Design and Implementation of an 8-Bit, 256-Step Digitally-Controlled Phase Shifter at 2.1 GHz with Minimum 1.41° Phase Change for Its LSB Step Size

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Design and Implementation of an 8-Bit, 256-Step Digitally-Controlled Phase Shifter at 2.1 GHz with Minimum 1.41° Phase Change for Its LSB Step Size

Cited by 3 publications

References 21 publications

Architecture and Design of a New Non-Quadrature Vector-Sum Microwave Phase Shifter at 10 GHz With Maximum Residual Phase Error of 1.80°

Architecture and Design of a New Non-Quadrature Vector-Sum Microwave Phase Shifter at 10 GHz With Maximum Residual Phase Error of 1.80°

A 4-Bit 360^o 10 GHz Digitally-Controlled Passive Phase Shifter With Digital Logic Control On-Chip in 0.15 μm Indium Gallium Arsenide (InGaAs) pHEMT Process

Design and Implementation of Fine Tuning Phase Shifting Trimmer in III-V Semiconductor Technologies

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Design and Implementation of an 8-Bit, 256-Step Digitally-Controlled Phase Shifter at 2.1 GHz with Minimum 1.41° Phase Change for Its LSB Step Size

Cited by 3 publications

References 21 publications

Architecture and Design of a New Non-Quadrature Vector-Sum Microwave Phase Shifter at 10 GHz With Maximum Residual Phase Error of 1.80°

Architecture and Design of a New Non-Quadrature Vector-Sum Microwave Phase Shifter at 10 GHz With Maximum Residual Phase Error of 1.80°

A 4-Bit 360o 10 GHz Digitally-Controlled Passive Phase Shifter With Digital Logic Control On-Chip in 0.15 μm Indium Gallium Arsenide (InGaAs) pHEMT Process

Design and Implementation of Fine Tuning Phase Shifting Trimmer in III-V Semiconductor Technologies

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Product

Resources

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A 4-Bit 360^o 10 GHz Digitally-Controlled Passive Phase Shifter With Digital Logic Control On-Chip in 0.15 μm Indium Gallium Arsenide (InGaAs) pHEMT Process