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High power millimeter wave upper frequency converter power amplification assembly based on three branch combining network

A power amplifier component, high-power technology, applied in electrical components, demodulation, transmission systems, etc., can solve the problem of low integration, achieve high output frequency, improve yield, ensure matching and high reliability.

Inactive Publication Date: 2006-01-25
NANJING UNIV OF SCI & TECH
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  • Summary
  • Abstract
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  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

As mentioned in the literature, the existing millimeter-wave up-conversion components are generally realized by discrete modules, and the degree of integration is not high, and there are no relevant reports on millimeter-wave up-conversion power amplifier components with high power output

Method used

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  • High power millimeter wave upper frequency converter power amplification assembly based on three branch combining network
  • High power millimeter wave upper frequency converter power amplification assembly based on three branch combining network
  • High power millimeter wave upper frequency converter power amplification assembly based on three branch combining network

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Embodiment Construction

[0012] combine figure 1 , the integrated millimeter-wave up-conversion components are composed of local oscillator frequency multipliers, local oscillator filters, local oscillator amplifiers, mixers, radio frequency amplifiers, filters, gain amplifiers, power drive amplifiers, final power synthesis amplifiers and detectors device to connect. First, the local oscillator output signal is frequency multiplied. After frequency multiplication, since the output signal includes unnecessary multiple harmonics and fundamental components, it is necessary to add a band-pass filter at the output of the frequency multiplier to obtain the second harmonic component. The signal obtained at this time is small and needs to be amplified, so a local oscillator amplifier is added; then the frequency multiplied local oscillator signal is mixed with the intermediate frequency signal, in order to better suppress out-of-band spurs, after mixing Connect a first-stage high-gain RF amplifier first, and...

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Abstract

A power amplification module of frequency conversion is featured as filtering out secondary harmonic wave component from frequency doubled signal by local oscillator filter ; carrying out frequency conversion in frequency mixer after filtered - out frequency double signal is amplified by local oscillator amplifier ; amplifying converted frequency signal by radio amplifier ; carrying out band pass filtering of radio frequency signal by filter ; using gain amplifier , power driving amplifier and power synthetic amplifier to be pre-amplification and high power amplification for outputting high power mm wave signal .

Description

a technical field [0001] The invention relates to a millimeter-wave component, in particular to a high-power millimeter-wave up-conversion power amplifier component based on a three-branch synthesis network. Two background technology [0002] Millimeter-wave up-conversion components are key components in millimeter-wave systems and can be widely used in millimeter-wave communications, radar, and telemetry and remote control. Millimeter-wave up-conversion components have been reported at home and abroad, such as Document 1: "Millimeter-wave frequency doubling up-conversion power amplifier components", Semiconductor Information, 2000.8. This component multiplies the input signal (15GHz, 10dBm) to 30GHz, upconverts the local oscillator signal (5GHz, 10dBm) to 35GHz, and then amplifies the output power. The frequency doubling part adopts GaAs PHEMT active frequency doubling and amplification, and the frequency mixing circuit adopts double-balanced frequency mixing of GaAs diode...

Claims

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Application Information

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IPC IPC(8): H04B1/04H03D7/00
Inventor 恽小华孙琳琳楚然
Owner NANJING UNIV OF SCI & TECH
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