Wide bandwidth combiner-amplifier

Claim 2

A combiner-amplifier, comprising: (a) first feedback amplifier means for amplifying a first received signal by a predetermined gain value; (b) second feedback amplifier means for amplifying a second received signal by the predetermined gain value; and (c) combiner means, operatively coupled to the first and the second feedback amplifier means, for combining the amplified first received signal with the second received signal by utilizing a feedback amplifier-based summing circuit to generate a combined signal which is attenuated by the predetermined gain value such that the combined signal has approximately a unity gain over the first and the second received signals within a bandwidth of at least 45 megahertz.

Claim 3

The combiner-amplifier of claim 1 wherein the first feedback amplifier means, the second feedback amplifier means, and the combiner means each manipulate signals between 5 megahertz and 200 megahertz such that the combined signal passes signals within the 5 megahertz to 200 megahertz frequency band from the first and the second received signals with approximately a unity gain over the frequency band.

Claim 4

The combiner-amplifier of claim 1 wherein the combiner means feedback amplifier-based summing circuit sums the first and the second amplified received signals together to form an intermediate signal.

Claim 5

The combiner-amplifier of claim 3 wherein the combiner means further comprises a signal splitter, operatively coupled to an output of the summing circuit which splits the intermediate signal into the combined signal and an output monitoring signal.

Claim 6

The combiner-amplifier of claim 4 wherein the combiner means further comprises an attenuator circuit, operatively coupled to the signal splitter, which attenuates an average signal voltage of the output monitoring signal by at least 20 decibels over an average signal voltage of the combined signal.

Claim 7

The combiner-amplifier of claim 5 further comprising a third through sixteenth feedback amplifier means which amplify an associated received signal with a predetermined gain value, respectively.

Claim 8

The combiner-amplifier of claim 6 wherein the predetermined gain value is a gain of 8 such that each amplifier means amplifies by approximately 8 times an average signal voltage of an associated received signal and the combiner means attenuates by approximately 8 times an average signal voltage of the combined signal, the summing circuit attenuating by approximately 16 times an average signal voltage of each amplified received signal and subsequently amplifying by approximately 4 times an average signal voltage to form the intermediate signal, the signal splitter equally dividing the average signal voltage of the intermediate signal between the combined signal and the output monitoring signal.

Claim 9

The combiner-amplifier of claim 1 further comprising a power supply which provides a voltage source to active circuitry in the first feedback amplifier means, the second feedback amplifier means, and the combiner means.

Claim 10

The combiner-amplifier of claim 8 further comprising an indicator, operatively coupled to the power supply, which indicates when the power supply is activated.

Claim 11

A combiner-amplifier, comprising: (a) a first input which received a first signal; (b) a second input which received a second signal; (c) a first current feedback amplifier, operatively coupled to the first input, which amplifies the first received signal by a predetermined gain value; (d) a second current feedback amplifier, operatively coupled to the second input, which amplifies the second received signal by the predetermined gain value; (e) a combiner, operatively coupled to the first and the second current feedback amplifier, which combines the amplified first received signal with the second received signal by utilizing a feedback amplifier-based summing circuit to generate a combined signal which is attenuated by the predetermined gain value such that the combined signal has approximately a unity gain over the first and the second received signals within a bandwidth of at least 45 megahertz; and (f) an output, operatively coupled to the combiner, which provides the combined signal.

Claim 12

A combiner-amplifier, comprising: (a) a first input which received a first signal; (b) a second input which received a second signal; (c) a first current feedback amplifier, operatively coupled to the first input, which amplifies the first received signal by a predetermined gain value; (d) a second current feedback amplifier, operatively coupled to the second input, which amplifies the second received signal by the predetermined gain value; (e) a combiner, operatively coupled to the first and the second current feedback amplifier, which combines the amplified first received signal with the second received signal by utilizing a feedback amplifier-based summing circuit to generate a combined signal which is attenuated by the predetermined gain value such that the combined signal has approximately a unity gain over the first and the second received signals within a bandwidth of at least 45 megahertz; and (f) an output, operatively coupled to the combiner, which provides the combined signal.

