Uploaded August 2026 | Updated September 2026, 1 week ago
RF Mixer playlist.
youtube.com/watch?v=deNlExgwPaA&list=PLFxhgwM1F4yxS3kmfPEzSl5JJl9f1Kire
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The figure below shows the front end of a communication receiver. A 900MHz signal with amplitude –80dBm is applied to the input.
Calculate the amplitude and frequency of the IF signal.
For the mixer shown above, determine:
a) Conversion loss, C.L
b) RF-IF isolation
c) LO-IF isolation
A mixer has the characteristics shown:
Determine:
a) Input 3rd order intercept point
b) Input 1dB compression point
c) Conversion Loss
d) Dynamic Range (DR)
A passive mixer ZFY-1 and its operating conditions are shown in Figure below. With the help of the data sheet shown, determine the following:
IF power level.
LO power level at the RF port and IF port.
RF Mixer playlist.
youtube.com/watch?v=deNlExgwPaA&list=PLFxhgwM1F4yxS3kmfPEzSl5JJl9f1Kire
For access to this presentation materials, membership is required: I need the Material PPT
Sent me an email to Technologies.Discussion@gmail.com
If you need the whole playlist material, send me email and we discuss.
Give me some time to response. Thanks.
The figure below shows the front end of a communication receiver. A 900MHz signal with amplitude –80dBm is applied to the input.
Calculate the amplitude and frequency of the IF signal.
For the mixer shown above, determine:
a) Conversion loss, C.L
b) RF-IF isolation
c) LO-IF isolation
A mixer has the characteristics shown:
Determine:
a) Input 3rd order intercept point
b) Input 1dB compression point
c) Conversion Loss
d) Dynamic Range (DR)
A passive mixer ZFY-1 and its operating conditions are shown in Figure below. With the help of the data sheet shown, determine the following:
IF power level.
LO power level at the RF port and IF port.










