Electronics Training Tools
Equipment for Education, Engineering and Vocational Training - FEATURES Universal IC Tester with Membrane ASCII Keypadis a Table-Top version, designed as a powerful tool for manufacturers, servicing engineers, R&D personnels to test a wide range of IC's of Digital,Analog, CPU & RAMs. Tests Digital and Analog ICs from 3 to 40 Pins. Built in self-diagnostic functions to ensure error free testing of IC. 16 character x 2 line backlit LCD display and sealed Membrane type Alpha Numeric keyboard Automatic testing of variety of ICs. 2 nos. of potential free 40 pin ZIF sockets for testing analog and digital ICs. Single step mode enables the user to test the IC step by step. Audio alarm to user whenever it is required. IC PACK : Digital ICs up to 40 pins and analog ICs up to 20 pins in DIP package. IC TYPE : Tristate, open collector & bidirectional TTL/CMOS digital ICs also analog ICs as per list. TEST BY : Truth table comparison for digital ICs. Functional test of output for various input conditions for analog ICs. ZIF : Two 40 pin DIP ZIFs for analog and digital ICs. KEY : Membrane type Alpha Numeric 50 Keys Keyboard. DISPLAY : 16 character x 2 line backlit LCD SUPPLY VOLTAGE : 180V to 270, 50Hz single phase. RANGE OF ICs THAT CAN BE TESTED : DIGITAL : TTL, CMOS ICs including SSI, MSI, LSI, Functions including Gates, Buffers, Drivers, Flip-flops Counters, Shift registers, Latches, Multiplexers, Parity generators, Analog switches, CPUs, Microcontrollers, Peripherals, Static RAMs, Non volatile rams, Serial EPROMs etc. LINEAR : Transistor Arrays, Timers, Analog switches, Optocouplers, Display drivers, Line drivers, and Latch drivers, 7 segment display, LCD display, from 16 character by 1 row Upto 40 characters by 2 rows, Real time clocks, Analog to Digital converters upto 16 bit resolution and upto 40 pin Devices. Digital to Analog converters. Op-Amp’s (8 Pin 14 Pin, 16 pin). Comparators (8 pin, 14 pin, 16 pin) Op-Amp and Comparators (combined) Voltage followers (8 pin, 14 pin) Voltage regulators (Both +ve and –ve), DPM ICs, DOT / BAR display drivers, PLLs, VCOs. Waveform Generator, Sample & Holds, PWM Generators..
Equipment for Education, Engineering and Vocational Training - ests most of the 6 to 40 pin ICs in DIP package. The list includes 74/54, 40/45, 93/96 series ICs, EPROMs, RAMs, peripheral ICs, microprocessor (8088/8085/Z80/6502), operational amplifiers, voltage comparators, transistor arrays, optocouplers, analog switches, voltage followers, timers, A to D converters, D to A converters and miscellaneous analog ICs. Automatic testing of variety of ICs. Potential free 40 pin universal ZIF socket. Six Seven Segment Display to show IC number, PASS & FAIL Status, Operations display. It has 16/24 keys for its operation. Battery & Mains operation Portable size Audio alarm to user whenever it is required..
Equipment for Education, Engineering and Vocational Training - Logic Gates - Design of Gates - Design of AND gate - Design of OR gate - Design of XOR gate - Design of XOR gate using other basic gates - Design of 2:1 Mux using other basic gates - Design of 2 to 4 Decoder - Design of Half-Adder, Full Adder, Half Subtractor, Full Subtractor - Design of 3:8 Decoder - Design of 8:3 Priority Encoder - Design of 4 Bit Binary to Grey code Converter - Design of 4 Bit Binary to BCD Converter using sequential statement - Design an 8 Bit parity generator (with for loop and Generic statements) - Design of 2,s Complementor for 8-bit Binary number using Generate statements Sequential Design Exercises - Design of all type of Flip-Flops using (if-then-else) Sequential Constructs - Design of 8-Bit Shift Register with shift Right, Rshift Left, Load and Synchronous reset. - Design of Synchronous 8-bit Johnson Counter. - Design of Synchronous 8-Bit universal shift register (parallel-in, parallel-out) with 3- state output (IC 74299) - Design of 4 Bit Binary to BCD Converter using sequential statement. - Design - a) Mod 3 Counter - b) Mod 5 Counter - c) Mod 7 Counter - d) Mod 8 Counter - e) Mod 16 counter - f) 4 Bit Johnson counter - Design a decimal up/down counter that counts up from 00 to 99 or down from 99 to 00. - Design 3-line to 8-line decoder with address latch - Design of ALU 55 - Lab Project/Case Studies: 2 Nos..
