R·2001D
Communications
System
Analyzer
Specifications
Signal Generator Mode
Monitor Mode (Continued)
OperatinglDisplay
DEVIATION
Modes:
AMIFMICWfSSB Monllor
MEASUREMENT
AMIFM/CWIDSBSC Generale
Scales:
1.
10.
100
kHz full scale
Signalling Simulator
Accuracy:
±
5%
01
reading
Speclrum Analyzer
Peak
Deviation
Duplex Generator
Limit:
Sel via keyboard
10
100
Hz
resolution
(0
kHz to
Memory Tables
999kHz).
AUdible alarm Indicates limit condi
Frequency Counter
tion and will be aClive
in
all Monilor Modes.
Digital Vollmeler
AM
MODULATION
Waltmeler
MEASUREMENTS
IF Display
Range:
oto 100%
Oscilloscope
Accuracy:
±
5%
of reading
Signal Sfrength Meter
SIGNAL
STRENGTH
SINAD/D,slortion Meier
METER
FREQUENCY
Range:
1 MHz
10
9999999
MHz
Range:
10
kHz
10
9999999
MHz
Sensitivity:
- 100 dBm to + 52 dBm. combined specilica-
Resolution:
100
Hz
lion
of
anlenna and transceiver ports
Accuracy:
Refer
10
AccurAcy
01
master oscillator
Selectivity:
30 kHz Max @ 3 dB bandwidth
Stabilization
Time:
.1
Sec
RF WATTMETER
OUTPUT
Range:
1
Walls
to 125 Watls
Attenuator:
16
dB variable plus
10
dB steps over
13
ranges
Scales:
9.99.99.9,
125 Watls
Range FM:
1
I'V 101
VRMS
Accuracy:
± 10% Irom 1 Watt to 125 Watts
Range
AM:
1 I'V to .4 VRMS
Protection:
Over·temperalure
Accuracy:
± 3
dB
maximum
with
slep
attenuator
in
0
dB
posilion.
General± 4 dB maXimum
In
any other state
SPECTRAL
PURITY
SPECTRUM ANALYZER
Spurious:
- 40 dBc
Frequency Range: 1 MHz to 1 GHz
Harmonics:
-
15
dBc
Dynamic
Range:
75
dB minimum
FREQUENCY
Scan
Width:
100 kHz per diVision to 1 M
Hz
per division con-
MODULATION
Ilnuously adjustable
Deviation:
0-75 kHz peak
Sensitivity:
- 95 dBm minimum
Residual
FM:
20
Hz
max @ 30010 3 kHz Irom f
c
DUPLEX GENERATOR
Residual
AM:
1.0% max. @ 300
to
3 kHz from f
c
Frequency
Offset:
oMHz to
±
10
MHz and fixed
:±-
45
MHz
Exlerna
III
nterna
I
Frequency
Resolution: 5 kHz
Frequency
Range:
5 Hz
10
20 kHz. ± 3 dB
Frequency
Accuracy:
± .002%
Modes:
Internal, external, microphone or all
Output
Level: - 35 dBm minimum
inlO
50 ohm load
Simultaneously
Deviation Range: o
to
±
20
kHz peak
AMPLITUDE
Frequency
Response: 5
Hz
10
20 kHz. ± 3 dB
MODULATION
OSCILLOSCOPE
Range:
01080%
Irom 1 to 500 MHz
CRT Size: 8 em x
10
cm
Externalllnternal
Frequency
Response:
DC
105
MHz. 3 dB point
Frequency
Range:
5
Hz
1010kHz,
± 3 dB
External
Vertical
External
Input:
Approx. 150 mV lor
80%
Input
Ranges:
10
mV.
100
mV.
lV. 10V per div.
Modes:
Internal. external. microphone or all
Sweep
Rates:
1
us.
10
us.
1 ms. 1
mS.Ol
sec. .1 sec. per
slmullaneously
division
DOUBLE
SIDEBAND
SUPPRESSED CARRIER
Synchronization:
Internal. normal. and aulomatic mode Will; ad-
Range:
1 MHz to 500 MHz
justable trigger level.
Carrier
Suppression:
-
15
dB FREQUENCY COUNTER
Normal
SWEEP GENERATOR
MODE
Range:
10
Hz
to 35 MHz
Adjustable sweep width from
10
kHz to
10
MHz
at
a tixed sweep rale.
Syn-
Display:
5 di9it autoranging
chronized
to
internal scope display
Input
Sensitivity:
50 mV minimum
Monitor Mode
Period
Counting
Frequency
Determination
Range:
10
Hz
-100
kHz
Display:
4 digit auloranging
103kHz.
3 digil auloranging
Frequency
Range: 1 MHz 10999.9999 MHz
10100
kHz
Resolution:
100
Hz
Auto
Tune (SCAN LOCK)
Accuracy:
Equal
10
that
01
masler oscillator
lime
base
Range:
In
the monitor mode. the unil has the capaollily
FREQUENCY
ERROR
to aUlomatically lind and Ihen tune
10
an ;!lPUI
Indicator:
Autoran9ing
CRT
display. Resolution ±
10Hz
signal above - 30 dBm Operates from 1 MHz
for Irequency error measurements on 1.0 kHz.
to
18Hz
10.0 kHz and
1000
kH7
lull scale r:ln9"s. 1
Hz
Acquisition
Time:
5 sec typical
10
less than 1 sec.
IF
Iimlled scan
resolution lor Irequency error less than 100
Hz.
is
ulillzed.
Special funcfion control will
allOW
direcl fre-
Accuracy:
+ 1
Hz
01
aclual Inpul frequency
quency readout to 1
Hz
resolution
Input
Sensitivity:
15
I'V
lor 10 dB
EtA
SINAD
Specifications
conlinued
on
next
page
(over
the
4
MHz
(narrow band ± 6 kHz mod. acceptance)
to
999_9999
MHz
range)
70
,.V lor
10
dB
EIA
SINAD
(Wide
band
± 100 kHz mod. acceptance)
Spurious
Response:
- 40 dB typical
OdB
image al
±21.4MHz
10
dB
at
L.O harmonics
+
107
MHz
vii
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