 |
|||
|
|
|||
|
Page Title:
Table 1-1. 8553B/8552B Specifications - continued |
|
||
| ||||||||||
|
|
  TM 11-6625-2781-14&P-2
Section I
Table 1-1. 8553B/8552B Specifications (cont'd)
FREQUENCY SPECIFICATIONS
H01/H02 SPECIFICATIONS
1
Frequency Range: 1 kHz -110 MHz (0-11 MHz and 0-
NOTE
110 MHz tuning ranges).
All specifications for the 75-ohm
1
Scan Width: (on 10 division CRT horizontal axis).
8553B/8553B are identical to the 50-
Per Division: 18 calibrated scan widths from 10
ohm 8553B/8552B except for the
MHz/div to 20 Hz/div in a 1, 2, 5 sequence.
following.
1
Preset: 0-100 MHz.
lnput Impedance: 75 ohms nominal. Reflection
Zero: Analyzer is fixed tuned receiver.
Coefficient <0.13 (6<1.30 SWR, 18 dB return loss).
1
1
Frequency Accuracy:
Maximum Input Level: Peak or average power to RF
Input <+23 dBm3(4V rms, 5.6V peak, +50 Vdc).
Center Frequency Accuracy: The dial indicates
the display center frequency within +1 MHz on
Absolute Amplitude Calibration Range:
the 0-110 MHz tuning range; +200 kHz on the 0-
LOG: From -120 to +20 dBm, 10 dB/div on a 70 dB
11 MHz tuning range with FINE TUNE centered,
display, or 2 dB/div on a 16 dB display.
and temperature range of 20 to 30 degrees C.
LINEAR: From 0.2 µV/div to 200 mV/div in a 1, 2
Scan Width Accuracy.: Scan widths 10 MHz/div to
sequence on an 8-division display.
1
2 MHz/div and 20 kHz/div to 20 Hz/div:
Dynamic Range:
Frequency error between two points on the
Frequency4
Average Noise Level:
display is less than +3% of the indicated
IF Bandwidth
Avg. Noise Level
Range
frequency separation between the two points.
(kHz)
(dBm)3
(MHz)
Scan widths 1 MHz/div to 50 kHz/div:
1
-110
1-110
Frequency error between two points on the
10
-100
1-110
display is less than +10% of the indicated
100
90
1-110
frequency separation.
Spurious Responses:
Resolution:
2
For -30 dBm Signal Level at Input Mixer:
Bandwidth: IF bandwidths of 10 Hz to 300 kHz
Image responses, out-of band mixing responses,
provided in a 1, 3 sequence.
harmonic and intermodulation distortion products,
Bandwidth Accuracy: Individual IF bandwidth 3
and IF feedthrough responses are all more
than
dB points calibrated to +20% (10 kHz bandwidth
70 dB below the Signal Level at Input Mixer. 2 (2
+5%).
MHz to 110 MHz); 60 dB, 1 kHz to 2 MHz.
Bandwidth Selectivity: 60 dB/3 dB IF bandwidth
Third Order Intermodulation Products:
ratios: <11: 1 for IF bandwidths 10 Hz to 3 kHz,
For -30 dBm Signal Level at Input Mixer 2 third
<20: 1 for IF bandwidths from 10 kHz to 300
order intermodulation products are more than 70 dB
kHz, 60 dB points separated by <100 Hz for 10
down for input signals of 100 kHz to 110 MHz.
Hz bandwidth.
Residual Responses:
1
2
Stability:
(Referred to Signal Level at Input Mixer ):
Residual FM:
200 KHz to 110 MHz: <-100 dBm
Stabilized: Sidebands >60 dB down 50 Hz or
20 kHz to 200 kHz: <-85 dBm.
more from CW signal, scan time >1
Calibrator Output:
sec/div, 10 Hz bandwidth.
Amplitude: -30 dBm3 +0.3 dB (8.66 mV into 75
Unstabilized: <1 kHz peak-to-peak.
ohms).
Noise Sidebands: More than 70 dB below CW
NOTE
signal, 50 kHz or more away from signal, with 1
RF INPUT and CAL OUTPUT
kHz IF bandwidth.
connectors: Option H01, equivalent
to Western Electric WE-560A; Option
H02, standard BNC.
1
Applies to 8553B.
2
Signal level at input mixer = Signal level at RF INPUT
(10 dB + INPUT ATTENUATION).
3
1
0 dBm = 1 mW into 75 ohms.
Applies to 8553B.
4
2
Typical sensitivity vs. input frequency curves for
Signal level at input mixer =
frequencies from 1 kHz to 1 MHz shown in Figure 1-4
Signal level at RF INPUT- INPUT ATTENUATION
must be derated by 10 dB.
1-4
|
|
Privacy Statement - Press Release - Copyright Information. - Contact Us |
Click
here for thousands of PDF manuals