Sr RF Design Engineer
Our client in Sparks Glencoe is a manufacturing company.
They are looking for a RF Manufacturing Technician to join their team.
-Lead the development of state-of-the-art, miniature microwave receivers for government and military applications.
-Perform top level requirements analysis and design of system architecture, including frequency plan, cascade analysis, and development of specifications for sub-assemblies.
-Circuit design experience in the area of RF/microwave circuit miniaturization is critical in this role, with a history of designing RF circuitry with low noise figure, low phase noise, as well as very good 2nd and 3rd order intercepts.
-Top level system technical design of RF/microwave receivers as well as individual circuit designs-Regularly interfaces with customers, and contributes ideas to new product development and IR&D-Functional subassemblies of wideband microwave receivers including detailed design of RF/IF Frequency Converters, IF Filtering and Amplification, AGC Loops, AM/Log Detectors, FM Demodulators, Frequency Synthesizers (PLL and Hybrid), Lumped Element and Active Filters, A/D and D/A Converters, Op amp Circuits and Power Supplies.
Familiarity with Group Delay Equalization, Image Canceling Mixers, Spectral Display Generation, and YIG Oscillator/Filter Control-ESD Awareness-Candidate should be familiar with computer design tools including Microwave Office, MATLAB, PSPICE, or other tools-The candidate should possess leadership qualities and be able to work well with and lead a diverse group of engineering disciplines.
-Be familiar with the specification and selection of receiver key components including microwave amplifiers, mixers, filters, YIG devices and frequency synthesizers.
-Experience in the area of high-speed digitization and a working knowledge of application of DSP techniques or digital radio concepts is highly desired.
-History of designing RF circuitry with low noise figure, low phase noise, as well as very good 2nd and 3rd order intercepts.
-Knowledge of specification tradeoffs a must, ie, how achieving better numbers in one specification may require a degradation of another specification (RF attenuation may yield better SFDR at a cost of NF, etc.
)Job Requirements:
-Candidate should be familiar with computer design tools including Microwave Office, MATLAB, PSPICE, or other tools-The candidate should possess leadership qualities and be able to work well with and lead a diverse group of engineering disciplines.
-Be familiar with the specification and selection of receiver key components including microwave amplifiers, mixers, filters, YIG devices and frequency synthesizers.
-Experience in the area of high-speed digitization and a working knowledge of application of DSP techniques or digital radio concepts is highly desired.
-History of designing RF circuitry with low noise figure, low phase noise, as well as very good 2nd and 3rd order intercepts.
-Knowledge of specification tradeoffs a must, ie, how achieving better numbers in one specification may require a degradation of another specification (RF attenuation may yield better SFDR at a cost of NF, etc.
).
Estimated Salary: $20 to $28 per hour based on qualifications.
They are looking for a RF Manufacturing Technician to join their team.
-Lead the development of state-of-the-art, miniature microwave receivers for government and military applications.
-Perform top level requirements analysis and design of system architecture, including frequency plan, cascade analysis, and development of specifications for sub-assemblies.
-Circuit design experience in the area of RF/microwave circuit miniaturization is critical in this role, with a history of designing RF circuitry with low noise figure, low phase noise, as well as very good 2nd and 3rd order intercepts.
-Top level system technical design of RF/microwave receivers as well as individual circuit designs-Regularly interfaces with customers, and contributes ideas to new product development and IR&D-Functional subassemblies of wideband microwave receivers including detailed design of RF/IF Frequency Converters, IF Filtering and Amplification, AGC Loops, AM/Log Detectors, FM Demodulators, Frequency Synthesizers (PLL and Hybrid), Lumped Element and Active Filters, A/D and D/A Converters, Op amp Circuits and Power Supplies.
Familiarity with Group Delay Equalization, Image Canceling Mixers, Spectral Display Generation, and YIG Oscillator/Filter Control-ESD Awareness-Candidate should be familiar with computer design tools including Microwave Office, MATLAB, PSPICE, or other tools-The candidate should possess leadership qualities and be able to work well with and lead a diverse group of engineering disciplines.
-Be familiar with the specification and selection of receiver key components including microwave amplifiers, mixers, filters, YIG devices and frequency synthesizers.
-Experience in the area of high-speed digitization and a working knowledge of application of DSP techniques or digital radio concepts is highly desired.
-History of designing RF circuitry with low noise figure, low phase noise, as well as very good 2nd and 3rd order intercepts.
-Knowledge of specification tradeoffs a must, ie, how achieving better numbers in one specification may require a degradation of another specification (RF attenuation may yield better SFDR at a cost of NF, etc.
)Job Requirements:
-Candidate should be familiar with computer design tools including Microwave Office, MATLAB, PSPICE, or other tools-The candidate should possess leadership qualities and be able to work well with and lead a diverse group of engineering disciplines.
-Be familiar with the specification and selection of receiver key components including microwave amplifiers, mixers, filters, YIG devices and frequency synthesizers.
-Experience in the area of high-speed digitization and a working knowledge of application of DSP techniques or digital radio concepts is highly desired.
-History of designing RF circuitry with low noise figure, low phase noise, as well as very good 2nd and 3rd order intercepts.
-Knowledge of specification tradeoffs a must, ie, how achieving better numbers in one specification may require a degradation of another specification (RF attenuation may yield better SFDR at a cost of NF, etc.
).
Estimated Salary: $20 to $28 per hour based on qualifications.
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