Tulasiram Ch

Looking for a responsible position as a RF Testing and design engineer in a good organization enhance to my knowledge and enable me to excel my skills in the direction of company's growth as well as growth in my professional career

• Good & Strong Expertise in Testing and develop the Antennas, PLL, Power Amplifiers, Transmitters, Receivers, Design the Filters and Various Other RF/Microwave Modules.
• Familiar With RF Measurement Equipment's.
• Knowledge of Modulation Schemes, Transceivers.
• Ability to Handle Multiple Tasks.
• Ability to Work Independently.
• Ability to Testing and Development of RF/Microwave and Power Supply Modules to Qualify the Different Types of MIL Standard EMI/EMC Tests.
• Ability to Conduct TQ and AT Tests with Different MIL Standards. And interaction with customer

• RF & Digital Systems Design
• Embedded Systems
• Telecom

• Network Analyzer (PNA-up to 20GHz).
• Signal Generator (100 KHz-20GHz).
• Power meter.
• Spectrum Analyzer (300KHz-26.5GHz).
• Digital Oscilloscope.
• Noise figure analyzer.

• JAMMERS, BEL, A mobile phone jammer or blocker is a device which deliberately transmits signals on the same radio frequencies as mobile phones, In this project Testing and Develop the jammer and jammers Antenna.
• SHAKTHI WIDE BAND TUNER (2 - 18GHz), BEL, The 2-18GHz wide band tuner receives the RF signals frequency range 2-18GHz and converts the signal into final IF frequencies of 1000MHz with the band width of 500MHz and 160MHz with selectable band width of 40MHzand 20MHz. It also generates log video for 1GHz and 160MHz., in this project Testing and Develop the Receiver down converter, LO module, Power supply.
• AESA, LRDE, Plank controller pcb is Developed by LRDE BANGLORE. The board is indigenously designed with the vision of Developing a generic TRM Controller and fulfilling the power supply requirements of TR modules for all the modern Phased Array Radar applications., in this project testing and Develop the 8 QTRM pcb's Test Jigs
• LLL BHARANI RADAR, BEL, These are all of sub modules in BHARANI radar, it is a 2d level light weight radar is used to transmitted the high-power signal and capture the reflected signal of transmitted once it was useful to the Indian army to locate the local targets up to 50 kms range in space., In this project Testing and Develop the Trans receiver and Exciter module.
• MOTR-Multi Object Tracking Radar, ISRO, The MOTR Radar is tracking the different types of the objects at a time and it is working in L-band Frequency. It is ground level based RADAR., In this project Development and Testing of digital card
• SAAW, RCI, Telemetry encoder is a prototype module it is Developed by RCI .The Telemetry encoder can accept analog inputs in the range 0 to 28V and -5V to +5V, and Digital inputs with logic levels. Analog input signals are sampled and digitized by a 12 bit ADC. Digital input signals are sampled as per telemetry rate in accordance with experimenter's requirement., in this project Testing and Develop the telemetry encoder module.
• RUSTOM, BEL, These sub modules for used in controlling of MALE UAV (Medium altitude long endurance Unmanned aerial vehicle) By using GUDC we can produce C band signals by synthesizer technique, and these were further amplified by GSSPA, and it will be transmitted by antenna. This high frequency signal hit the local targets and it will revert back to the receiver as an echo signal and theses echo signal will down converted by GUDC module and further processed will occur in CDR. it will cover the 200kms surrounding area in 3 way dimension. In this my role is testing and designing of SSPA and ARFT, testing of ADU, GUDC., in this project Testing and Develop the ARFT,GUDC,ADU and ASSPA.
• TELEMETRY SYSTEM, RCI, The 10watt S-Band Transmitter is a part of Telemetry system used in PGAD Missile, this unit Transmits data of the on board system of Airborne vehicle to ground station., In this project Testing and Develop the 10watt S-BAND Transmitter.

• Father's Name: Surya Chandra Rao
• Date of Birth: 02/21/87
• Marital Status: Married