8-1: Impulse response and H(z) for cascade

  • 10–1
 

8-2: Matching H(z) with impulse response or difference equation

  • 10–2
 

8-3: Impulse response and H(z) for cascade

  • 10–3
 

8-4: Matching H(z) with impulse response or difference equation

  • 10–4
 

8-5: Impulse response and H(z) for cascade

  • 10–5
 

8-6: Matching H(z) with impulse response or difference equation

  • 10–6
 

8-7: Plot frequency response & pole-zero plot

  • 10–7
 

8-8: Matching impulse response or difference equation to frequency response

  • 10–8
 

8-9: Plot frequency response & pole-zero plot

  • 10–9
 

8-10: Matching impulse response or difference equation to frequency response

  • 10–10
 

8-11: Plot frequency response & pole-zero plot

  • 10–11
 

8-12: Matching impulse response or difference equation to frequency response

  • 10–12
 

8-13: Various z-transforms

  • 10–13
 

8-14: Various inverse z-transforms

  • 10–14
 

8-15: Three-domain analysis for IIR system given H(z)

  • 10–15
 

8-16: Cascade of Two Discrete-Time Systems; Find H(z)

  • 10–16
 

8-17: Match the Frequency Response with H(Z) or the Difference Equation

  • 10–17
 

8-18: Cascade of Two Discrete-Time Systems; Find H(z)

  • 10–18
 

8-19: Match the Frequency Response with H(Z) or the Difference Equation

  • 10–19
 

8-20: Cascade of Two Discrete-Time Systems; Find H(z)

  • 10–20
 

8-21: Match the Frequency Response with H(Z) or the Difference Equation

  • 10–21
 

8-22: Cascade of Two Discrete-Time Systems; Find H(z)

  • 10–22
 

8-23: Match the Frequency Response with H(Z) or the Difference Equation

  • 10–23
 

8-24: Matching Pole-Zero Plots to Various H(z) and Difference Equations

  • 10–24
 

8-25: Matching Impulse Responses h[n] to Various H(z) and Difference Equations

  • 10–25
 

8-26: Matching Frequency Responses to Various H(z) and Difference Equations

  • 10–26
 

8-27: Difference Equation Derived from Block Diagram of IIR Filter

  • 10–27
 

8-28: Output Signal & Frequency Response for IIR Filter Defined by MATLAB Code

  • 10–28
 

8-29: Cascade of 3 LTI Systems; H(z)

  • 10–29
 

8-30: H(z) for All-Pass IIR Filter; Poles & Zeros; Frequency Response

  • 10–30
 

8-31: Difference Equation from Rational H(z); Zeros & Poles

  • 10–31
 

8-32: H(z) from IIR Difference Equation; Frequency Response; Poles & Zeros

  • 10–32
 

8-33: Design IIR Filter H(z) to Synthesize y[n]

  • 10–33
 

8-34: H(z) from IIR Difference Equation; Poles & Zeros; Output Signal

  • 10–34
 

8-35: H(z) from IIR Difference Equation; Poles & Zeros

  • 10–35
 

8-36: H(z) from IIR Difference Equation; Frequency Response; Nulling

  • 10–36
 

8-37: Matching Impulse Responses h[n] to Various H(z) and Difference Equations

  • 10–37
 

8-38: Matching Frequency Responses to Various H(z) and Difference Equations

  • 10–38
 

8-39: Poles & Zeros from Difference Equation and H(z)

  • 10–39
 

8-40: Cascade of 3 LTI Systems; H(z); Impulse Response

  • 10–40
 

8-41: Cascade of 2 Systems: FIR & IIR; Impulse Response

  • 10–41
 

8-42: Cascade of 2 Systems: FIR & IIR; Poles & Zeros; Complex Exponential Input

  • 10–42
 

8-43: Cascade of 2 Systems: FIR & IIR; H(z); Difference Equation

  • 10–43
 

8-44: Output Signal & Frequency Response for IIR Filter from h[n] and x[n]

