|
| 1 | Electrical Items : |
| 2 | 1. Floating point Processor DSP Trainer for Power Electronic ApplicationsBased on Dual- Core 32-bit floating point Processor DSPOperating Speed: 200MHz (For each core)32-bit floating-point unit (FPU) which supports floating point operationsTrigonometric Math Unit (TMU) to speed up the execution of trigonometric operationsViterbi, Complex Math, and CRC Unit II (VCU-II) to accelerate the performance of FFT’s and communications-based algorithmsTwo Control Law Accelerator for real-time control co-processors that run at the same speed as the mainCPU’s 1MB (512KW) of onboard flash memory with error correction code (ECC)204KB (102KW) of SRAM16 Channels (16-bit/12-bit at 1.1 MSPS/3.5 MSPS) Successive Approximation ADCs16 Enhanced PWM outputs, 6 Enhanced Capture Inputs3 (12-bit) Buffered DACsON Board Features:16 Numbers of user LEDs, 256MB of SDRAM2 Numbers of Limit Switches for user interface4 Numbers of Push-Button Micro Switches1 SPDT Switch for user interface20 × 4 Alphanumeric LCDOpto-isolated USB Interface, Quadrature Encoder InterfaceOpto-isolated USB to Serial InterfaceOpto-isolated on-board USB to JTAG EmulatorPWM Outputs and Capture Inputs should be terminated at good quality 34-pin FRCconnector for easy use for student.16 Channel ADC inputs should be terminated at good quality 26-pin FRC connectorwith buffered and protectionDAC outputs and sigma Delta ADC inputs should be terminated in screw type connector.This board should have good support for MATLAB SIMULINKThis Board Should be configured for many types of Control algorithms - ON/OFF, PID, Fuzzy Logic, Model Predictive Algorithm, Reinforcement learning Control. These algorithms should be able run on this DSP Board. |
| 3 | 8085 MICROPROCESSOR TRAINERi. PROCESSOR: 8085A CPU @ 6.144 MHz Clock speed.ii. MEMORY:RAM:8KB expandable to 32KB, Jumper selectable. EPROM:8KB expandable to 32KB, Jumper selectable. 3.0V Lithium Battery Backup for RAMiii. PERIPHERALS:Keyboard and display section: Should be provided withPC Keyboard (105 keys) compatible with USB connector for reliability purpose16x2 Alphanumeric Dot Matrix Liquid crystal display with backlightTIMER, PARALLEL I/O, DIGITAL I/O, SERIAL AND BUS EXPANSION:3 Channel 16 Bit counter/timer terminated in a 10 pin connector using 8253Two numbers of 26 pin FRC connector provided for interface with other Boards24/22 TTL I/O lines, terminated at 1 No of 26-Pin FRC connector for using 1 No of 8255/ 1 No 8155 respectively8 No’s of Digital inputs should be terminated and given through onboard 8-way DIP switch8 No’s of Digital outputs should be terminated and displayed in the 8 No’s of SMD type LEDsDigital I/O lines should be terminated in a 20-Pin connectorRS 232C compatible Serial port should be terminated in a 9-pin \"D\" male connector/USB to serial converterOne 50-Pin FRC bus compatible for interfacing of experiment boards for bus expansion should be provided.INTERRUPTS:5 No’s Interrupts should be terminated in a 5-Pin connectorOTHER REQUIRED FEATURESBuilt in Line Assembler and Dissembler should be provided.Should have Software single stepping of user programs by instruction for software debugging.Should be Housed in an aesthetic plastic cabinet.BUILT-IN POWER SUPPLYInput :230V A.C.Output: +5V/3.5 A, +12V/150mADOCUMENTATION SUPPORT: E manual should be provided in a CD |
| 4 | 8051 MICRO CONTROLLER TRAINERi. PROCESSOR: 8051 / 89C51/89x51 Micro controller, 12MHz Clock speedii. MEMORY: Program Memory RAM - 32KBData Memory RAM - 32KBProgram Memory EPROM - 32KBiii. PERIPHERALSa. KEYBOARD AND DISPLAY - Should have16x2 LCD Display105 Keys PC keyboard should be provided and also reset and interrupt keys must be providedb. PARALLEL I/O BUS EXPANSIONOne no. of 8255 connections should be terminated in one 26-pin FRC header (24 I/O lines)One 50 pin FRC bus compatible for interfacing of experiment board and bus expansionMicrocontroller port lines should be terminated with one 40-pin FRC headerc. DIGITAL I/OOn board 8-digital inputs should be given through 8-Way dip switchOn board 8-digit outputs should be visible through SMD LEDsThe port lines P1 should be used as input (switch) or output LED (selectable hardware)iv. OTHER REQUIRED FEATURES:Should have Software single stepping of user programming by instruction and software debugging (at same time