Arpan Mitra

Background

About Arpan Mitra

RELEVANT ENGINEERING EXPERIENCE: Project:Dual Band B1/B3 Radio Unit - To design the system level architecture of the B1-B3 Radio unit- To Prepare Link Budget for the analysis for total output power and power consumption- To perform EM layout simulation of RF (Digital and Power) board for band-1 and band-3 in AWR Environment Tool- To design and optimize a band-pass filter for band-1 with discrete components (L and C)- To perform RF Design Validation Test (DVT) for passive components in B1-B3 board- Assist the team in end-o-end development of product and final testing. Project: Dual Band B25/B66 Radio Unit - This project is to design a complete B25 & B66 dual-band radio unit to provide FDD 4T4R MIMO services for a wide range application based on 3GPP standard. It supports single/multi-carrier configurations for LTE systems- To design the system level architecture of the B25-B66 Radio unit- To Prepare Link Budget for the analysis for total output power and power consumption- To perform EM layout simulation of RF (Digital and Power) board for band-25 and band- 66 in AWR Environment Tool- To design and optimize band-pass filters for band-25 and band-66 with discrete components (L and C)- To perform RF Design Validation Test (DVT) for active gain blocks and passive components in B25-B66 boards- Provide support to the team to perform the Radio Conformance Test (RCT)- Assist the team in end-o-end development of product and final testing. Project: Small-cell Radio n78 & B3 for 5G-NR & LTE Application - This project is to design a complete n78 & B3 dual-band small-cell radio unit to provide FDD (2T2R)/ TDD (4T4R) MIMO for wide range application based on 3GPP standard. It supports single/multi-carrier configurations for both 5G-NR and LTE systems- To draft cavity filter specification documents for both NR Band-78 (TDD) and LTE Band- 3 (FDD) as per 3gpp compliance- To design cavity filters for NR Band-78 (TDD) in HFSS & CST studio. Project: 5G Smart Phone with mm-wave application Responsibilities- To design North-America SKU RF architecture for sub-6 GHz- To Prepare Link Budget for 33 cellular bands to analyse he rated output power at antenna port- To support the team for drafting FLD documents- To support the team for drafting the EN-DC & CA combination list- To perform a 3D EM simulation of the RF board in the HFSS tool.