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Radio Receivers

Radio Receivers
A receiver has poor IF selectivity. It will therefore also have poor

Diversion reception
Blocking
Sensitivity
Double-spotting

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Radio Receivers
Indicate the false statement. The superheterodyne receiver replaced the TRF receiver because the latter suffered from

Gain variation over the frequency coverage range
Insufficient gain and sensitivity
Instability
Inadequate selectivity at high frequencies

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Radio Receivers
The controlled oscillator synthesizer is sometimes preferred over the direct one because

It is a simpler piece of equipment
It does not require crystal oscillator
It is relatively free of spurious frequency
Its frequency stability is better

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Radio Receivers
A low ratio of the ac to the dc load impedance of a diode detector results in

Poor AGC operation
Poor AF response
Diagonal clipping
Negative-peak clipping

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Radio Receivers
A superheterodyne receiver with an IF of 450 kHz is tuned to a signal at 1200 kHz. The image frequency is

750 kHz
2100 kHz
900 kHz
1650 kHz

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Radio Receivers
When a receiver has good blocking performance, this means that

It does not suffer from double-spotting
It is unaffected by AGC derived from nearby transmissions
Its image frequency rejection is poor
Its detector suffers from burnout

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