major and minor tone frequencies are fully programmable:
3.6.2.1. Major Tone Frequency
The major tone frequency is programmed according to the following rule (in kHz):
with the following restrictions:
5 ≤
_
1 ≤
_
_
depending on factory settings (refer to Annex 5),
ESA code standards).
3.6.2.2. Minor Tone Frequencies (ESA-like and USB Tone Standards)
The minor tone frequencies are programmed according to the following rule (in kHz):
with the following restrictions:
1 ≤
1 ≤
_
In ESA-like and USB standards, the ratio between Q factors of two minor tones can be a non-integer
value (see note below) but the Q factor for any minor tone must be a multiple of
_
_
USING NON-INTEGER RATIOS BETWEEN MINOR TONE « Q » FACTORS ALLOWS TO INCREASE THE AMBIGUITY
DISTANCE MUCH BEYOND THE WAVELENGTH OF THE LOWEST VIRTUAL MINOR TONE.
IN THIS CASE, THE « FIXED SEQUENCE » OR « NO FIXED » OPERATING MODE MUST BE SELECTED
TO AVOID FALSE AMBIGUITY SOLVING (SEE SECTION 3.6.4.7, SCENARIOS 2 & 4).
© Safran Data Systems
COMMAND RANGING & TELEMETRY UNIT CORTEX
CRT QUANTUM USER'S MANUAL
_
≤ 125 (else, the configuration command is rejected).
≤ 256 (else, the configuration command is rejected).
<
(else, the ranging requests are rejected).
_
_
≤ 500 000 (800 000 for USB Tone Standard).
≤ 500 000.
<
(else, the ranging requests are rejected).
_
> 1.8 (ESA-like and USB standard).
≤ 500 (RAU output filter bandwidth).
IMPORTANT NOTE (TONE STANDARDS):
This document is the property of
It cannot be duplicated or distributed without expressed written consent.
_
= 500 ×
_
≤ 100 , 500 1.5 (tone and
_
_
= 500 ×
_
Safran Data Systems
.
Ref.
DTU 100042
Is.Rev.
5.17
Date:
Dec.
03, 2021Sept. 30, 2021
.
_
Page 152