HFSSmm-WaveAntenna DesignPIN Diode
Frequency Reconfigurable mm-Wave Antenna
28 GHz microstrip antenna with PIN diode switching for dual-band operation. Simulated in HFSS with meander line and DGS structures for tunable S11 and gain.
RFIC ◆RF & Microwave ◆Antenna Design ◆mm-Wave ◆MIMO ◆Research ◆Technical Education ◆
RFIC ◆RF & Microwave ◆Antenna Design ◆mm-Wave ◆MIMO ◆Research ◆Technical Education ◆
About
Research engineer working at the intersection of RF/microwave systems and antenna design. Currently at VNIT Nagpur, with an M.Tech in frequency reconfigurable mm-wave antennas from VSSUT Burla.
Research on frequency reconfigurable microstrip antennas for mm-wave (28 GHz) applications — HFSS simulation, PIN diode integration, meander lines, and DGS for tunable performance.
Featured Work
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MIMO Array Characterization
Mutual coupling analysis and isolation enhancement for compact MIMO antenna arrays at microwave frequencies. Explored decoupling networks and element spacing trade-offs.
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RF & Microwave Technical Education
Structured technical content on antenna fundamentals, transmission lines, and mm-wave design — shared with 5,000+ LinkedIn followers in the RF engineering community.
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