Question

Problem 1.2. (8 mB A signal transmission line is provided, whose input has a harmonic voltage and at the end ( z = 0) is a load consisting of two complex impedances Z.-R. + J. X. and Z R+j X, closed in parallel. The phasor of voltage on load is U Ue working frequency f=-.10' Hz Task 1.2. Table 1.2 exponential and vice versa are already given and not specified. numbers can be used, which are chosen in order to make the solution more rational. Individual data for the calculation are given in the Appendix Task variants, selection, data May be used a calculator for calculating operations and transitions from algebraic to The results are summarized in Task 1.2. Score table (this is given). The units in the table In the course of calculations, the forms of algebraic and exponential forms of complex Task 1.2.1. Calculate what is the total load impedance Z Z Z 1.2.1.1. (1 mB) The result (Z) must be expressed in algebraic form 1.2.1.2. (1 mB). The result (Z) must be expressed in polar form 1.2.2. (1 mB) Calculate the phasor of current Iin load 1.2.3. (1 mB) Write an expression of the current in load )in the form of time, using the numerical values given and calculated values. 1.2.4. (2 mB) Calculate the complex power S in load. 1.2.5. (2 mB) Calculate in polar form Zs-Z Fill the given data and results in the tables Your individual data for a Z,11-Ω , rad Your results Mark Point of mBPhisical value Numerical result 1.2.1 1.2.1.1 12.12. 1.2.2 1.2.3 1.2.4 1.2.5 Z (algebr.f.),2 | | | z, (ckponen. f.)Ω Id. HA

Answer 1