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Fig. 19.1 (a) One-port network, (b) Two-port network.

Explore techniques for determining Z, Y, T, π, h-parameters in two-port networks. Discover equivalent circuits for reciprocal and general cases. Learn about series, parallel, and cascade connections, as well as transistor amplifier designs and LC ladder networks for filters.

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Fig. 19.1 (a) One-port network, (b) Two-port network.

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  1. Fig. 19.1 (a) One-port network, (b) Two-port network.

  2. Fig. 19.3 Determining of the z parameters: (a) finding z11 and z21, (b) finding z12 and z22

  3. Fig. 19.5 (a) T equivalent circuit (for reciprocal case only), (b) general equivalent circuit.

  4. Fig. 19.12 Determination of the y parameters: (a) finding y11 and y21, (b) finding y12 and y22.

  5. Fig. 19.13 (a) -equivalent circuit (for reciprocal case only), (b) general equivalent circuit.

  6. Fig. 19.20 The h-parameter equivalent network of a two-port network.

  7. Fig. 19.21 The g-parameter model of a two-port network.

  8. Fig. 19.39 Series connection of two two-port networks.

  9. Fig. 19.40 Parallel connection of two two-port networks

  10. Fig. 19.41 Cascade connection of two two-port networks

  11. Fig. 19.57 Transistor amplifier with source and load resistance

  12. Fig. 19.61 LC ladder networks for lowpass filters of: (a) odd-order, (b) even-order.

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