Bhagath C. Profile

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Registrato il agosto 19, 2018

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Bhagath C.

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Deputy Engineer

I am working as a Deputy Engineer for 2 +years in a Defense PSU. I am proficient in Hardware Circuit design, PCB layout including library part creation, PCB footprint and Gerber generation. I use Altium Designer for Schematics and PCB design. I can provide support even after completion of the projects, when ever necessary. Good knowledge in High speed design, PCB Manufacturing and Assembly process.

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Esperienza

Bharat Electronics Limited

ott 2016 - Attualmente

Working professional in BEL

Formazione

Bachelor of Technology

Manipal Institute of Technology,

India

2013 - 2017

(4 anni)

Pubblicazioni

A Robust, Low Power Communication Architecture for Nano-satellites

IEEE Aerospace Conference

With the increasing number of small scale satellites being launched, there is a growing need to make the communication system as simple, power efficient, and robust as possible. Satellite parts are prone to failure due to the harsh radiation from space. Examples of possible failures are single event latch ups and single event upsets. If a receiver encounters a fault, the ground station user is not allowed to remotely control the satellite.

Implementation of COTS Components for CubeSat Applications

IEEE Aerospace Conference

This paper describes the design and testing of the power and communication subsystems for a 2U-class CubeSat. Solar power conditioning is achieved using a unique integrated MPPT solution from STMicroelectronics, the SPV1040. The battery is interfaced to the system through a protection and monitoring circuit consisting of the Maxim DS2764. The LTC4066 from Linear Technology, a battery charger is used to charge the battery and supply the system load.

Ground System Design for Receiver-End RF Communication in Amateur Band

IEEE Aerospace Conference

This paper describes the architecture of the Parikshit Student Satellite Ground Station, along with the components used for its implementation. It shows the design considerations and implementation of a robust signal conditioning scheme within a weatherproof enclosure box for receiver end RF systems operating in Very High Frequency (VHF) and Ultra High Frequency (UHF) bands.

Design and Analysis of Antennas for a Nano-Satellite

IEEE Aerospace Conference

This paper describes the simulations, practical tests and analysis carried out for monopole and dipole antennas for nano-satellites. The antennas are designed for a 2U nano-satellite. With the monopole and dipole antenna designed to operate in the amateur VHF & UHF bands respectively. The antennas are made of steel tapes, which are obtained from measuring tapes. The antennas have a width of 6mm and thickness 0.2mm.