
METHOD ONE:
~~~~~~ PLL Conversion ~~~~~~ 
	1)Locate IC-7 and IC-5.(There near the PLL chip) 
The Results 
	
	If all is done right SWITCH 1 will give you: 
	Then you can use SWITCH 2 with SWITCH 1 
~~~~~~ Crystal Conversion ~~~~~~ 
	1)Find the 14.550 MHZ crystal in the radio. 
	2)Found them??...Good! Lets start with IC-7
       3)Cut the trace going to PIN #2.
	4)With a SPST switch (We'll call this switch 1) solder both sides of the cut trace to each leg of the switch.
	5)Now on IC-5 cut the trace going to PIN #12.
	6)With another SPST switch (We'll call this switch 2) solder both sides of the cut trace to each leg of the switch.
	7)Now mount the 2 switches somewhere in the radio.
       25.425 - 25.865 MHZ on channels 1 to 40 on Band 'A'
	25.875 - 26.045 MHZ on channels 1 to 15 on Band 'B'
	25.295 - 25.415 MHZ on channels 16 to 27.on band 'A'
	The other 'Bands' are not affected with this mod.
	2)You can change this crystal to 15.450 and get 26.965 - 29.185 MHZ.
	3)You can change this crystal to 15.000 and get 26.515 - 28.745 MHZ.
	(By +/- .450 MHZ to the crystal you can move up/down a full band.)

AM POWER - ????
SSB POWER - Cut TR-37
~~~~~~ AGC Modification for SSB ~~~~~~ 
	1)Change R-43 (10k ohms) to 1k ohm. Now strong  SSB signals should be clear and not distorted. 
~~~~~~ Roger Beep delay ~~~~~~ 
	1)Remove R-168 (47k ohms) and install a 56k ohm. 
~~~~~~ Talk Back ~~~~~~ 
	1)Cut 	D-71. 
	2)Change R-41 (150 ohms) to 270 ohms.
	3)Change R-47 (1.50kohms) to 3.9k ohms.
	4)Remove capacitor C-31.
	2)Solder a wire from PIN 1 of IC UPC-1242H (audio chip) to    PIN 2 of the mic socket.
	3)IF...the talk back is to loud then install a 100 -500 ohm resistor in series to the mic socket.
	4)IF...the receive audio drops then install a .01 uF ceramic disk capacitor in series to the mic socket.
 
       
       
       
       
       
       
       
       
       
       
       
       
       
       
       
       
       
       
      
       
       
       
       
       
       
       
       
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