DSP Trainer

Specifications: HardwareJTAG supported via USBTLV320AIC23B programmable stereo codec Two 3.5mm audio jacks for microphone and speaker Expansion port for plug-in modules Power supply : +5V, 12V, GND8 DIP switches for inputs and 8 LED indication for output Provision for manual Reset4*4 LED matrix White noise source of amplitude 0~5Vpp20*2 character LCD display7 segment displays RTC interface : I2C based RTC section Phone keypad : 0 to 9 digits and *, # characters

The Digital Signal Processing Handbook

Stewart And Gee Tanget Galvonmeter Trainer

TMS320 SPECIFICATIONS 256K bytes on-chip RAM. On Board 16M bytes on-chip SDRAM Memory. Boot ROM (8K x 16) via SCI. On Board XDS100 Emulator for Execution. Onboard IEEE 1149.1 JTAG emulation connector. On Board 25 MHz crystals. On Board 16K I2C Serial EEPROM. On Board 512K bytes SPI Flash Memory. Motor Control Peripherals. Serial Communications Interfaces (SCIs), UART On Board 2.7V Dual Channel 12-Bit A/D Converter with SPI Serial Interface. Up to 109 individually Programmable, Multiplexed General-Purpose Input/output (GPIO) Pins. 12 Digital LED Outputs and 8 Digital Inputs. Multiple Booting Option DIP Switches. On Board Reset Switch. FEATURES 300 MHz (6.67-ns Cycle Time). Fixed/Floating Point Processor. Advanced Motor control. Commercial, Industrial or Automotive Temperature. Signal Processing Applications. Servo drives and motion control. TEXAS TMS320C6745 Two Serial Peripheral Interfaces (SPI) C674x Two Level Cache Memory Architecture 256K-Byte L2 Unified Mapped RAM/Cache. 1024K-Byte L2 ROM. Kit Includes Evaluation Board. 5V Power Adaptor. RS232 Serial Cable. USB Cable.

Our company is among the most sought after offering TMS320VC54XX Based DSP Trainer to the clients. TMS320VC54XX Based DSP Trainer is precisely designed employing high-end machines and well-checked raw material in compliance to industry defined norms. Offered range is widely demanded by many industries. Features: Quality testedElegant designScratch proof

SPECIFICATIONSThe DSK Trainer kit uses Taxas Instruments TMS320C6745 DSP chip a 375 MHz device delivering up to 3648 million instructions per second (MIPs)and 2736 MFLOPS This DSP Trainer is specifically designed in a modular and user friendly format with many on board interface HardwareJTAG supported via USBTLV320AIC23B programmable stereo codecTwo 3.5mm audio jacks for microphone and speakerExpansion port for plug-in modulesPower supply : +5V, 12V, GND8 DIP switches for inputs and 8 LED indication for outputProvision for manual Reset4*4 LED matrixWhite noise source of amplitude 0~5Vpp20*2 character LCD display7 segment displaysRTC interface : I2C based RTC sectionPhone keypad : 0 to 9 digits and *, # charactersCode composer studio for the TMS320C6745 DSK is included EXPERIMENTSTo study the architecture of DSP chips TMS 320c6X instructionsTo verify linear and circular convolutionTo design FIR(LP/HP/BP) filters using windowing technique a) using rectangular window b) using triangular window c) using kaiser windowTo implement IIR(HP/LP/BP) using following window a) Chebyshev filter b) Butterworth filterN-point FFT algorithmN-point DFT and IDFT of given sequenceFrequency response of system which is given in transfer function and differential formPower spectrum densityGeneration of sine waveDFT and IFFT using DIT and DIF methodsAuto-correlation, cross-correlation and it's propertySampling of sine signalAmplitude modulation, frequency modulation and FSK modulationFIR filter using Blackman and hamming windowGeneration of square waveImplementation of decimation, interpolation and I/D sampling rate converterImpulse response of 1st and 2nd order systemAddition and removal of noiseSpectrogram of audio or sine signalGeneration of DTMF signals and spectrogram of DTMF signalRTC displayed on LCDSignal companding using -lawGeneration of sinusoidal wave based on recursive differential equationGeneration of sinusoidal through filteringTo find the FFT of given signalFIR filter using Fourier series expanstion method Image ProcessingDigital image fundamentalsImage enhancementImage filteringImage reconstructionColor image processingImage compressionImage segmentationMorphology image processing Note : JTAG to USB Programming Cable for DSP has to be purchased separately.