  • 10–44
 

8-45: H(z) from MATLAB Code for IIR Filter; Block Diagram; Impulse Response

  • 10–45
 

8-46: Pole-Zero Plot Derived from Impulse Response and Frequency Response

  • 10–46
 

8-47: Matching Impulse Response h[n] to H(z) or Difference Equation

  • 10–47
 

8-48: Matching Frequency Response to H(z) or Difference Equation

  • 10–48
 

8-49: Poles and Zeros of H(z)

  • 10–49
 

8-50: Output and Impulse Response for Feedback Filter

  • 10–50
 

8-51: Inverse z-Transform & Frequency Response from H(z)

  • 10–51
 

8-52: H(z) & Frequency Response from IIR Difference Equation

  • 10–52
 

8-53: Find Output via Inverse z-Transform of System Function

  • 10–53
 

8-54: Cascade of 3 LTI Systems; H(z); Impulse Response

  • 10–54
 

8-55: Match the Impulse Response with H(z) or the Difference Equation

  • 10–55
 

8-56: Match the Frequency Response with H(z) or the Difference Equation

  • 10–56
 

8-57: Pole-zero plot of system function

  • 10–57
 

8-58: Output signal via z-transform method

  • 10–58
 

8-59: Pole-zero plot of system function

  • 10–59
 

8-60: Output signal via z-transform method

  • 10–60
 

8-61: Pole-zero plot of system function

  • 10–61
 

8-62: Output signal via z-transform method

  • 10–62
 

8-63: Matching impulse responses

  • 10–63
 

8-64: Matching frequency responses

  • 10–64
 
 

8-66: Matching impulse responses

  • 10–66
 

8-67: Matching frequency responses

  • 10–67
 
 

8-69: Matching impulse responses

  • 10–69
 

8-70: Matching frequency responses

  • 10–70
 
 

8-72: Matching poles and zeros from difference equation

  • 10–72
 

8-73: Matching impulse responses

  • 10–73
 

8-74: Matching frequency responses

  • 10–74
 

8-75: Difference equation and poles and zeros from H(z)

  • 10–75
 

8-76: Impulse and Frequency response from H(z)

  • 10–76
 

8-77: Difference equation and poles and zeros from H(z)

  • 10–77
 

8-78: Impulse and Frequency response from H(z)

  • 10–78
 

8-79: Difference equation and poles and zeros from H(z)

  • 10–79
 

8-80: Impulse and Frequency response from H(z)

  • 10–80
 

8-81: Frequency Response from FIR Difference Equation or Impulse Response

  • 10–81
 

8-82: Output From System Function or Difference Equation

  • 10–82
 

8-83: Poles and Zeros of H(z)

  • 10–83
 

8-84: Frequency Response from FIR Difference Equation or Impulse Response

  • 10–84
 

8-85: Output From System Function or Difference Equation

  • 10–85
 

8-86: Poles and Zeros of H(z)

  • 10–86
 

8-87: Frequency Response from FIR Difference Equation or Impulse Response

  • 10–87
 

8-88: Output From System Function or Difference Equation

  • 10–88
 

8-89: Poles and Zeros of H(z)

  • 10–89
 

8-90: Compute the Output of an IIR System

  • 10–90
 

8-91: Match the Impulse Response with H(Z) or the Difference Equation

  • 10–91
 

8-92: Match the Frequency Response with H(Z) or the Difference Equation

  • 10–92
 

8-93: Cascade of Two Discrete-Time Systems; Find H(z)

  • 10–93
 

8-94: Matching Frequency Responses of a Discrete-Time System to Other Descriptions

  • 10–94
 

8-95: Matching Pole-Zero Plots to Other Descriptions of a System

  • 10–95
 

8-96: Cascade of Two Discrete-Time Systems; Find H(z)

  • 10–96
 

8-97: Matching Frequency Responses of a Discrete-Time System to Other Descriptions

  • 10–97
 

8-98: Matching Pole-Zero Plots to Other Descriptions of a System

  • 10–98
 

8-99: Cascade of Two Discrete-Time Systems; Find H(z)

  • 10–99
 

8-100: Matching Frequency Responses of a Discrete-Time System to Other Descriptions

  • 10–100
 

8-101: Matching Pole-Zero Plots to Other Descriptions of a System

  • 10–101
 

8-102: z-Transform of IIR

  • 10–102
 

8-103: Which Domain Should You Use to Solve a Given Problem?

