Advance Communication Training Systems

In this catalog we have tried to group all the systems that have been designed by De Lorenzo for the study of telecommunications in order to provide our customers with a wide choice to suit their specific needs.

The Laboratory Is Divided Into Three Broad Categories:

• ICT
• Transmission Systems
• Telephony

We are offering RF, wireless antenna and microwave Communication Training Systems that are the result of latest technological developments. Our extensive range includes :

Antennas, Radar & Satellite :

• Advanced RF & Microwave Antenna Lab
• Antenna Training Lab (5MHz – 2GHz)
• Micro Strip Antenna Trainer
• Wave & Propagation Trainer
• Microwave Antenna Training System
• Compact Antenna Trainer
• Noise Generator 3GHz
• Advanced Transmission Line Lab

Microwave Instruments & Communication Training System

• Microwave Test Bench (Gunn & Klystron Based)
• Microwave Lab Kit – Dielectric & antenna measurement
• Radiation Pattern Measurement System
• Microwave Heating Application Trainer
• Anechoic Chamber for Antenna Measurement
• 40GHz Millimeter Test Bench
• Microwave Power Meter (10MHz – 20 & 40GHz)
• Microwave Signal Source
• X Band Spectrum & Network Analyzer
• Microwave Antenna Analyzer 10MHz – 20GHz
• Microwave Satellite Communication Training Systems – X Band
• Mobile Communication Training System
• Wireless Communication Training System 2.3GHz – 2.7GHz

Advanced Communication Training System :

• CDMA – DSSS Trainer with BER Measurement
• Baseband Transmitter Training System
• RFID Training System
• GPS & GSM Development System
• ISDN Training System
• Bluetooth Telecom Trainer
• Bluetooth Embedded Training System
• Bluetooth Embedded Headset Kit
• Cellular Mobile Trainer
• Ubiquitous Home Network Trainer

RF Training System :

• RF Signal Source 1GHz

The Satellite Communications Training System is a state-of-the-art training system that covers the field of satellite communications. Specifically designed for hands-on training, the system covers modern satellite communication technologies including analog and digital modulation.

Antennas, Radar & Satellite Training Systems We are offering RF, wireless antenna and microwave communication training systems that are the result of latest technological developments. Our extensive range includes

Antennas, Radar & Satellite :

• Advanced RF & Microwave Antenna Lab
• Micro Strip Antenna Trainer
• Wave & Propagation Trainer
• Microwave Antenna Training System
• Compact Antenna Trainer
• Advanced Transmission Line Lab
• Advanced Satellite Communication 2.3GHz – 2.7GHz
• Satellite Communication Lab 2.4GHz

Technosys - Satellite Communication Training Lab Areas of Experimentation and scope of study

To set up an active & passive satellite, communication link and study their difference:

• To measure baseband analog signal parameters.
• To measure the signal parameters like fm deviation in an analog FM/FDMTV Satellite link on spectrum analyser.
• To study the functionality of a satellite MODEM.
• To measure Linear and Circular polarization of antennas on spectrum analyser.
• To measure the C/N ratio, threshold on spectrum analyser.
• To measure the S/N ratio.
• To study the effect of fading and measure the fading margin of a received signal on spectrum analyser.
• To measure the Propagation Delay of signal.
• To measure pathloss using spectrum analyser.
• To study noise on spectrum analyser.
• To measure the digital baseband signal parameters in asatcom link. To measure the range of baud rates that the system can support.
• To send telecommand and receive the telemetry Data and study the operation of a codec.
• To setup a RS-232 satellite communication link using com ports of PC.
• To calculate Bit Error Rate in a satcom link.

Microwave Antenna Training System Technosys - mat10, x band dro transmitter, x band dro receiver, signal analyser/stepper motor controller, monopole, dipole, slot wg narrow wall, slot wg broad wall, helix (lhcp)x2nnos, helix (rhcp) x2 nos, patch microstrip, patch microstrip array 2x1, patch microstrip array 4x1, patch microstrip array 4x4, parabolic dish, conical horn, pyramidal horn, e plane sectoral horn, h plane sectoral horn, dielectric rod, waveguide to coax adapter x 3 nos, multi hole directional coupler, stepper motor controlled antenna monopod, windows software, accessories.
Features

• Microwave trainer with 21 antennas like parabolic dish, patch arrays, horn etc.
• X band dro stabilized antenna transmitter and receiver
• Directional coupler for vswr/ return loss.
• Rs232 interface with polar/cartesian plotting software
• Microstrip antennas
• All antenna gain, return loss and pattern plot provided
• 1000 location frequency and level storage in receiver
• Ability to transfer digital signal over microwave.

Light Runner is a highly advanced fiber optic training kit which is designed and developed to bridge the gap between academia and industry. It comprises of a robust hardware kit backed with an indigenous monitoring and control software. Light Runner is targeted but not restricted to find its use in engineering and science laboratories as well as industry oriented fiber optic training centers for conducting a broad range of experiments, researches and trainings in optical technology. Light Runner can also be used in R&D labs for fiber optic communication development and has expansion capability to add modules to carry out additional experiments. It is a unique stand alone system for fiber optic communication labs that does not require any external instruments/devices such as oscilloscope, function generator, power meter etc. and is completely automated & controlled by the proprietary software. Light Runner has been received with enthusiasm from industry experts as a multi-dimensional innovative product and has been making news since its inception. Light runner has bagged multiple prestigious awards worldwide in recognition of its breakthrough spectrum of functionalities in fiber optics testing and measurement domain. The most recent being the winner title at ‘Innovators Competition’ from a pool of 1000 other technological inventions. The tile was awarded under the Innovation Growth Programme 2011 jointly organized by the Lockheed Martin Corporations (USA) and Department of Science & Technology-Government of India. Other Internationally acclaimed recognitions include but are not limited to Aegis Graham Bell Award in 2010 and finalist in the power of ideas initiative in 2009. Light Runner is already filed for patent protection in India and PCT countries.

