Quasonix TIMTER Installation And Operation Manual page 10

Standard
Prefix
Frequency Band Code
Clock and Data
Interface
Serial Control Interface
The words Terminal Control and Serial Control have the same meaning and are used synonymously throughout this
manual. Serial control originates from configuring the transmitter from a computer's legacy RS-232/422 serial
communications (COM) port. Terminal Control reflects the more generic case where the transmitter could be
controlled by other standard computer interfaces such as Ethernet.
The available TIMTER™ software and hardware options are listed below. Refer to section 1.3 for detailed
descriptions of each option.
•
AC Automatic carrier wave output
•
ACS Auto carrier save
•
Adapter plate for 2.5" x 3.5" footprint – Include this hardware accessory with order
AP
•
BRx Request non standard baud rate for serial control
•
C7 Quasonix interpretation of IRIG 106-17 Appendix 2-C serial control protocol
•
CE Convolutional encoder (includes NRZ-M encoding) (k=7 rate 1/2)
•
CF Clock-free baseband interface
•
CG Clock generator output to baseband connector
•
D2 Dual input data
•
DP Dual power (Ability to set a low and a high setting, hardware controlled*)
•
DSWBX
•
FO Frequency Offset
•
HR Increases max bit rate up to 46 Mbps (23 Mbps for PCM/FM) (20 Mbps max for Clock Free
mode)
•
ID Internal Clock and Data can be saved as a power-up default
•
LC Low current in the RF Off state, 10 mA (hardware option)
•
LD LDPC forward error correction encoding
•
LD6 Extended LDPC
•
LR Decreases min bit rate to 50 kbps (25 kbps for PCM/FM) (50 kbps min for Clock Free mode)
2 Quasonix, Inc.
Dual Transmitter Part Numbering Example
QSX-V S R 2 - 1 1
Mode:
1= Enabled
0=Not enabled
Figure 1: Quasonix Part Number Construction Description
Includes switch box and 18" MDM-9 to MDM-9 cable harness (For use with P9 option)
TIMTER™ Multi-mode Dual
1 0 - 05 - 04 - 07AK - CF
Pinout Code
Power Output per Output
Telemetry Transmitter
Options, separated
by hyphens
(example clock
free)
Package Code