  • 10–103
 

8-104: Match the Impulse Response with H(Z) or the Difference Equation

  • 10–104
 

8-105: Match the Frequency Response with H(Z) or the Difference Equation

  • 10–105
 

8-106: Matching pole-zero plots to systems

  • 10–106
 

8-107: Matching pole-zero plots to systems

  • 10–107
 

8-108: Matching pole-zero plots to systems

  • 10–108
 

8-109: z-Transforms in rational form

  • 10–109
 

8-110: Poles & Zeros from Difference Equation and H(z)

  • 10–110
 

8-111: Matching Impulse Responses h[n] to Various H(z) and Difference Equations

  • 10–111
 

8-112: Matching Frequency Responses to Various H(z) and Difference Equations

  • 10–112
 

8-113: Sinusoidal Equations for IIR Filter Solved via Phasors

  • 10–113
 

8-114: Cascade of 3 LTI Systems; H(z); Impulse Response

  • 10–114
 

8-115: Poles & Zeros from Difference Equation and H(z)

  • 10–115
 

8-116: Matching Impulse Responses h[n] to Various H(z) and Difference Equations

  • 10–116
 

8-117: Matching Frequency Responses to Various H(z) and Difference Equations

  • 10–117
 

8-118: Cascade of 3 LTI Systems; H(z); Impulse Response

  • 10–118
 

8-119: H(z) from IIR Difference Equation; Frequency Response; Poles & Zeros

  • 10–119
 

8-120: Difference Equation from H(z); Frequency Response; Poles & Zeros

  • 10–120
 

8-121: H(z) for All-Pass IIR Filter; Poles & Zeros; Frequency Response

  • 10–121
 

8-122: H(z) from IIR Difference Equation; Impulse Response h[n]; Poles & Zeros

  • 10–122
 

8-123: Frequency Response for FIR and IIR Filters

  • 10–123
 

8-124: Cascade of 3 LTI Systems; H(z); Impulse Response

  • 10–124
 

8-125: Output Signal given Frequency Response of IIR Filter and Input Spectrum

  • 10–125
 

8-126: Computing Frequency Response With MATLAB

  • 10–126
 

8-127: Find Poles and Zeros From System Functions

  • 10–127
 

8-128: Match Frequency Response to Difference Equation or Impulse Response

  • 10–128
 

8-129: Match System Function or Difference Equation to Output

  • 10–129
 

8-130: Plot Output of IIR System Function

  • 10–130
 

8-131: Cascade of 3 LTI Systems; H(z); Impulse Response

  • 10–131
 

8-132: Matching Impulse Response h[n] to H(z) or Difference Equation

  • 10–132
 

8-133: Matching Frequency Response to H(z) or Difference Equation

  • 10–133
 

8-134: Matching Impulse Responses

  • 10–134
 

8-135: Matching Frequency Responses

  • 10–135
 

8-136: Matching Pole-Zero Diagrams

  • 10–136
 

8-137: H(z) from IIR Difference Equation; Poles & Zeros; Output Signal

  • 10–137
 

8-138: Design IIR Filter H(z) to Synthesize y[n]