SPECIFICATIONSTMS 320C50 CPU with Crystal Oscillator of 40.00MHzEnhanced TMS320 architectural design for increased performance and versatilityModular architectural design for fast development of spin-off devicesAdvanced IC processing technology for increased performanceDownward source-code compatibility with C1x and C2x DSPs for fast and easy performance upgradesEnhanced TMS320 instruction set for faster algorithms and for optimized high-level language operationNew Static design techniques for minimizing power consumption and maximizing radiation hardness64 KB RAM and 32 KB Monitor50 pin Bus containing address/data and control signal to connect experimental board and for future expansion.INTERFACE14 Bit codec single channel, input/output voice quality analog interface.1 single chip D/A and A/D conversion with 14 bits of dynamic rangeVariable sampling rate and filtering2 s complement data formatSingle 5V supplySerial port interfaceTerminal I/O port is RS 232 compatible3 timer/counter using 825412 bit single channel DAC using 754112 bit single channel ADC using AD574On board PPI 8255On board mike and speaker circuit16x2 LCD interface84 keys ASCII PC Keyboard interfaceCOMMANDSUser can use various commands to access TMS320C5X, likeRegister examine/modifyExamine/modify data/program memoryBlock Move data/program memoryFill block of data/program memory with constantBreakpoint commandFull speed executionUpload/download from computerWith Main Board & Lab board, user can do followingAdd two (64 bit signed) numbers and store resultMultiply two (32 bit) numbers and store resultEcho out an audio signalAdd two numbers and store resultAdd echo to audio signalGenerates a sinusoidal signalA-Law compandorGenerate a pseudo random binary sequence80 tap FIR low pass filter10th order IIR filterSpeech ( vowel ) recognitionData that corresponds to a 941Hz sinusoidal signalData that corresponds to a 1477Hz sinusoidal signal.Lab Project BoardDSP TRAINER KITSAll about DSP Trainer Kits are designed to train students and speed the development of power-efficient applications based on TI s DSPs. The kit, which provides new performanceenhancing features such as PC communications and true plugand- play functionality, gives both experienced and novice designers an easy way to get started. The DSP kits offers the ability to detect, diagnose and correct communication issues, download and step through code faster and get a higher throughput with Real Time Data Exchange (RTDX ).VPL-DSP-5416 DSP Trainer KitThe contents of the package include:TMS320C5416 BoardCode Composer Studio - Trial PackageConnection Cable through PCRequired power supplyQuick Start GuideExperimental Manual with ExamplesTechnical ReferenceLab Project - Experimental InterfaceVPL-DSP-6713 DSP Trainer KitThe contents of the package include:TMS320C6713 BoardCode Composer Studio - Trial PackageConnection Cable through PCRequired power supplyQuick Start GuideExperimental Manual with ExamplesTechnical ReferenceLab Project - Experimental Interface

TI Based Trainers C 2000 Digital signal Controllers

DSP TRAINER KITS AVAILBLE FOR ELECTRONICS, ELECTRICAL PLATFORMS.

Digital Signal Processor Trainer manufacture and export for Digital Electronics Trainer labs for use in educational and research labs. We bulk supply Digital Signal Processor Trainer and Laboratory Equipments in lab Tenders as per required specifications.

We are one of the trusted companies in this business and are indulged in presenting an enormous quality range of DSP Trainer Kit to our clients. This DSP Trainer Kit is made employing excellent quality material and sophisticated machinery. Offered products are available as per the multifarious requirements of our clients. Features: Kit uses USB communicationsTrue plug-and-play functionalityExpansion port connector for plug-in modules

