Micro Processor & Micro Controller

8085 Microprocessor Kit with Accessories/Peripherals and

Interfacing Devices.

SPECIFICATIONS

 In addition to normal specifications

 8251 study card USART 8279 study card 8255 study card

 SRAM and DRAM interface card with converter card DMA Controller

 Battery Backup for RAM.

 Total on-Board memory expansion to 384 KB.

 72 programmable I/O lines through 8255.

 Real time Clock interfaces.

 Three 16-bit Timer/Counter through 8253.

 RS 232C serial interface through 8251.

 USB Interface for PC Interface

 8 different level of interrupt through 8259.

 1 Mask able interrupts.

 8 non-maskable interrupt

 On-board A/D Converter

 On-board D/A Converter

 On-board Relay having 2 NO and NC contacts.

 On-board Opto Isolated input

 On-board 8 Digital inputs

 On-board 8 Digital Outputs

 On-board Temperature Sensor

 On-board Traffic light controller

 On-board Printer Interface

 20*2 LCD Display (40x2 optional)

 104 Keys IBM Compatible

 Key Board (USB)

 Two modes of Commands key board mode and serial mode.

 All address data and control lines available at FRC connector as per multi-Bus.

 Facility for Down/Up loading files from/to PC

 With Built in Power Supply

SPECIFICATIONS

 Microcontroller: 8031/8051/8751/89C51compatible

 Main RAM: 32KB(62256)

 Monitor ROM: 32KB(27256)

 Display Unit: LCD(16x2 Line)

 I/O Port: CPU I/O Port, 8255Ax 2

 Dot Matrix LED: 8x8

 Keyboard: 16 keys for data, 8 keys for function

 Integration and Development Environment Program

 Display 8051 internal architecture or Equivalent

 Source code editing, assembling, compiling and program writing

 Code memory disassemble

 8051 Register, internal/external memory dump and editing function

 Source level debugging function

 Pop-up menu and 89C51 WRITE function

 A/D, D/A Converter facility

 D.C. Motor and Photo Interrupter sensor

 Speaker and Step Motor Interface Circuit

 Expansion Connector System bus

 Minimum 40 pins text tool

 Power sce: 220V AC ±10%, 50 Hz

 Accessories: Software CD,

 PC interface cable and Instruction Manual

8086 Microprocessor Kit With Accessories/Peripherals

SPECIFICATIONS

 Compatible with 8088 Microprocessor (8 bit)

 Provision to add 8087 Co- processor & 8089 I/O Processor.

 256 KB of CMOS RAM using 62256

 512 KB of EPROM loaded with monitor expandable further using 27512.

 Battery Backup for RAM.

 Total on-Board memory expansion to 384 KB.

 72 programmable I/O lines through 8255.

 Real time Clock interfaces.

 Three 16-bit Timer/Counter through 8253.

 RS 232C serial interface through 8251.

 USB Interface for PC Interface

 8 different level of interrupt through 8259.

 1 Mask able interrupts.

 8 non-maskable interrupt

 On-board A/D Converter

 On-board D/A Converter

 On-board Relay having 2 NO and NC contacts.

 On-board Opto Isolated input

 On-board 8 Digital inputs

 On-board 8 Digital Outputs

 On-board Temperature Sensor

 On-board Traffic light controller

 On-board Printer Interface

 20*2 LCD Display (40x2 optional)

 104 Keys IBM Compatible Key Board (USB)

 Two modes of Commands key board mode and serial mode.

 All address data and control lines available at FRC connector as per multi-Bus.

 Facility for Down/Up loading files from /to PC.

 With Built in Power Supply.

 8251 study card USART 8279 study card 8255 study card

 SRAM and DRAM interface card with converter card DMA Controller

SPECIFICATIONS

 CPU: Philips 89V51RD2 Microcontroller with clock frequency@11.0592MHz.

 Four Seven Segment Displays

 16x2 LCD Display Interface

 Graphical LCD Interface

 EWSN Status LED’s 8 Nos.

