Dpl Decode; Two-Tone Sequential Paging; 5/6 Tone Encode; Dpl Decode Display - Motorola R-2001D Operator's Manual

023071 134223306411 503631 734
025 072 143 226 311 412 506 632 743
026 073 152 243 315 413 516 654 754
031 074 155 244 331 423 532 662
032 114 156 245 343 431 546 664
043 115 162 251 346 432 565 703
047116165261351445606712
051 125 172 263 364 464 612 723
054 131 174 265 365 465 624 731
065 132 205 271 371 466 627 732
TABLE 3-6. VALID DPL CODES
• AlB ENCODE
Figure 3-24 shows a display for page I of the menu. To
select sequence input, enter a number from I to 4. Enter
Tone A and Tone B frequencies. Each frequency has a
maximum value of 20,000 Hz with a resolution of 0.1
Hz. The system responds to changes in the tone fre-
quency to allow the next complete signaling sequence to
be executed with the new tone frequency. The majority
of two-tone pagers use the first two fixed sequences
listed in the tone sequence table. The operator cannot
change the first two sequences but he can change the last
two. Each delay entry has a maximum value of 10
seconds. The system responds to new entries during an
active sequence to allow the next complete signaling se-
quence to be executed with the new timing mformation.
For triggered sweep on the oscilloscope program the
scope trigger delay to a maximum
10
seconds (0.001
second resolution). If time entered exceeds Tone Se-
quence time, the oscilloscope will not trigger. Enter
000.0 to disable trigger delay.
SIGNALING SEQUENCE MODE SEL) 5
0) MENU 1) START 2) END
DPL DECODE
DPL CODE: 321
- NO INPUT SIGNAL -
FIGURE 3-23. DPL DECODE DISPLAY
• TWO-TONE SEQUENTIAL PAGING
Program a two-tone pager access sequence with Tone A
and Tone B frequencies, tone durations, and time be-
tween tones as defined in figure 3-24. Select Tone Se-
quence mode for the code synthesizer, AlB sequence
all
the Signaling Sequence DISPLAY, and Generate
FUNCTION. The timing format for this mode consists
of Tone A for the programmed time, followed by the
programmed delay, followed, by Tone B for the pro-
grammed time, followed by the second programmed
delay. This sequence will repeat in continuous position
but generate only a single sequence in burst position.
SIGNALING SEQUENCE MODE SEL)
2
ENTER 0 FOR MENU
• DPL DECODE
Figure 3-23 shows a display of a detected valid code on
page 5. If the system detects an invalid code, dashes re-
place the code number. Table 3-6 lists the valid DPL
codes.
5/6 TONE ENCODE
1) 5-TONE SEQ
SEQ SEL) 2
2) 6-TONE SEQ
SIGNALING SEQUENCE MODE SEL) 1
ENTER 0 FOR MENU
SCOPE TRIG DLY) 0.000 SEC
FIGURE 3-24. TWO TONE (AlB) ENCODE
DISPLAY
AlB ENCODE
A) 01200.0 Hz
SEQ SEL) 1
B)
00300.0 Hz
CAP CODE) 2-13340X
SCOPE TRIG DLY) 0.000 SEC
FIGURE 3-25.
5/6 TONE ENCODE DISPLAY
• 5/6
TONE ENCODE
Figure 3-25 shows an encode display for page 2 of the
menu. Select either 5-tone or 6-tone paging. Table 3-7
lists the cap code digits and their frequencies. Enter the
cap code digit for the desired output sequence. The code
has a preamble tone number followed by a 5-digit se-
quence number. An X automatically appears at the end
of the cap code. The system responds to changes in the
cap code to allow the next complete signaling sequence
to be executed with the new code information. The sixth
or X tone may not be transmitted by selecting the 5-tone
sequence. If the tone is not transmitted, a delay equal to
the normal tone X time is inserted. With the MODULA-
TION switch in continuous position, the output consists
of the preamble tone followed by a continuous cycling 5
or 6 tone sequence. Cycling terminates only when the
switch is moved to the off position or the mode is
3-13
(SEC)
TONE
TN&VCE
DLY
1.00
1.30
0.10
0.20
B
0.20
3.00
0.10
0.20
DLY
0.00
0.00
0.10
0.20
A
1) 0040
2) 1.00
3) 0.10
4) 0.20