DSP Trainer Kit

TMS320VC5416 Based DSP Trainer

P077 DSP based target sensing systemP079 DSP based RADAR systemP080 DSP based Voice processorP081 DSP based speech Encryption & DecryptionP082 DSP Based Phase Noise measurementP083 DSP Based Pyramid method in Image processingP078 DSP based Yarn thickness AnalyzerP079 DSP based RADAR systemP080 DSP based Voice processorP081 DSP based speech Encryption & DecryptionP082 DSP Based Phase Noise measurementP083 DSP Based Pyramid method in Image processingP084 VLSI Based speed control of DC MotorP085 VLSI Based Wireless home appliance controllerP086 Design of Reconfigurable Coprocessor for Communication SystemsP087 VLSI Based Speed control of Universal motorP088 VLSI Based Wireless camera controllerP089 FPGA Based Intelligent traffic light controllerP090 FPGA Based Energy meter prepaid cardP091 FPGA Based machineP092 FPGA Based RobotP093 FPGA Biomedical Telemetry for patient careP128 ARM based I2C PROTOCOL FOR RTC INTERACTIVEP129 ARM based CROP130 ARM based Data Acquisition systemP131 ARM based GREEN HOUSE CONTROLLERP155 Sound compressionP157 DSP Based Doppler CorrectionP158 IMAGE DENOISINGP159 DSP BASED VOICE PROCESSORP160 DSP Based ELLIPATIC SHAPES DETECTIONP200 ARM Based Tyre Position Monitoring SystemP204 VHDL Based New Techniques for Untestable Fault IdentificationP205 VHDL BASED A Source-Synchronous Double-Data-Rate ParallelP206 FPGA Based Wireless P207 FPGA BASED FUZZY CONTROLLER DESIGNP234 ARM Based 4 To 20 Ma Wireless Monitor Using Online PlotterP235 ARM EMBEDDED DRILLING MACHINE ANALYSERP236 ARM Based Load Shedding PreventerP237 ARM Based Agri AutomationP238 ARM Industrial Chamber Control ChamberP240 Arm Based Plant Monitoring & Control SystemP241 CDMA VLSIPV132 An Power-Efficient Partial FFT Processor for the OFDMA COMMUNICATION SYSTEM(IEEE)PV133 NEW RECONFIGURABLE ARCHITECTURES FOR IMPLEMENTING FIR FILTERS WITH LOW COMPLEXITY(IEEE)PV134 NEW VLSI ARCHITECTURE OF PARALLEL MULTIPLIERACCUMULATOR BASED ON RADIX-2 MODIFIED BOOTH ALGORITHM (IEEE)PV135 LUT OPTIMIZATION FOR MEMORY-BASED COMPUTATION ( IEEE)PV138 A Reduced Complexity Wallace Multiplier ReductionPV139 A New Common Sub expression Elimination Algorithm for Realizing Low-Complexity Higher Order Digital FiltersPV141 A High Bit Rate Serial-Serial Multiplier With On-the- Fly Accumulation by Asynchronous CountersPV142 Architecture for Exploiting Coarse-Grain Parallelism on FPGAsPV143 Design of Low-Power High-Speed Truncation-Error-Tolerant Adder and Its Application in Digital Signal ProcessingPV144 Design Space Exploration of Hard-Decision Viterbi Decoding: Algorithm and VLSI ImplementationPV145 Hardware Implementation of RFID Mutual Authentication ProtocolPV146 Improved Carry Select Adder with Reduced Area and Low Power Consumption

Connector facility for imported 2812 EVM. Connector provision for ADC input and PWM outputs. Three switches are provided for user application program use like, up/down frequency speed setting etc., ADC inputs are protected by zener diodes I/O Lines are protected by zener diodes.

Signal Processing Toolbox is a collection of industry-standard algorithms for analog and digital signal processing. The Signal Processing Toolbox also provides graphical user interfaces for interactive design and analysis and command-line functions for advanced algorithm development. Most toolbox functions are implemented in the open MATLAB language. This means that you can inspect the algorithms, modify the source code, and create your own custom functions. You can use the toolbox for applications such as speech and audio processing, wired and wireless communications, financial modeling and analysis, and medical imaging and instrumentation. Key Features * Comprehensive set of signal and linear system models * Tools for finite impulse response (FIR) and infinite impulse response (IIR) digital filter design, analysis, and implementation * Tools for analog filter design * Access to the most widely used transforms, such as fast Fourier and discrete cosine * Tools for spectral analysis and statistical signal processing * Functions for parametric time-series modeling * Routines for waveform generation, including a Gaussian pulse generator, a periodic sinc generator, and a pulse train generator * Extensive data windowing algorithms * Graphical user interfaces for designing, analyzing, and visualizing signals, filters, and windows.

DIGIVAC - DSP based motor controller trainer kitJointly developed with the Indian Institute of Science (IISc)- Electrical Engineering Department to cater to the educational requirements of undergraduate and post graduate studentsConsists of an Induction Motor- DC Generator coupled set, IGBT inverter and DSP controllerConsists of Experiments and Solutions manual that leads the students step by step into higher levels of complexity till they are able to clearly comprehend motor control algorithmsHas been supplied to all premier institutions in the country like the IIT's, NIT's, etc.IGBT Hardware stackReady to use IGBT power converter hardware to enable research scholars to focus on core algorithm and control developmentThe System consists of IGBT's mounted on a Heatsink, Drivers, Capacitors and SensorsThe hardware is protected against short circuit & Over current faultsThe hardware is suitable for different types of power converter configurations like DC-DC,DC-AC, AC- DC etc.Advanced Motor Controller Lab KitComprehensive motor control educational kits with multiple configurations of Motor Generator sets containing Induction Motors, PM Synchronous Motors, DC Motors & BLDC MotorsFully regenerative IGBT bidirectional converters suitable for 4Q operationAdvanced loading systems with a very high efficiency and low mains power utilizationSensors suitable for torque & speed measurementIsolated & protected test points for PWM Pulses, Voltages & CurrentsHardware suitable for control through external controllersDoubly fed Induction Generator (DFIG) & Controller SetUsed in research work on control of DFIG'sThe system consists of an Induction motor coupled with a DFIGIGBT converter is used for advanced DSP based Rotor side controlActive Front End converter for super synchronous operationVariable frequency drive for adjusting prime mover speed