the IF cans are not to be messed with unless you have an accurate freq. counter. (the kind with a BNC on the front)
Yeah, you need a freq counter with sensitivity of about 45mV or so (going off the top of my head here), and of course the proper test leads.
The last time I tried to do a PLL alignment for a 148 using that info on CBTricks, it didn't work out for me. Maybe I just missed something.
Here's the complete PLL sequence I use now, which has worked flawlessly:
Input of Freq. Counter To TP-13 (IC-1 Pin 8)
CH-19 - Check for 10.240Mhz.
Input of Scope To TP-10
CH-19 AM - Adjust L-21 for Maximum RF (3-4vPP Typical)
Input of DC Meter To TP-9
CH-40 AM
Adjust L-19 for 3.2 Volts DC - 2.2 Volts DC on CH-1
Input of Scope To TP-1
CH-19 AM - Adjust L-20 for Max RF (190 MvPP Typical)
Input of Frequency Counter To TP-1
CH-1 AM - Adjust L-23 for 34.7650 Mhz. +/- 20 Hz.
CH-1 USB - Adjust L-59 for 34.7665 Mhz. +/- 20 Hz.
CH-1 LSB - Adjust L-22 for 34.7635 Mhz. +/- 20 Hz.
Input of Frequency Counter To TP-10
CH-1 AM - Check for .790Mhz.
Input of Frequency Counter To TP-3
CH-19 USB - Adjust CT-2 for 7.8015 Mhz. +5 Hz. -0 Hz.
CH-19 LSB - Adjust L-30 for 7.7985 Mhz. +0 Hz. -5 Hz.
CH-19 AM XMT - Disconnect TP-7, TP-8 and transmit, Adjust L-31 for 7.8000 Mhz. +/- 5 Hz.
Input of Frequency Counter To TP-15 (FET-1 Gate 1)
CH-19 AM - Check for 7.3450Mhz.
Input of Frequency Counter To Antenna Input
CH-1 AM - Adjust VR-5 for 26.965Mhz.