5. A superheterodyne receiver is to tune the range from 4-10MHZ, with an IF of IMHZ. The ganged capacitors of the RF filter and the Local Oscillator has maximum capacity of 325PF each. If high side injection is implemented, determine: a. the RF circuit coil inductance b. the RF circuit capacitance tuning ratio c. the required minimum capacitance for the RF circuit d. the required minimum capacitance for the local oscillator circuit e. calculate the image frequency range. Are there image frequencies in the receiver tuning frequency range?

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5. A superheterodyne receiver is to tune the range from 4-10MHZ, with an IF of IMHZ.
The ganged capacitors of the RF filter and the Local Oscillator has maximum
capacity of 325PF each. If high side injection is implemented, determine:
a. the RF circuit coil inductance
b. the RF circuit capacitance tuning ratio
c. the required minimum capacitance for the RF circuit
d. the required minimum capacitance for the local oscillator circuit
e. calculate the image frequency range. Are there image frequencies in the
receiver tuning frequency range?
Transcribed Image Text:5. A superheterodyne receiver is to tune the range from 4-10MHZ, with an IF of IMHZ. The ganged capacitors of the RF filter and the Local Oscillator has maximum capacity of 325PF each. If high side injection is implemented, determine: a. the RF circuit coil inductance b. the RF circuit capacitance tuning ratio c. the required minimum capacitance for the RF circuit d. the required minimum capacitance for the local oscillator circuit e. calculate the image frequency range. Are there image frequencies in the receiver tuning frequency range?
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