 8 Channel ADC Interface

 DAC 0800 Interface

 LED Matrix Interface

 4x4 Matrix Keyboard Interface

 PS2 Keyboard Interface

 Traffic Light Interface

 Stepper Motor Controller interface with stepper motor

 Buzzer Interface

 PWM & Interrupt Interface

 Eight Data Switches

 LM35 Temperature Interface

 IR Interface

 Relay

 Opto

 Real Time Clock with battery backup

 At24C16 Serial EEPROM

 USB Interface

 RS-485 Interface

 RS-232 Interface using Rx/Tx of MCU for uploading/downloading

 On-chip Flash Program Memory with ISP and IAP capability

 ADC,DAC interfacing card Elevator Interfacing Card

 Temperature loop interface card

SPECIFICATIONS

 The All-in-one GPIO board is specially designed to suit the experimentation of different GPIO devices with the micro controllers

 Itincludes 8 LED

 16x2characterLCD

 2 digit 7-segment display Switches includes 4 general purpose keys

 2x2 matrix keyboard

 I2C based EEPROMs for protocol demonstration experiments

 SPI based EEPROMs for protocol demonstration experiments

 Stepper motor interface facility DC Motor interface

 Relayoutput

 Facility to provide 2 channel ADC input using potentiometer and unity gain amplifier for protection

 Useful resource to learn basic programming techniques to interface basic GPIO components to the controller.

GSM Modem with enclosure:

 GSM modem with serial communication interface

 Standard RS-232 interface using DB9 connector provide  for communication

 Controlling through AT commands.

 Modem can be linked to a PC, micro-controller or DSP based embedded system for sending SMS.

 Data circuit asynchronous, transparent and non- transparent upto 14400 bits/s and baud rate of 30to 115,200 bits/s metal enclosure case

 Powersupply–12VSMPS power supply

 SIM800 modem

FEATURES:

• The PLC (Allenbradley/Siemens) system is equipped with 16 digital inputs, 16 digital outputs, 5 analog inputs, and 2 analog output, providing the necessary I/O capabilities for various industrial automation tasks. It also features Ethernet communication support, enabling seamless integration into industrial
• networks for remote monitoring, control, and diagnostics. The system comes with Licensed PLC programming software, allowing users to program the PLC using standard languages such as ladder logic or structured text.
• Real-world components liketoggle switches, proximity sensors, selector switches, visual and audio indicators, DC motors, relays, contactors, and voltage displays offer students a hands-on, practical experience with equipment they might encounter in the field.
• A Conveyor System with PLC control for the movement of bottles, including liquid filling operations and bottle counting, is aindustrial automation setup. This system is commonly used in bottling plants where bottles are moved along a conveyor, filled with liquid, and counted for packaging and distribution.
• Bottle Filling Control process monitor and control from anywhere using mobile devices and applications.

SPECIFICATIONS

ProcessingUnit

 MCU: STM32N657X0

 CPU: Dual-core Arm® Cortex®-M7(480MHz)+ Cortex®-M4 (240 MHz)

 DSP& AI Acceleration:

 FPU(Floating Point Unit) for high-speed DSP computations

 CMSIS-DSP and CMSIS-NN support for machine learning

 Tensor Flow Lite for Microcontrollers compatibility'

Memory & Storage

 RAM: 1MB SRAM + 512KB

 TCM (Tightly Coupled Memory)

 Flash Storage: 2MB embedded Flash

 External Storage: Micro SD card slot, QSPI NOR Flash (128MB)

Display & Camera Interface

 Display Output: MIPI DSI forLCD (Optional Display Panel)

 Camera Interface: MIPI CSI-2 (Supports up to 2 cameras simultaneously) Expansion & I/O

 GPIO Header: 40-pin expansion connector (Raspberry Pi HAT compatible)

 STMod+ Connector: Supports additional sensor modules

 PCIe Expansion: M.2 Key E for Wi-Fi/Bluetooth modules

Power Supply & Efficiency

 Input Power: 5V/3A via USB-C or external power supply

 Low-power