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book Electronic Communication Systems 2nd Edition by Roy Blake cover

Electronic Communication Systems 2nd Edition by Roy Blake

Edition 2ISBN: 978-0766826847
book Electronic Communication Systems 2nd Edition by Roy Blake cover

Electronic Communication Systems 2nd Edition by Roy Blake

Edition 2ISBN: 978-0766826847
Exercise 1
What is the relationship between noise figure and noise temperature
Explanation
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The expression for the input thermal noise
The expression for the input thermal noise     is,    The equivalent input noise generated by the amplifier is,    Here,     is the noise produced at a temperature     and     is the noise produced at a reference temperature     of 290 K. Equate the input noise expressions.    Therefore,    Therefore, the relation between noise figure and noise temperature is,    . is,
The expression for the input thermal noise     is,    The equivalent input noise generated by the amplifier is,    Here,     is the noise produced at a temperature     and     is the noise produced at a reference temperature     of 290 K. Equate the input noise expressions.    Therefore,    Therefore, the relation between noise figure and noise temperature is,    . The equivalent input noise generated by the amplifier is,
The expression for the input thermal noise     is,    The equivalent input noise generated by the amplifier is,    Here,     is the noise produced at a temperature     and     is the noise produced at a reference temperature     of 290 K. Equate the input noise expressions.    Therefore,    Therefore, the relation between noise figure and noise temperature is,    . Here,
The expression for the input thermal noise     is,    The equivalent input noise generated by the amplifier is,    Here,     is the noise produced at a temperature     and     is the noise produced at a reference temperature     of 290 K. Equate the input noise expressions.    Therefore,    Therefore, the relation between noise figure and noise temperature is,    . is the noise produced at a temperature
The expression for the input thermal noise     is,    The equivalent input noise generated by the amplifier is,    Here,     is the noise produced at a temperature     and     is the noise produced at a reference temperature     of 290 K. Equate the input noise expressions.    Therefore,    Therefore, the relation between noise figure and noise temperature is,    . and
The expression for the input thermal noise     is,    The equivalent input noise generated by the amplifier is,    Here,     is the noise produced at a temperature     and     is the noise produced at a reference temperature     of 290 K. Equate the input noise expressions.    Therefore,    Therefore, the relation between noise figure and noise temperature is,    . is the noise produced at a reference temperature
The expression for the input thermal noise     is,    The equivalent input noise generated by the amplifier is,    Here,     is the noise produced at a temperature     and     is the noise produced at a reference temperature     of 290 K. Equate the input noise expressions.    Therefore,    Therefore, the relation between noise figure and noise temperature is,    . of 290 K.
Equate the input noise expressions.
The expression for the input thermal noise     is,    The equivalent input noise generated by the amplifier is,    Here,     is the noise produced at a temperature     and     is the noise produced at a reference temperature     of 290 K. Equate the input noise expressions.    Therefore,    Therefore, the relation between noise figure and noise temperature is,    . Therefore,
The expression for the input thermal noise     is,    The equivalent input noise generated by the amplifier is,    Here,     is the noise produced at a temperature     and     is the noise produced at a reference temperature     of 290 K. Equate the input noise expressions.    Therefore,    Therefore, the relation between noise figure and noise temperature is,    . Therefore, the relation between noise figure and noise temperature is,
The expression for the input thermal noise     is,    The equivalent input noise generated by the amplifier is,    Here,     is the noise produced at a temperature     and     is the noise produced at a reference temperature     of 290 K. Equate the input noise expressions.    Therefore,    Therefore, the relation between noise figure and noise temperature is,    . .
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Electronic Communication Systems 2nd Edition by Roy Blake
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