analog-computer angular velocity associated calibration Chapter coefficient settings coil constant corresponding Coulomb friction curve family cycles per second damping ratio Definition Summary Derivation Summary differential equation dimensionless sensitivity ratio dynamic amplitude ratio dynamic response angle effects electrical engine error feedback first-order fluid forcing displacement forcing frequency forcing function fractional deviation functional diagram given Illustrative indicating system inertial space Information Summary input quantity magnetic magnitude measuring instruments mechanical natural frequency nondimensional operating component oscillograph output quantity output signal output voltage performance equation performance function performance ratio plots pressure receiving element pulse function range reference frequency ratio reference sensitivity relating function relative displacement relative motion receiver response angle deviation scale reading second-order seismic element seismographic system sinusoidal steady-state sinusoidal step function step function response symbols thermometer tion tolerance limits torque typical uncertainty undamped natural frequency unity viscous damping viscous shear integrator voltage zero