Electronics and Communication Engineering - Microwave Communication - Discussion
Discussion Forum : Microwave Communication - Section 2 (Q.No. 27)
27.
In the given figure the reflected voltage wave after first reflection is
Answer: Option
Explanation:
.
Discussion:
6 comments Page 1 of 1.
Shilpi said:
7 years ago
The reflection coefficient at source end is ((200-100)/(200+100))=(1/3),
so voltage become (90/3)=30,
reflection coefficient at load end is ((25-100)/(25+100))=(-3/5),
so reflected voltage (30*(-3/5))=-18v.
so voltage become (90/3)=30,
reflection coefficient at load end is ((25-100)/(25+100))=(-3/5),
so reflected voltage (30*(-3/5))=-18v.
Shailja Tripathi said:
9 years ago
Calculate the output voltage to the reflected voltage.
For that reflected voltage you will get 27 tends to 30 and then do the further calculation.
For that reflected voltage you will get 27 tends to 30 and then do the further calculation.
Caj said:
8 years ago
I believe you need to divide the voltage first:
90(100/200+100)=30.
Then multiply it with the reflection coefficient
30*-0.6= -18.
90(100/200+100)=30.
Then multiply it with the reflection coefficient
30*-0.6= -18.
Sandeep said:
8 years ago
90(200-100/200+100)=90(1/3)=30.
30 is reflected voltage.
30 is reflected voltage.
Nishanth said:
9 years ago
How 30 came here? Please explain that.
Akhilesh said:
9 years ago
How 30 came here? Please explain that.
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