Basic Circuit Theory 8 The Fig. 17-37 is a"diode matrix".As shown the circuit encodes the presence of e into the binary number [10 1 and that of e b the number 1 10. Explain the operation of the circuit Fig. 17-37 For prob. 8 9 Construct a diode matrix to encode each of the 10 decimal digits into its binary representation 10 A nonlinear capacitor may be used as a harmonic generator. Let a nonlinear capacitor be characterized by a charge-voltage(q v)relation: q=v+v. Let v(t)=sint. Find the harmonics of the current in the capacitor. Choose a qv relation such that only the third harmonics ppears Reference answers to Selected Problems 6:2-0.0715 cos t v DaLian Maritime UniversityBasic Circuit Theory Chpter17 Problems 8 The Fig. 17-37 is a “ diode matrix ”. As shown the circuit encodes the presence of e into the binary number [ 1 0 1 ] and that of e the number [ 1 1 0 ]. Explain the operation of the circuit. A B + - + - Ae 1x 2x 3x Be 1 0 Ae 2x 3x Be 1x 0 1 1 1 Fig. 17-37 For prob. 8. 9 Construct a diode matrix to encode each of the 10 decimal digits into its binary representation. 10 A nonlinear capacitor may be used as a harmonic generator. Let a nonlinear capacitor be characterized by a charge-voltage (q～v) relation: q = v+v 3 . Let v(t) = sint. Find the harmonics of the current in the capacitor. Choose a q～v relation such that only the third harmonics appears. Reference Answers to Selected Problems 6: 2 – 0.0715 cos t V. 7: “ AND ” gate. DaLian Maritime University 2