Equipment for Education, Engineering and Vocational Training - It uses Xilinx Spartan XC2S50/XC2S100/XC2S200 FPGA with up to 50/100/200K system gates, and up to 200MHz clock speed. - It communicates with computer through standard Webpack - User can develop the circuit/ schematic using Xilinx standard Foundation Series Software and any development tool for VLSI design available in the world. - It has various on-board interfaces: - 16x2 LCD module - Six Seven Segment Displays - Stepper Motor Controller Interface - 8x8 LED Matrix Display - EWSN Status LED's 12 Nos. - ADC/DAC Interface - RS-232 interface - Parallel JTAG interface - Four Data Switches - Switch Array - AT24C16 Serial EEPROM - 4x4 Keyboard - Power Indicator LED - It has on board 89C51RD2 for development and processing of 51 family softwares. - On board microcontroller with 64K flash, 1K RAM ISP with required software. - It has I/O counter interface to enable it to connect various demo modules. This helps in man to machine interface. - Has a general purpose areas on board to enable it to incorporate additional circuit. - VPL-SPARTAN Board - Set of cables flat and serial - Application CD ROM - User's manual: detailed information on components and usage - Data sheet of major components - List of experiments for FPGA as listed - On board facility for variable clock generation.
Equipment for Education, Engineering and Vocational Training - It uses industry standard CPLD 95C108 with optional facility for 9536 and 9572 - It communicates with computer through standard Webpack - It has a serial & parallel link which enable user to communicate with PC. - User can develop the circuit/schematic using Xilinx standard Foundation Series Software and any development tool for VLSI design available in the world. - It has various on-board interfaces: - 16x2 LCD module - Six Seven Segment Displays - Stepper Motor Controller Interface - 8x8 LED Matrix Display - EWSN Status LED's 12 Nos. - ADC/DAC Interface - RS-232 interface - Parallel JTAG interface - Four Data Switches - Switch Array - AT24C16 Serial EEPROM - 4x4 Keyboard - Power Indicator LED - On board microcontroller with 64K flash, 1K RAM ISP with required software. - It has I/O counter interface to enable it to connect various demo modules. This helps in man to machine interface. - Has a general purpose areas on board to enable it to incorporate additional circuit. PACKAGE CONTENTS - VPL-CPLD Card - Set of cables flat and serial - Application CD ROM - User's manual: detailed information on components and usage - Data sheet of major components - List of experiments for CPLD as listed - On board facility for variable clock generation.
Equipment for Education, Engineering and Vocational Training - It uses industry standard Virtex 600 - It communicates with computer through standard Webpack - It has a serial & parallel link which enable user to communicate with PC. - User can develop the circuit/schematic using Xilinx standard Foundation Series Software and any development tool for VLSI design available in the world. - It has various on-board interfaces: - 16x2 LCD module - Six Seven Segment Displays - Stepper Motor Controller Interface - 8x8 LED Matrix Display - EWSN Status LED's 12 Nos. - ADC/DAC Interface - RS-232 interface - Parallel JTAG interface - Four Data Switches - Switch Array - AT24C16 Serial EEPROM - 4x4 Keyboard - Power Indicator LED - On board microcontroller with 64K flash, 1K RAM ISP with required software. - It has I/O counter interface to enable it to connect various demo modules. This helps in man to machine interface. - Has a general purpose areas on board to enable it to incorporate additional circuit. PACKAGE CONTENTS - VPL-CPLD Card - Set of cables flat and serial - Application CD ROM - User's manual: detailed information on components and usage - Data sheet of major components - List of experiments for CPLD as listed - On board facility for variable clock generation.
Equipment for Education, Engineering and Vocational Training - It uses industry standard Altera CPLD 7128/1K50 - It communicates with computer through standard Webpack - It has a serial & parallel link which enable user to communicate with PC. - User can develop the circuit/schematic using Xilinx standard Foundation Series Software and any development tool for VLSI design available in the world. - It has various on-board interfaces: - 16x2 LCD module - Six Seven Segment Displays - Stepper Motor Controller Interface - 8x8 LED Matrix Display - EWSN Status LED's 12 Nos. - ADC/DAC Interface - RS-232 interface - Parallel JTAG interface - Four Data Switches - Switch Array - AT24C16 Serial EEPROM - 4x4 Keyboard - Power Indicator LED - On board microcontroller with 64K flash, 1K RAM ISP with required software. - It has I/O counter interface to enable it to connect various demo modules. This helps in man to machine interface. - Has a general purpose areas on board to enable it to incorporate additional circuit. PACKAGE CONTENTS - VPL-CPLD Card - Set of cables flat and serial - Application CD ROM - User's manual: detailed information on components and usage - Data sheet of major components - List of experiments for CPLD as listed - On board facility for variable clock generation.
