4CSF1039
1 GHz Mini Trunk
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LOW
CURRENT 460 mA with AGC
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Drop In replacement for CCor SF-739
PowerMiser™
- High Gain 41 dB
- ½ the Current
Draw of Conventional Amps
- $8.00 per year average savings on Electric
- Low Noise Figure 8 dB
- High Output 52 dBmV
- Built in Return Amplifier
- Standard Interstage EQ’s and Pads
- Plug in Diplexers for future split changes
- Uses CCor
SF-739 Power Supply
- Up to 3
field switch able outputs
- Breakthrough Low Current Technology
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Specifications in Housing
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Parameter
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Test
Conditions
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Units
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Notes
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Forward
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Reverse
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Technology
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-
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-
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-
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GaAs
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GaAs
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Bandwidth
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-
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MHz
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-
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54-1003
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5-42
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Response
Flatness
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-
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dB
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-
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+/-0.75
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+/-0.5
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Minimum Full Gain
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-
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dB
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1
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41
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17
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Operational Gain
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-
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dB
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-
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37
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16
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Slope Built in
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Cable
Equivalent
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dB
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22
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0
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AGC
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+3.5 /-4.5 dB Change
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dB
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7
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± .5 dB Change
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NA
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Input Test Points
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-
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dB
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-
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-20 +/-1
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-20 +/-1
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Output Test Points
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-
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dB
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5
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-20 +/-1
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External on housing
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Input Return Loss
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Freq
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5-40 MHz
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dB
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2
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-
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16
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54-1003 MHz
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16
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Output Return Loss
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Freq
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5-40 MHz
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dB
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-
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16
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54-1003 MHz
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16
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Loop Isolation
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-
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dB
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-
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> 30
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DC Current Draw (max) with AGC
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@24 Volts DC
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mA
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-
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460
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Without AGC |
@24 Volts DC |
mA |
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430 |
AC Current Draw (max) with AGC
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90 VAC
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mA
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-
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N/A
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60 VAC
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200
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50 VAC
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240
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40 VAC
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300
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Noise Figure
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-
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dB
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-
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8
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4.5
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Distortion Measurements @ rated loading
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Reference Frequencies
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-
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MHz
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55/550/870/1GHz
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T7-T12
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Output Levels
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-
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dBmV
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-
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35/44/49.5/52
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36
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Channel Loading
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-
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NTSC
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3
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79 + 450 MHz digital or equalivlent
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4 channels
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Composite Triple Beat
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-
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dBc
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-
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74
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86
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Composite
Second Order
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dBc
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-
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77
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86
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Carrier to Noise
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dB
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-
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60
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74
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Cross Modulation
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dBc
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-
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74
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84
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www.4cable.tv
Notes:
1.
Factory alignment with 22 dB
cable equivalent, and 17 dB of flat gain. 42 dB gain version available
2.
All return loss measurements
made with 0 dB pads and a #18 gauge wire jumpers in place of the equalizers.
3.
Distortion measurements made
with 79 analog channels and 450 MHz digital channels or equalivlent noise running
6 dB down from an analog equivalent.
4.
Resistive -20 dB test points
on the housing
5.
Reverse sweep can be inserted
using the output test point of the restive test point on the housing
6.
Field configurable 1, 2 or 3
output with plug-in splitters and Directional couplers
7.
BODE Control
Recorded Sweep