Signal Distribution System Cascadable AGC Device and Method
First Claim
1. An apparatus comprising:
- switch having a plurality of switch inputs and a plurality of switch outputs, switch being operable to switchably couple any of the plurality of switch inputs to any one or more of the plurality of switch outputs;
a plurality of frequency translation devices, two or more frequency translation devices of the plurality of frequency translation devices being operably coupled to a respective switch output, the two or more frequency translation devices being operable to output two or more frequency translated switch outputs; and
a signal combiner operably coupled to the plurality of frequency translation devices, the signal combiner being operable to stack the two or more frequency translated switch outputs.
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Abstract
A cascadable AGC amplifier in a signal distribution system includes a low noise cascadable amplifier having a through path and a cascadable output. The cascadable amplifier is also configured to provide AGC over a predetermined input power range. The cascadable AGC amplifier can be configured to provide gain or attenuation. When the cascadable AGC amplifier is implemented in a signal distribution system, typically as part of a signal distribution device, an input signal can be gain controlled and supplied to multiple signal paths without distortion due to degradation of signal to noise ratio or distortion due to higher order amplifier products. The distributed signal is not significantly degraded by distortion regardless of the number of cascadable AGC amplifiers connected in series or the position of the cascadable AGC amplifier in the signal distribution system.
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Citations
39 Claims
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1. An apparatus comprising:
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switch having a plurality of switch inputs and a plurality of switch outputs, switch being operable to switchably couple any of the plurality of switch inputs to any one or more of the plurality of switch outputs; a plurality of frequency translation devices, two or more frequency translation devices of the plurality of frequency translation devices being operably coupled to a respective switch output, the two or more frequency translation devices being operable to output two or more frequency translated switch outputs; and a signal combiner operably coupled to the plurality of frequency translation devices, the signal combiner being operable to stack the two or more frequency translated switch outputs. - View Dependent Claims (11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21)
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2-10. -10. (canceled)
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22. An apparatus comprising:
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a multiple-input/multiple-output switch coupled to receive and switch at least one satellite intermediate frequency (IF) signal of a plurality of satellite IF signals, wherein the plurality of satellite IF signals are received from a satellite front end device comprising a low noise block downconverter (LNB); a plurality of channelizer devices coupled to the multiple-input/multiple-output switch and operable to channelize the at least one satellite IF signal to produce a plurality of channelized signals; and a channel stacker coupled to the plurality of channelizer devices and operable to stack the plurality of channelized signals to produce a stacked channel signal. - View Dependent Claims (23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33)
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34. A method comprising:
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switching at least one satellite intermediate frequency (IF) signal of a plurality of satellite IF signals, wherein the plurality of satellite IF signals are received from a satellite front end device comprising a low noise block downconverter (LNB); channelizing the at least one satellite IF signal to produce a plurality of channelized signals; and stacking the plurality of channelized signals to produce a stacked channel signal. - View Dependent Claims (35, 36, 37, 38, 39)
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Specification