  • 10–138
 

8-139: MATLAB Functions: filter( ) & freqz( ) use Filter Coefficients

  • 10–139
 

8-140: Output Signal for IIR Difference Equation; Finite-Length Input Signal

  • 10–140
 

8-141: Difference Equation from Poles & Zeros of H(z); Impulse Response

  • 10–141
 

8-142: Output Signal for IIR Difference Equation; Finite-Length Input Signal

  • 10–142
 

8-143: Frequency Response from Pole-Zero Plot

  • 10–143
 

8-144: Matching Pole-Zero Plots to Various H(z) and Difference Equations

  • 10–144
 

8-145: Matching Impulse Responses h[n] to Various H(z) and Difference Equations

  • 10–145
 

8-146: Matching Frequency Responses to Various H(z) and Difference Equations

  • 10–146
 

8-147: Design IIR Filter H(z) to Synthesize a Sinusoid; D/C Reconstruction

  • 10–147
 

8-148: Matching Pole-Zero Plots to Various H(z) and Difference Equations

  • 10–148
 

8-149: Matching Impulse Responses h[n] to Various H(z) and Difference Equations

  • 10–149
 

8-150: Matching Frequency Responses to Various H(z) and Difference Equations

  • 10–150
 

8-151: Impulse Response & Poles of IIR Filter Defined by MATLAB; D/C Conversion

  • 10–151
 

8-152: Cascade of 3 LTI Systems; H(z); Impulse Response

  • 10–152
 

8-153: Difference Equation from H(z); Frequency Response

  • 10–153
 

8-154: H(z) from IIR Difference Equation; Poles & Zeros; Output Signal

  • 10–154
 

8-155: Impulse Response of a 2nd-Order IIR Filter

  • 10–155
 

8-156: H(z) from IIR Difference Equation; Frequency Response; Poles & Zeros

  • 10–156
 

8-157: Difference Equation from H(z); Frequency Response; Poles & Zeros

  • 10–157
 

8-158: H(z) from IIR Difference Equation; Poles & Zeros

  • 10–158
 

8-159: Output Signal & Frequency Response for IIR Filter Defined by MATLAB Code

  • 10–159
 

8-160: Cascade of 3 LTI Systems; H(z); Impulse Response; Difference Equation

  • 10–160
 

8-161: Matching Frequency Responses to 2 Difference Equations

  • 10–161
 

8-162: Difference Equation and H(z) from Block Diagram of IIR Filter

  • 10–162
 

8-163: H(z) from Difference Equation

  • 10–163
 

8-164: Match Frequency Responses to Difference Equations

  • 10–164
 

8-165: Difference Equation from Signal Flow Graph

  • 10–165
 

8-166: H(z) from Difference Equation

  • 10–166
 

8-167: Damped Sinusoid Response of Second-Order Filter

  • 10–167
 

8-168: Response of Recursive Difference Equation

  • 10–168
 

8-169: H(z) for Recursive Difference Equation

  • 10–169
 

8-170: Frequency Response and Difference Equation from H(z)

  • 10–170
 

8-171: Match Impulse Responses to H(z) and Difference Equations

  • 10–171
 

8-172: Match Frequency Responses to H(z) and Difference Equations

  • 10–172
 

8-173: Poles and Zeros from Difference Equations and H(z)

  • 10–173
 

8-174: Impulse Response and H(z) for cascade of 3 systems

  • 10–174
 

8-175: Plot Output of IIR System Function

  • 10–175
 

8-176: System Functions and Frequency Response

  • 10–176
 

8-177: Matching Impulse Response h[n] to H(z) or Difference Equation

  • 10–177
 

8-178: Matching Frequency Response to H(z) or Difference Equation

  • 10–178
 

8-179: Matching Pole-Zero Plot to Difference Equation

  • 10–179
 

8-180: Difference Equation of Two Cascaded Filters

  • 10–180
 

8-181: Matching Impulse Response h[n] to H(z) or Difference Equation

  • 10–181
 

8-182: Plot Output of IIR System Function

  • 10–182
 

8-183: Matching Frequency Response to H(z) or Difference Equation

  • 10–183
 

8-184: Matching Pole-Zero Plot to Difference Equation

  • 10–184
 

8-185: System Functions and Frequency Response

  • 10–185
 

8-186: Difference Equation of Two Cascaded Filters

  • 10–186
 

8-187: Cascade of 3 LTI Systems; H(z); Impulse Response

  • 10–187
 

8-188: Matching Frequency Response to H(z) or Difference Equation

  • 10–188