Characteristics— Type 1L30
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ELECTRICAL CHARACTERISTICS (cont)
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Characteristic
Performance Requirement
Supplem ental Info rm ation
IF Attenuation
Range
0 to 51 dB
In 1 dB steps: 1, 2, 4, 8, 16 and 20 dB
Accuracy
± 0 .1 dB/dB
IF G A IN Control
Range
50 dB or greater
Display Flatness with
IF CENTER FREQ at 000
± 1 . 5 dB (3 dB total)
+ and — 50 M Hz from the center fre
quency
Incidental FM
IF
200 Hz or less
IF + LO
300 Hz or less
At the LO fundamental frequency with
phase lock operation
Phase Lock
Internal Markers
1 M H z ± .0 1 %
Crystall controlled
Stability; Ref. Osc
< 1 part in 107
External Phase Lock
Reference Input
Frequency
1 M H z to 5 M Hz
Voltage
1 to 5 volts peak to peak
Dynamic Range of
Display Functions
LOG
> 40 dB with 6 centimeter display
LIN
> 26 dB with 6 centimeter display
SQ LAW
> 13 dB with 6 centimeter display
VIDEO INPUT Response
< 16 Hz to > 10 M Hz
Maximum Input
— 30 dBm for linear operation
Power
+ 15 dBm power limit for diode mixer
TO RECORDER Output
> 2 mV per display centimeter (amplitude)
of signal; in LIN mode
+ 10 V OUT
10 V ± 5 %
20 mA maximum load current. Discontinued
after Serial No. 669
TABLE 1-1
Minimum C W Sensitivity2 (S ig n al + noise = 2 X noise)
Scale
RF CENTER
Freq in M H z
1 kHz RESOLUTION
10 0 kHz
RESOLUTION
Remarks
1
870-925 to
1940-20503
- 1 0 5 dBm
— 85 dBm
2
1940-2050 to
4100-4300
- 1 0 0 dBm
— 80 dBm
MIXER PEAKING adjusted for
3
4100 to 6260
— 95 dBm
- 7 5 dBm
optimum signal amplitude
4
6200 to 8400
- 9 0 dBm
- 7 0 dBm
5
8300 to 10,500
— 75 dBm
— 55 dBm
*50 H load impedance.
*The inning range w ill vary between instruments. The upper frequency of scale 1 must be above the lowest frequency on scale 2. These
are Ir.e allowable ranges of the end frequencies.
1
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Summary of Contents for 1L30
Page 48: ...si L i y n Maintenance Type 1L30 Fig 4 15 Honeycomb assembly drcui a n d component layout 4 n ...
Page 59: ...Fig 6 1 A Test equipment required for calibration ...
Page 60: ... Calibration Type 1130 ...
Page 120: ...T Y P E I L 3 0 S P E C T R U M A N A L Y Z E R ib i IF SYSTEM BLOCK DIAGRAM 9 1 9 2 ...
Page 127: ......