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Sampling 7.1 Introduction

Sampling 7.1 Introduction. Sampling 7.1 Introduction convert a continuous-time signal to a discrete-time signal, process the discrete-time signal using a discrete-time system, and then convert back to continuous time. Sampling 7.1 Introduction The Sampling theorem

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Sampling 7.1 Introduction

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  1. Sampling 7.1 Introduction

  2. Sampling 7.1 Introduction convert a continuous-time signal to a discrete-time signal, process the discrete-time signal using a discrete-time system, and then convert back to continuous time.

  3. Sampling 7.1 Introduction The Sampling theorem Spectrum of sampled signal Exact recovery using an ideal lowpass filter Reconstruction of a Signal from its Samples Zero-order hold First-order hold Reconstruction of a Continuous-Time Signal with a ILPF

  4. 7.1 The Sampling Theorem

  5. 7.1.1 Impulse-Train Sampling

  6. Analog-to-Digital Encoding

  7. 7.2 Reconstruction of A Signal From Its Samples Reconstruction of a Continuous-Time Signal with a Zero-Order Hold

  8. 7.2 Reconstruction of A Signal From Its Samples Reconstruction of a Continuous-Time Signal with a Zero-Order Hold

  9. 7.2 Reconstruction of A Signal From Its Samples Reconstruction of a Continuous-Time Signal with a Zero-Order Hold

  10. 7.2 Reconstruction of A Signal From Its Samples Reconstruction of a Continuous-Time Signal with a Zero-Order Hold

  11. 7.2 Reconstruction of A Signal From Its Samples Reconstruction of a Continuous-Time Signal with a First-Order Hold

  12. 7.2 Reconstruction of A Signal From Its Samples Reconstruction of a Continuous-Time Signal with a First-Order Hold

  13. Reconstruction of a Continuous-Time Signal with a First-Order Hold

  14. Reconstruction of a Continuous-Time Signal with a ILPF

  15. Reconstruction of a Continuous-Time Signal with a ILPF

  16. Reconstruction of a Continuous-Time Signal with a ILPF

  17. 7.6 7.21 (a),(b),(f) 7.22

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