user interrupt is not accessible)Should be housed in an aesthetic plastic cabinet.v. SERIAL PORT:Two numbers of 26 pin FRC connector should be provided for interface compatible series Boards40 pin FRC header should be provided for port line expansion. PC Keyboard (105 keys) compatible with USB connector for reliability purposeOne 50-Pin FRC bus compatible for interfacing of experiment boards for bus expansion.On chip RS232 Compatible Serial Interface terminated in a 9 Pin \"D\" Male Connector/USBto serial convertervi. BUILT-IN POWER SUPPLY (MULTI OUTPUT) :Input : 230V ACOutput: +5V/3A, +12V/0.5Avii. BATTERY BACKUP:1 No. of 3V lithium battery DOCUMENTATION SUPPORT: E manual should be provided in a CD |
| 5 | KEYBOARD/DISPLAY INTERFACE BOARD8279 Keyboard/Display Interface6 Digit Display and 18 keys keyboardProvision for Control and Shift KeysFacility for Interrupt I/O TransferProvision for test points & fault analysis pointsProvision to connect IRQ, output line of 8279 to any one of Interrupts RST 5.5, 6.5 or 7.5All Address, data and control lines are terminated in a 50 Pin FRC make Male connector to interface with VXT bus50 Pin FRC Bus compatible for the boards of 8085 and 8051 development boards50 Core Cable should be provided |
| 6 | 2 CHANNEL DAC INTERFACE BOARDTwo numbers of DAC 0800Analog Output: +5V to -5VDAC outputs should be terminated at a suitable connector available on-boardProvision for test points & fault analysis pointsAll Address, data and control lines should be terminated in a 50 Pin FRC make male connector to interface with VXT bus50 Pin FRC Bus compatible for the boards of 8085 and 8051 development boards50 Core Cable provided |
| 7 | 8 CHANNEL ADC INTERFACE BOARDIncorporates one number or ADC 0809Start of Conversion by manual switch or softwareEnd of Conversion (EOC) monitored through Interrupt / PollingDisplay of digital data using LED\"sAll the 8 channel analog inputs should be terminated at Screw type connector.Trim pot should be provided on-board to channel 0 or 3 or 6Provision for test points & fault analysis points50 Core Cable should be providedAll Address, data and control lines should be terminated in a 50 Pin FRCMake male connector to interface with 50 pin FRC bus50 Pin FRC Bus compatible for the boards of 8085 and 8051 development boards |
| 8 | 8251 & 8253 INTERFACE BOARDIncorporates 8253 timer & USART 8251Provision to give External/Internal/Manual input clock to 8253Output of channel 2 to CPUs interruptsBaud rate generation for 8251 using 8253Standard RS232C serial port in a 9 Pin \"D\" Male Connector All timer inputs/outputs should be terminated in a 10 Pin HeaderLoop back provision should be provided to check the serial portProvision for test points & fault analysis points50 Core Cable should be providedAll Address, data and control lines should be terminated in a 50 Pin FRC Make male connector to interface with 50 pin FRC bus.50 Pin FRC Bus compatible for the boards of 8085 and 8051 development boards |
| 9 | PRINTER INTERFACE BOARDShould be Centronics Compatible Printer InterfaceLoop-back provision should be provided to check the working of theportFacility for Interrupt based I/O transfer should be be providedPrinter Control and status signals should be monitored using LED\"sAll Address, data and control lines should be terminated in a 50 Pin FRC Make male connector to interface with 50 pin FRC bus.50 Pin FRC Bus compatible for the boards of 8085 and 8051 development boards50 Core Cable should be providedThis interface board is compatible with dot matrix printers. |
| 10 | 8259 INTERFACE BOARDIncorporates 8259, Interrupt Controller Chip8 switches should be provided for giving interrupts8 IRQ lines should be terminated at a 10 Pin HeaderCompatible with 8085, 8088/86 CPU Based Microprocessor KitsProvision for test points & fault analysis points should be providedAll Address, data and control lines should be terminated in a 50Pin FRC Make male connector to interface with VXT bus.50 Pin FRC Bus compatible for the boards of 8085 and 8051 development boards50 Core Cable should be providedCompatible for 8085 & 8086 kits. |
