You are designing a transmssion line for use in a chip circuit, as shown in the Figure. The transmission lines will be separted by a distance of 200 um and the device will operate in air. The diameter of each line is 2 um. The circuit is designed to have perfect impedance match between the battery Vext and the transmission line and the test load is just a short circuit. Current 200 m Vext Current a) What is the value for current I that will result in a mechanically balanced transmission line if an external DC voltage of Vext = 5 V is used? b) Suppose the battery voltage suddenly dropped by half. Would the transmission line wires be likely to move: inward, outward or not move? Give reasoning. You are designing a transmssion line for use in a chip circuit, as shown in the Figure. The transmission lines will be separted by a distance of 200 um and the device will operate in air. The diameter of each line is 2 um. The circuit is designed to have perfect impedance match between the battery Vext and the transmission line and the test load is just a short circuit. Current 200 m Vext Current a) What is the value for current I that will result in a mechanically balanced transmission line if an external DC voltage of Vext = 5 V is used? b) Suppose the battery voltage suddenly dropped by half. Would the transmission line wires be likely to move: inward, outward or not move? Give reasoning