A (75 - j 40) W load is connected to a co-axial line of z0 = 75ω at 6 MHz. The load matching on the line can be accomplished by connecting-A-a short circuit stub at the loadB-an inductance at the loadC-a short circuit stub at a specific distance from the loadD-a capacitance at a specific distance from the load-B-an inductance at the load

Question

A (75 - j 40) W load is connected to a co-axial line of z0 = 75&omega; at 6 MHz. The load matching on the line can be accomplished by connecting-A-a short circuit stub at the loadB-an inductance at the loadC-a short circuit stub at a specific distance from the loadD-a capacitance at a specific distance from the load-B-an inductance at the load

APTITUDE CRACK · Accepted Answer

B an inductance at the load ZL = 75 J . 40, ZC = 75 W, f = 6 mHz Given ZL is capacitive, so proper matching, load must be inductive.

Electromagnetic Field Theory - Engineering

A (75 - j 40) W load is connected to a co-axial line of z₀ = 75ω at 6 MHz. The load matching on the line can be accomplished by connecting

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Electromagnetic Field Theory - Engineering

A (75 - j 40) W load is connected to a co-axial line of z0 = 75ω at 6 MHz. The load matching on the line can be accomplished by connecting

Solution

For help Students Orientation Mcqs Questions

A (75 - j 40) W load is connected to a co-axial line of z₀ = 75ω at 6 MHz. The load matching on the line can be accomplished by connecting

For help Students Orientation
Mcqs Questions