Nam Programming; Introduction; Test Mode Programming - Motorola V2260 Service Manual

Keypad
Command
Description
Entry
73# PWR-Phase

NAM Programming

Introduction

The Number Assignment Module (NAM) is
a section of memory that retains information
about the phone's characteristics, such as the
assigned telephone number, system iden-
tifi-cation
number, and options information.
Two methods are available to program the
NAM using the keypad: Test Mode and User
Mode.
Regardless of the method used, the NAM
must be programmed before the phone can
be placed into service. This chapter covers
the NAM Programming steps for Test Mode
NAM Programming.

Test Mode Programming

Table 3: "Minimum Required Test Mode
NAM Programming Steps" on page 25
51
Table 9:
Status
Display
STEP # POWER LEVEL (HEX)
0A Ch. Gain Adj. 1 (Chan. 991-1023, 1-100) 00-FF
0B Ch. Gain Adj. 2 (Chan. 101-322) 00-FF
0C Ch. Gain Adj. 3 (Chan. 323-544) 00-FF
0D Ch. Gain Adj. 4 (Chan. 545-766) 00-FF
0E Ch. Gain Adj. 5 (Chan. 767-990) 00-FF
0F TX Gain Adjust 1 00-FF
10 TX Gain Adjust 2 00-FF
11 TX Gain Adjust 3 00-FF
12 TX Gain Adjust 4 00-FF
13 TX Gain Adjust 5 00-FF
14 TX Gain Adjust 6 00-FF
15 TX Gain Adjust 7 00-FF
16 TX Gain Adjust 8 00-FF
17 VC Sense Slope Adjust 00-FF
18 VC Sense Offset Adjust 00-FF
19 VC Sense Zero Adjust 00-FF
1A Available 00-FF
1B Not Available 00-FF
shows
the minimum required Test Mode NAM
programming steps. Table 4: "Test Mode
NAM Programming Sequence" on page 26
lists all NAM programming steps, complete
with parameters and definitions.
IMPORTANT
Consult with the System Operator
regarding NAM information. Incorrect
NAM entries can cause the phone to
operate improperly or not at all.
.
For Test Mode NAM programming, the
portable must be in the Servicing Level of
Manual Test Mode (See "Test Mode/Test
Menu" on page 11.) To enter test mode, the
Manual Test pin (recessed center pin of the
J6 battery connector) must be momentarily
grounded while powering up the phone.
This can be accomplished in a variety of
ways, such as by using a 6.8 VDC power
Identity and Security
Result
4/3/01