Equipment for Education, Engineering and Vocational Training - Learn VHDL the Direct way with our low-cost, interactive VHDL simulator. DirectVHDL is built around a VHDL interpreter that allows you to edit and simulate your VHDL design without complicated setup or compilation procedures. DirectVHDL simply loads and simulates in one step. DirectVHDL includes the following: - VHDL Workspace - An easy-to-use manager that serves as a starting point to launch the VHDL editor and simulator. - VHDL Editor - An advanced editor providing syntax coloring and syntax-error detection. Perfect for beginners, this editor highlights syntax errors as you type! - VHDL Simulator - Allows you to simulate and debug your design with a graphical waveform viewer. - VHDL Tutorial - Provides an easy introduction to the VHDL language. Requirements - Windows - Windows 95,98,Me,NT 4.0, or 2000, 15 MB hard disk space, 64 MB RAM. - Mac OS X IMPLEMENTATION & EXPERIMENTAL BOARDS(More than 20 hardware experiments) - Universal FPGA/CPLD Kit - Training Kits for Virtex, Spartan 2S, 2SE, CPLD, - FPGA,Altera.
Equipment for Education, Engineering and Vocational Training - CPU: Philips 89V51RD2 Microcontroller - Six Seven Segment Displays - Stepper Motor Controller Interface - LCD Display Interface - 8x8 LED Interface Block- EWSN Status LED's 12 Nos. - 8 Chanel ADC Interface- Four Data Switches - Relay- Opto - Real Time Clock- Switch Array - At24C16 Serial EEPROM - RS-232 Interface using Rx/Tx of MCU for uploading/downloading Internal Peripheral Features - On-chip Flash Program Memory with ISP and IAP capability - Parallel programming with 87C51 compatible hardware - Supports 6-clock/12-clock mode via parallel programmer - 6/12-clock mode Flash bit erasable and programmable via ISP - 6-clock/12-clock mode programmable “on-the-fly” by SFR bit - Peripherals (PCA, timers, UART) may use either 6/12-clock - Speed up to 20 MHz with 6-clock cycles per machine cycle - Pin to pin study of microcontroller unit - Indicators for data, status and control pins - Test points available for testing - Extention conectors for connecting external circuits - Fully static operation - RAM expandable externally to 64 kbytes - Four interrupt priority levels - Seven interrupt sources - Four 8-bit I/O ports - Full-duplex enhanced UART‘ - Framing erro detection - Automatic address recognition - Power control modes - Clock can be stopped and resumed - Idle mode - Power down mode - Programmable clock-out pin - Second DPTR register - Asynchronous port reset - Low EMI (inhibit ALE) - Programmable Counter Array (PCA) - PWM - Capture/compare - Assembler / 'C' compiler available.
Equipment for Education, Engineering and Vocational Training - Embedded Trainer has been designed by using Motorola 68HC11 PLCC Microcontroller. This controller provides in-system as well as in circuit programming so that one may be able to write program and download directly in the controller through serial port without removing it from the system. - CPU: Motorola 68HC11 Microcontroller - Stepper Motor Controller Interface - 16x2 LCD module- - ix Seven Segment Displays - 8x8 LED Matrix Display- EWSN Status LED's 12 Nos. - ADC/DAC Interface- Four Data Switches - Switch Array- At24C16 Serial EEPROM Peripheral Features: - M68HC11 CPU - Power-saving stop and wait modes - 0, 256, 512, or 768 bytes of on-chip RAM, data retained during standby - 0, 12, or 20 Kbytes of on-chip ROM or EPROM - 0, 512, or 2048 bytes of on-chip EEPROM with block protect for security - 2048 bytes of EEPROM with selectable base address in the MC68HC811E2 - Asynchronous non-return-to-zero (NRZ) serial communications interface (SCI) - Additional baud rates available on MC68HC(7)11E20 - Synchronous serial peripheral interface (SPI) - 8-channel, 8-bit analog-to-digital (A/D) converter - 16-bit timer system: - Three input capture (IC) channels - Four output compare (OC) channels - One additional channel, selectable as fourth IC or fifth OC - 8-bit pulse accumulator - Real-time interrupt circuit - Computer operating properly (COP) watchdog system - 38 general-purpose input/output (I/O) pins: - 16 bidirectional I/O pins - 11 input-only pins - 11 output-only pins.
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