OK or NOT OK: The signal generator should be kept in the internal modulation position. The modulation depth should be adjusted to 30% or above.

OK or NOT OK :The attenuator is to be adjusted to a maximum value.

OK or NOT OK: The intermediate frequency (IF) signal is to be applied to the collector of the second intermediate frequency (IF) amplifier through the 0.1 μF capacitance capacitor.

OK or NOT OK: The intermediate frequency (IF) signal should be shifted to the second intermediate frequency (IF) modulator base.

OK or NOT OK: The same procedure is to be repeated at the collector and base of the first intermediate frequency (IF) amplifier. The cores of the corresponding        intermediate frequency (IF) transformer is to be adjusted for maximum output in the power output meter.

OK or NOT OK: The signal should be shifted now to the base of the frequency converter    transistor. In this case, the attenuator is to be kept in the minimum position. Now, adjustment of the core of the intermediate frequency (IF) transformer in the collector of the frequency converter should be adjusted to get maximum response.

OK or NOT OK: A reasonable 800 Hz note will be heard from the speaker showing the receiver’s sensitivity for intermediate frequency (IF).

OK or NOT OK: The alignment of the intermediate frequency (IF) stages should be repeated not more than twice to finally arrive at the correct setting.

OK or NOT OK: Once arrived at the final setting, the cores are to be sealed to prevent tampering of cores by the user.

The signal generator is to be tuned to the ____________ of the radio receiver.

It should be kept in the internal modulation position. The modulation depth should be adjusted to ____________.

____________ is to be adjusted to minimum value.

The intermediate frequency (IF) signal is to be applied to the collector of the second intermediate frequency (IF) amplifier, through the ____________ capacitance capacitor. The attenuator should be adjusted to get a convenient reading in the power output meter. Then, the core of the second intermediate frequency (IF)  transformer should be adjusted to get a maximum reading in the power output meter.

The intermediate frequency (IF) signal should be shifted to the base of the second intermediate frequency (IF) amplifier. An improvement in the output should be indicated by the power output meter due to the gain of the amplifier. The core should be adjusted to get the ______________.

The same procedure is to be repeated at the collector and base of the first          intermediate frequency (IF) amplifier. The cores of the corresponding        intermediate frequency (IF) transformer are to be adjusted for maximum output       in the ____________.

Signals should be shifted now to the base of the ____________. In this case, the  attenuator is to be kept in the minimum position. Now, adjustment of the core of  the intermediate frequency (IF) transformer in the collector of the frequency  converter should be adjusted to get maximum response.

Finally, the radio frequency (RF) probe must be kept short from the ferrite antenna.     The power output meter is to be disconnected, and the loudspeaker is to be      connected. A reasonable ____________ note will be heard from the speaker   showing the receiver’s sensitivity for intermediate frequency (IF).

The alignment of the intermediate frequency (IF) stages should be repeated       ____________ to finally arrive at the correct setting.

Once arrived at the final setting, the cores are to be sealed to prevent _____________     of the cores by the user.