• Light Runner is an open platform based integrated modular system, making it unique from its competitors. It offers a broad range of experiments that include but are not limited to latest cutting edge technologies such as EDFA, WDM, OTDR, BER, Eye Pattern, OADM and Dispersion.
• Unlike the plastic fiber typically used in the training kits available in the market, Light Runner uses original telecom grade silica fiber and components that help in providing real industry based training. Also, in experiments like WDM, Light Runner offers 4 channel module whereas other competing kits only provide 2 channel modules.
• Ships with advanced and user friendly proprietary software for optical control and monitoring. The software also provides theoretical concepts associated with each experiment for ready reference. Students can refer to the theory and simultaneously conduct experiment from the same screen.
• The proprietary software features real time instrument control such as control over modulation frequency, duty cycle and intensity of lasers.
• It’s an ideal laboratory solution for conducting examinations and practical as it allows experiment results of individual students to be saved for later references by the tutor.
• Unlike other vendors who offer separate kit for each experiment, Light Runner offers value for money to its clients as it offers much broader spectrum of experiments (offers 16 experiments expandable to 40+ experiments by just one kit) and hence costs substantially less than the competing kits in the market.
• With Light Runner you would not incur any additional expenses on peripheral equipments, as this stand-alone fiber optic bench top laboratory kit does not require any external systems such as CRO, pulse generator, power meter, fiber spool, etc.

We are offering & supplying fully equipped DSP solutions and MATLAB for industrial and educational needs as everything is becoming digital these days. We offer digital signal processing systems including DSP filters, DSP modems, DSP transceivers and more for good reason. Our company offers a wide range of solutions related to telephony to GPS and GSM technology applications using DSP.

Product Features:

DSP Starter Kits are low-cost, simple, comprehensive development tool.Allows new DSP designers to explore the TMS320 DSP architecture and begin developing DSP applications.

TMS320C5416 DSP STARTER KIT

• Texas Instrument's TMS320VC5416 DSP operating at 16-160 MHz
• Embedded USB JTAG controller with plug and play and play, USB cable included
• Burr Brown PCM3002 stereo codec
• 64K words of on board RAM
• 256K words of on board Flash ROM

 

DSP STAR PERSONAL

DSP STAR Personal based on C6000 Education System includes C6000 hardware board and its own easy-to-use software debugger Code Builder (compatible to Code Composer Studio) as well as lab teaching material. Teaching materials include example programs and lecture guide. Currently, example
programs in the teaching material are based on DSP C6713.
Hardware consists of base I/O board and field replaceable processor module.

TMS320LF2407 DSP STARTER KIT The F24XX devices are members of the TMS320C2000™ Digital Signal Controller family that combine control peripheral integration and ease of use of a microcontroller (MCU) with the processing power and C efficiency of TI's leading DSP technology. DSP Starter Kits are low-cost, simple, comprehensive development tool.Allows new DSP designers to explore the TMS320 DSP architecture and begin developing DSP applications.

 

TMS320F28335 DSP STARTER KIT

The F2833x and F2823x devices are members of the TMS320C2000™ Digital Signal Controller family that combine control peripheral integration and ease of use of a microcontroller (MCU) with the processing power and C efficiency of TI's leading DSP technology. The 2833x include the industry's first floating-point digital signal controllers that operate at up to 150 MHz.

TMS320F2808 DSP STARTER KIT

The F28xx devices are members of the TMS320C2000™ Digital Signal Controller family that combine control peripheral integration and ease of use of a microcontroller (MCU) with the processing power and C efficiency of TI's leading DSP technology

Electromagnetic Professional (EMPro) is Keysight EEsof EDA's electromagnetic (EM) simulation software design platform for analyzing the 3D EM effects of components such as high-speed and RF IC packages, bondwires, antennas, on-chip and off-chip embedded passives and PCB interconnects. EMPro EM simulation software features a modern design, simulation and analysis environment, high capacity simulation technologies and integration with the industry’s leading RF and microwave circuit design environment, Advanced Design System (ADS) for fast and efficient RF and microwave circuit design.

Key Benefits of EMPro EM Simulation Software

• Design Flow Integration: Create 3D components that can be simulated together with 2D circuit layouts and schematics within ADS, using EM-circuit cosimulation
• Broad Simulation Technology: Set up and run analyses using both frequency-domain and time-domain Method (FEM) and Finite Difference Time Domain (FDTD)
• Efficient User Interface:structures with a modern, simple GUI that saves time and our EMPro EM simulation software provides advanced scripting features

In this catalog we have tried to group all the systems that have been designed by De Lorenzo for the study of telecommunications in order to provide our customers with a wide choice to suit their specific needs.

The Laboratory Is Divided Into Three Broad Categories:

• ICT
• Transmission Systems
• Telephony