| 11 | 8255 INTERFACE BOARDIncorporates 8255, Programmable Peripheral Interface Chip.All essential extra hardware should be provided to operate 8255 in Mode 0 or Mode 1 or Mode 2.8 Nos. of SPDT Switches should be provided at Port A for giving 8 TTL inputs.8 Nos. of LED’s should be provided at Port B for outputs.Provision to interrupt the CPU in Mode 1 and Mode 2 should be given.All the ports lines should be terminated in a standard 26 Pin Header FRC make Male connector for high reliability.Provision for test points & fault analysis points should be given.50 Pin FRC-type connector for high reliability to interface with 50 pin FRC bus.5 Nos. of LED\"s should be at port \"C\" [Control Port] to indicate IBF A, IBFB, OBFA, and OBFB & INTR in Mode 1 and Mode 2.3 Instrument type high quality switch with de bouncing logic should be provided.For generating ACK A, ACKB, STBA and STBB in Mode 1 & Mode 2.All Address, data and control lines should be terminated in a 50 Pin FRC Make male connector to interface with 50 pin FRC bus.50 Pin FRC Bus compatible for the boards of 8085 and 8051 development boards50 Core Cable should be providedThe 8255 Borad should be compatible to conduct the following experiments1.Program 8255 in Mode 0 and study all operation.2.Program 8255 in Mode 1 and Mode 2 to study all operations &timing in Mode 2.3.Study of 8255 for strobe I/O data transfer in Mode 1.4.Program in Mode 2 for strobe Bidirectional Input/output5.Program 8255 to generate INTR to 8085 Microprocessor |
| 12 | STEPPER MOTOR CONTROLLER WITH MOTORDriver should be provided for controlling one motorControl motors ranging from 0.5Kg to 20KgProvision for connecting external power supply of 6V, 12V or 24V, selectable by jumpers.One 0.5Kg/12V Motor should be provided50 Pin FRC Bus compatible for the boards of 8085 and 8051 development boards50 Core Cable should be providedAll Address, data and control lines should be terminated in a 50 Pin FRC make male connector to interface with VXT bus. |
| 13 | 8 DIGIT MULTIPLEXED DISPLAY CARD8 Digit Seven Segment DisplaysBinary Indication of selected digit thorough LED’s should be givenIndependent ports for digit selection and issuing digit data should be providedFully software controlled multiplexed displayDetailed Hardware & Software Manual should be providedAll Address, data and control lines should be terminated in a 50 Pin FRC Make male connector to interface with 50 Pin FRC Bus.50 Pin FRC Bus compatible for the boards of 8085 and 8051 development boards50 Core Cable should be provided |
| 14 | DC MOTOR SPEED MEASUREMENT & CONTROL MODULE8 Bit DAC to control the speed and direction of DC motor6V DC motor with slotted disk should be providedOptical pickup with wave shaping circuitry for speed sensing should be be providedSpeed measurement should be through 8253Counter channel 0 should be used for measuring the speed of the DC motor by decrement the counter value using the pulses generated by the sensor coupled to the DC motor shaft, for a known time and calibrating the count value to RPMChannel 1 and Channel 2 of 8253 is fully made available for the userDrivers for driving the DC Motor should be givenNo additional external power supply should be required50 Pin FRC Bus compatible for the boards of 8085 and 8051 development boardsThe control module should be designed for teaching DC motor control fundamentals.All Address, data and control lines should be terminated in a 50 Pin FRC Make male connector to interface with 50 Pin FRC Bus 50 Core Cable should be providedThe following experiments should be conducted with the DC MOTOR SPEED MEASUREMENT & CONTROL MODULE1. Speed control of DC Motor2. Study of Proportional Control3. Speed measurement using Optical pickup |
| 15 | LCD INTERFACE CARD2 Row x 16 Column LCD Dot Matrix Display Alphanumeric Display4 x4 Matrix Keyboard should be providedRelevant Software with detailed Hardware & Software Manual should be providedAll Address, data and control lines should be terminated in a 50 Pin FRC Make male connector to interface with 50 pin FRC bus.50 Pin FRC Bus compatible for the boards of 8085 and 8051 development boards50 Core Cable should be provided |
| 16 | TRAFFIC LIGHT CONTROL SYSTEMShould be compatible to connect to the parallel port of all the 8085 and 8081 kits32 LEDs provided to Simulate Traffic Control SystemBuffers should be provided for individual LEDs26 Core Cable should be providedCompatible to conduct all types of Traffic light simulation Detailed Hardware & Software manual should be provided in a CD |
