The narrowband RF amplifier in Figure 2.44 has an input signal with a frequency of 12 MHz. Calculate: (a) the value to which C 1 should be adjusted for best performance at the signal frequency. 11eb7f4e_7e20_3aea_afa2_05e4b6f38508_SM4978_00 Figure 2.44 11eb7f4e_7e20_3aeb_afa2_77f933a37dbb_SM4978_00 (b) the bandwidth of the circuit, assuming the tuned circuit has a loaded Q of 20.

Electronic Communication Systems 2nd Edition by Roy Blake

Edition 2ISBN: 978-0766826847

Electronic Communication Systems 2nd Edition by Roy Blake

Edition 2ISBN: 978-0766826847

Exercise 33

The narrowband RF amplifier in Figure 2.44 has an input signal with a frequency of 12 MHz. Calculate:
(a) the value to which C 1 should be adjusted for best performance at the signal frequency.

Figure 2.44

(b) the bandwidth of the circuit, assuming the tuned circuit has a loaded Q of 20.

Explanation

Verified

Refer to the narrowband RF amplifier in ...