For the matching techniques of the terminated transmission line: (NOTE: More than one answer)Select one or more:a.Conjugate match does not ensure the maximum power transfer from source to loadb.Low pass matching network is suitable for high load impedancec.High pass matching network is suitable for high source impedanced.It provides standing wave pattern in the transmission linee.Conjugate match is desirable at it matches the source impedance with the load impedance

The correct answers are:

a. Conjugate match does not ensure the maximum power transfer from source to load

c. High pass matching network is suitable for high source impedance

e. Conjugate match is desirable as it matches the source impedance with the load impedance

Here's why:

a. Conjugate matching is a method used in telecommunications to ensure maximum power transfer from the source to the load by making the load impedance equal to the complex conjugate of the source impedance. However, in practice, due to losses and non-linearities, conjugate matching does not always ensure maximum power transfer.

b. Low pass matching network is not specifically suitable for high load impedance. The choice between low pass, high pass, or band pass matching network depends on the frequency characteristics of the source and load, not their impedance levels.

c. High pass matching network is suitable for high source impedance. High pass networks allow high-frequency signals to pass through while attenuating (reducing) the strength of low-frequency signals. If the source has a high impedance at low frequencies, a high pass matching network can be used to improve the power transfer.

d. Matching techniques aim to eliminate reflections and standing waves in the transmission line, not to provide them. Standing waves are a sign of mismatch between the source and load impedances.

e. Conjugate match is desirable as it matches the source impedance with the load impedance. When the load impedance is the complex conjugate of the source impedance, the power transfer is maximized, which is usually the goal in telecommunications systems.