TRANSCEIVER PROGRAMMING
4-3
Revised December 2000
Part No. 001-9750-007
To unpack these files so that they can be used,
first make sure that the current directory is destination
directory for these files. For example, if hard drive C:
is the destination, make it the current directory (if
required) by typing C: (Enter). Then if using a subdi-
rectory, type CD as just described. Then insert the
program disk in the computer and type A:SUMMIT2
(or B:SUMMIT2 if drive B: is being used). The two
program files are then automatically unpacked into the
current directory.
4.1.8 HARDWARE HOOKUP
The programming setup is shown in Figure 4-1.
The cable from the RPI to the transceiver is connected
to the microphone jack of the transceiver with front
mount models. With remote mount models, it can be
connected to either the microphone jack of the control
unit or the programming jack on the blank front panel
of the transceiver. The RPI has a switch which must be
in the correct position. Make sure that the standard
mode, indicated by a green light, is selected.
4.1.9 MINIMUM FREE MEMORY REQUIRED
Approximately 525K of free conventional
memory is required to run this program (use the
CHKDSK or MEM command to display the amount of
free memory). If you have at least 640K of memory
and not enough is available, there may be other
programs that are also being loaded into conventional
memory. Refer to your MS-DOS
®
manual for infor-
mation on how these programs can be moved or
disabled to make more space available.
4.1.10 STARTING THE PROGRAM
Turn the computer on as described in the
computer instruction manual. Once the DOS prompt
has been obtained, start the program by typing
SUMMIT and pressing Enter. The SUMMIT.EXE and
DM_PGMR.HLP files should be in the current direc-
tory as described in Section 4.1.10.
NOTE: The program automatically detects most video
cards. If it does not operate properly with a mono-
chrome monitor, try starting it in the monochrome
mode by typing SUMMIT M.
4.1.11 HEADER INFORMATION
The following information is contained in the
header area at the top of the screen.
Free Space - Displays the amount of space remaining in
the transceiver EEPROM if it was programmed with
the current information. The maximum number of
systems that can be programmed is determined by the
system type and the number of groups that are
programmed in each system.
Radio Model - Displays the transceiver model and fre-
quency range of the file being edited. This information
is specified when a new file is created and cannot be
changed later. The extension of the file name
(xxxxxxxx.ext) indicates the model. For example,
“.SM8” indicates that the file is for a Summit DM 800
MHz transceiver. To display the radio serial number,
press the F7 key when in the Main menu (see Section
4.3).
File Name - Displays the name of the transceiver con-
figuration file that is currently being edited. If a new file
is created and it has not yet been saved, it is called
“NEW”.
4.1.12 SPECIAL KEYS
Escape -
The Escape key is pressed to go back to the
preceding screen. If information was changed in the
current screen, the changes on that screen are saved in
a buffer but not to a disk file.
Return -
Pressing the Return key (or ENTER on some
keyboards) usually executes the changes made to a pa-
rameter or screen. The change is saved in a buffer but
not to a disk file.
Arrow Keys -
The arrow keys are usually used to move
the cursor or highlight bar to the next or previous
parameter.
Numbers/Letters Preceding Description -
An alter-
native method for quickly selecting screens or func-
tions is to press the number or letter key preceding the
description when applicable.
F1 (Help Select) -
Displays help information on the se-
lected parameter.
Summary of Contents for Summit DM 975x
Page 105: ...MULTI NET SYSTEM OVERVIEW 5 10 Revised February 1997 Part No 001 9750 005 ...
Page 108: ...CIRCUIT DESCRIPTION 6 3 August 1993 Part No 001 9750 001 Figure 6 1 Transceiver Block Diagram ...
Page 123: ...CIRCUIT DESCRIPTION 6 18 August 1993 Part No 001 9750 001 ...
Page 131: ...SERVICING 7 8 Revised January 1995 Part No 001 9750 003 ...
Page 156: ...9 19 Revised December 2000 Part No 001 9750 007 TRANSCEIVER EXPLODED VIEW PART 1 ...
Page 168: ...Revised January 1995 Part No 001 9750 003 10 11 INTERCONNECT SCHEMATIC ...
Page 169: ...Revised January 1995 Part No 001 9750 003 10 12 DISPLAY BOARD SCHEMATIC ...
Page 171: ...Revised January 1995 Part No 001 9750 003 10 14 RF BOARD SCHEMATIC REVISED 800 MHZ ...
Page 172: ...Revised January 1995 Part No 001 9750 003 10 15 RF BOARD BOARD LAYOUT ALL 800 900 MHZ ...
Page 173: ...Revised January 1995 Part No 001 9750 003 10 16 RF BOARD BOARD SCHEMATIC 900 MHZ ...
Page 174: ...Revised January 1995 Part No 001 9750 003 10 17 RF BOARD BOARD SCHEMATIC UNREVISED 800 MHZ ...
Page 178: ...Revised January 1995 Part No 001 9750 003 10 21 PA BOARD SCHEMATIC 900 MHZ 30W ...
Page 179: ...Revised January 1995 Part No 001 9750 003 10 22 PA BOARD SCHEMATIC 900 MHZ 15W ...
Page 181: ...Revised January 1995 Part No 001 9750 003 10 24 PA BOARD SCHEMATIC UNREVISED 800 MHZ 35W ...
Page 182: ...Revised January 1995 Part No 001 9750 003 10 25 PA BOARD SCHEMATIC UNREVISED 800 MHZ 15W ...
Page 183: ...Revised January 1995 Part No 001 9750 003 10 26 AUDIO LOGIC BOARD SCHEMATIC PART 1 OF 2 ...
Page 184: ...Revised January 1995 Part No 001 9750 003 10 27 AUDIO LOGIC BOARD SCHEMATIC PART 2 OF 2 ...
Page 185: ...Revised January 1995 Part No 001 9750 003 10 28 AUDIO LOGIC BOARD LAYOUT TOP VIEW ...
Page 186: ...Revised January 1995 Part No 001 9750 003 10 29 AUDIO LOGIC BOARD LAYOUT BOTTOM VIEW ...
Page 188: ...Revised January 1995 Part No 001 9750 003 10 31 REMOTE TRANSCEIVER INTERCONNECT SCHEMATIC ...
Page 189: ...Revised January 1995 Part No 001 9750 003 10 32 REMOTE CONTROL UNIT INTERFACE BOARD SCHEMATIC ...
Page 216: ...Part Number 001 9750 007 12 00 hph Printed in U S A ...