Claim 13

The combiner-amplifier of claim 10 wherein the first input, the second input, the first current feedback amplifier, the second current feedback amplifier, the combiner, and the output each manipulate signals between 5 megahertz and 200 megahertz such that the output passes signals within the 5 megahertz to 200 megahertz frequency band from the first and the second inputs with approximately a unity gain over the frequency band.

Claim 14

The combiner-amplifier of claim 11 wherein: (a) the feedback amplifier-based summing circuit includes a current feedback amplifier which sums the first and the second amplified received signals together to form an intermediate signal; (b) the combiner comprises a signal splitter, operatively coupled to an output of the summing circuit which splits the intermediate signal into the combined signal and an output monitoring signal; and (c) the combiner comprises an attenuator circuit, operatively coupled to the signal splitter, which attenuates an average signal voltage of the output monitoring signal by at least 20 decibels over an average signal voltage of the combined signal.

Claim 15

A combiner-amplifier, comprising: (a) sixteen inputs, each input receiving a different received signal; (b) sixteen current feedback amplifiers, operatively coupled to an associated input, respectively, each feedback amplifier amplifying the received signal from the associated input by a gain of 8 times; (c) a combiner, operatively coupled to each of the sixteen current feedback amplifiers, which combines each of the amplified received signals together by utilizing a current feedback amplifier-based summing circuit to generate a combined signal which is attenuated by 8 times such that the combined signal has approximately a unity gain over the received signals within a bandwidth of at least 45 megahertz; and (d) an output, operatively coupled to the combiner, which provides the combined signal.

Claim 16

A combiner-amplifier, comprising: (a) sixteen inputs, each input receiving a different received signal; (b) sixteen current feedback amplifiers, operatively coupled to an associated input, respectively, each feedback amplifier amplifying the received signal from the associated input by a gain of 8 times; (c) a combiner, operatively coupled to each of the sixteen current feedback amplifiers, which combines each of the amplified received signals together by utilizing a current feedback amplifier-based summing circuit to generate a combined signal which is attenuated by 8 times such that the combined signal has approximately a unity gain over the received signals within a bandwidth of at least 45 megahertz; and (d) an output, operatively coupled to the combiner, which provides the combined signal.

Claim 17

The combiner-amplifier of claim 13 wherein the sixteen inputs, the sixteen current feedback amplifiers, the combiner, and the output each manipulate signals between 5 megahertz and 200 megahertz such that the output passes signals within the 5 megahertz to 200 megahertz frequency band from the inputs with approximately a unity gain over the frequency band.

Claim 18

The combiner-amplifier of claim 13 wherein: (a) the current feedback amplifier-based summing circuit sums the amplified received signals together to form an intermediate signal; (b) the combiner comprises a signal splitter, operatively coupled to an output of the summing circuit which splits the intermediate signal into the combined signal and an output monitoring signal; and (c) the combiner comprises an attenuator circuit, operatively coupled to the signal splitter, which attenuates an average signal voltage of the output monitoring signal by at least 20 decibels over an average signal voltage of the combined signal.

Claim 19

The combiner-amplifier of claim 15 wherein the summing circuit attenuates by approximately 16 times an average signal voltage of each amplified received signal and subsequently amplifies by approximately 4 times an average signal voltage to form the intermediate signal, and the signal splitter equally dividing the average signal voltage of the intermediate signal between the combined signal and the output monitoring signal.

Claim 20

The combiner-amplifier of claim 13 further comprising a power supply which provides a voltage source to active circuitry in the sixteen current feedback amplifiers and the combiner.

Claim 21

The combiner-amplifier of claim 17 further comprising an indicator, operatively coupled to the power supply, which indicates when the power supply is activated.