ATX SignalOn Series Handbuch für Installation und Betrieb - Seite 10

Blättern Sie online oder laden Sie pdf Handbuch für Installation und Betrieb für Schalter ATX SignalOn Series herunter. ATX SignalOn Series 16 Seiten. L-band splitter module
Auch für ATX SignalOn Series: Handbuch für Installation und Betrieb (16 seiten)

Seite drucken
CHAPTER 2: PRODUCT DESCRIPTION
2.3.

Technical Description

Forward Path Amplifier
BANDWIDTH
MINIMUM RF INPUT
(1)
MINIMUM FULL GAIN
GAIN FLATNESS
RETURN LOSS, INPUT & OUTPUT
PORTS
NOISE FIGURE
GAIN/TILT ADJUSTMENT RANGE
CTB/CSO
(2)
MONITOR PORTS
OPERATING VOLTAGE/POWER
DISSIPATION
POWER CONNECTOR
THERMAL SHOCK
OFFICE VIBRATION
MECHANICAL SHOCK
ACCELERATED AGING
CERTIFICATIONS
NOTES:
(1) Analog channel input level, regardless of channel load.
(2) Measured with 110 channel loading and optimum RF input level at full gain and no tilt. Specifications are typical worst-case numbers across the given frequency
range, unless otherwise noted.
2-2
20 dB FORWARD AMPLIFIER
50-1002 MHz
+20 dBmV per Channel
20 dB
+/- 0.4 dB from 50-870 MHz
+/- 0.5 dB from 870-1000 MHz
-19 dB from 50-870 MHz
-16.5 dB from 870-1000 MHz
7.3 dB from 50-870 MHz
7.6 dB from 870-1000 MHz
10 +/- 1 dB @ 50 MHz in 0.5 dB Steps
-20 +/-1 dB Test Point for both RF Input and RF Output
Table #1: Specifications
SignalOn
30 dB FORWARD AMPLIFIER
50-1002 MHz
+10 dBmV per Channel
30 dB
+/- 0.45 dB from 50-870 MHz
+/- 0.65 dB from 870-1000 MHz
-18 dB from 50-870 MHz
-15 dB from 870-1000 MHz
5.7 dB from 50-870 MHz
6.2 dB from 870-1000 MHz
10 +/- 1 dB @ 50 MHz in 0.5 dB Steps
-73/-81 dB
24 VDC +/- 5%, 17W (max)
Gold-on-Gold, Slide-on Contacts
Meets MIL-STD-202 Method 107
Meets GR-63-Core Section 5.4.2
Meets MIL-STD-202 Method 213
Meets MIL-STD-202 Method 108
FCC Class A, U/L, NEBS Level 3
Series – Return Path Amplifier – Installation & Operation Manual
®
30 dB FORWARD AMPLIFIER
50-1218 MHz
+10 dBmV per Channel
30 dB
+/- 0.45 dB from 50-870 MHz
+/- 0.65 dB from 870-1218 MHz
-16 dB from 50-1218 MHz
6.2 dB from 50-870 MHz
6.7 dB from 870-1218 MHz
10 +/- 1 dB @ 50 MHz in 0.5 dB Steps