pe-uc1

Microcontroller Development Kit 

It is a universal single board microcontroller based embedded kit for all embedded applications.

Features

 Microcontrollers
* CPU: optional

  • PIC16 (PIC16F15375)
  • PIC18 (PIC18F45Q10)
  • PIC24(PIC24EP32MC204)
  • PIC32(PIC32MX110F016D-I/PT)
  • dsPIC33 (dsPIC33EP32MC204)
  • STM32 (STM32F411)
  • AVR (ATMEGA32)
  • HC12

  • 8051

* Integrated USB debugger which allows communication with a PC for programming, debugging and other advanced operations (MPLAB Snap, STLINK2…)

Integrated accessoiries : 

• 4 Toggle switches to give a digital input indicated by LEDs.
• 4 LEDs to display the digital output.
• 4 push buttons to give a digital input indicated by LEDs.
• 16x2 alphanumeric backlit LCD screen.
• 4x4 matrix keyboard
• Test plate
• 4 7-segment displays
• RS232 serial interface provided via 9 pin D type connectors
• On-board power supply + 12V/1A, 5V/2A is provided.
• Supply input voltage: 230 V AC.
• Set of 2 mm patch cords for interconnections
• 9-pin serial cable and USB cable supplied
• Software under Windows (Mplab X for PIC/dsPIC/AVR, CubeIDE for STM32)

pe-uc2

Microcontroller Development Kit 

It is a universal single board microcontroller based embedded kit for all embedded applications.

Features

 Microcontrollers
* CPU: optional

  • PIC16 (PIC16F15375)
  • PIC18 (PIC18F45Q10)
  • PIC24(PIC24EP32MC204)
  • PIC32(PIC32MX110F016D-I/PT)
  • dsPIC33 (dsPIC33EP32MC204)
  • STM32 (STM32F411)
  • AVR (ATMEGA32)
  • HC12

  • 8051

* Integrated USB debugger which allows communication with a PC for programming, debugging and other advanced operations (MPLAB Snap, STLINK2…)

Integrated accessoiries : 

• 8 Toggle switches to give digital input indicated by LEDs.
• 8 LEDs to display the digital output.
• 16x2 alphanumeric backlit LCD display.
• 4x4 matrix keyboard
• Test plate
• Piezoelectric buzzer
• SPI digital potentiometer
• 4 7-segment displays
• Relay
• 8 inputs and 8 outputs are optically isolated
• 12V motor interface
• I2C compatible:
 EEPROM 24C512 (64 KB)
 DS1307 RTC with suitable battery
 4Ch. 8-bit ADC & 1Ch. 8 bit DAC
• Temperature sensor interface using Lm35
• Temperature sensor interface using DS18B20.
• RS232 serial interface provided via 9 pin D-type connectors
• 24 I/O lines provided on a 26-pin FRC connector for external interface.
• On-board power supply + 12V/1A, 5V/2A is provided.
 Power input voltage: 230 V AC.
 Attractive metal casings
 9-pin serial cable and USB cable provided
 Software under Windows (Mplab X for PIC/dsPIC/AVR, CubeIDE for STM32).

pe-fpga1

 FPGA /CPLD Training board 

PE-FPGA1 FPGA/CPLD training board kit offers full hardware units for you to experiment every function of the FPGA/CPLD chip while learning the basic knowledge. CPLD and FPGA have been the first-choice components for the designers. FPGA Trainer is suitable for the designers on application for communication, industrial automation, intelligent instrument, image processing, extensive engine control, etc. In order to allow users have excellent experimental platforms, PE-FPGA1 FPGA/CPLD Training Kit series has provided platforms based on Altera or XILINX. Enabling engineers to realize the designs of logical circuit from experimental units.

Features

  • Communication: USB or Printer Port
  • Power: 100V AC~240V AC
  • Frequency Range: 50/60 Hz
  • Chip Supported:ALTERA:  CycloneVI (TQFP-144) ,XILINX: Sparten 6 (TQFP-144)
  • Programmable frequency generator 1K/10K/ 100K/1M/10MHz
  • 8 × 1 logic input original press point with light
  • 8 × 2 logic input Dip switch
  • 4 impulse press button generator (2 positive pulse; 2 negative pulse)
  • 3 × 4 array keyboard
  • 8 × 8 dual color point array LED display
  • LCD 16 × 2 monitor
  • 6 digits 7 nodes monitor
  • 3 × 4 LED output
  • Buzzer output x 1 set
  • 8bit D/A converter x 2 set
  • 8bit A/D converter x 1 set

  • Arduino shields plugin

  • USB logic analyzer

Test Content:

Combining logic design, simulation and test

  • Basic logic

  • Subtractor 
  • Decoder
  • Combinational logic 
  • Comparator
  • Multiplexer
  • Adder
  • Encoder 
  • Demultiplexer

Sequential FPGA logic circuit design, simulation and test

  • Flip-flop device
  • Shift register
  • Shift counter register
  • Synchronized counter
  • Asynchronous counter

Analog logic circuit design, simulation and test

  • A/D converter
  • D/A converter

Thematic Application Test

  • 8 × 8 dual color spot array LED control test.
  • Digital clock
  • Counter
  • Electronic alarm clock
  • Traffic light control
  • Electronic dice
  • Keyboard scan
  • LCD display control test
  • A/D, D/A converter test
  • Easy CPU design
  • VHDL/AHDL design

pe-CPU-8086

8086 Microprocessor Training kit 

PE-CPU-8086 can perform the experiment without additional peripherals. It uses a popular microprocessor with adequate documentation. PE-CPU-8086 is easy to assemble that includes a prototyping area and expansion facilities, and provides all the typical components of microprocessor system

PE-CPU-8086 helps students to understand the architecture and programming of the microprocessors  "8085/8086/68000/Z80".
The system contains an 8086 CPU system and user memory sets, input and output devices, and External interface.

Students edit and assemble program codes from PC and observe instant results after they download and execute programs from system memory. Debug functions are also available via PC or system keypad interface.

Features

  • CPU :
  • Intel : 8085/8086
  • Motorola : 6800/68000
  • Zilog : Z80
  • Display unit : LCD (16x2 line)
  • Main RAM : 64KB
  • Monitor ROM : 64KB (Optional)
  • Clock generator
  • A/D converter (8 bit x8channel)
  • D/A converter (8 bit x2channel)
  • I/O port: 24bit
  • Interrupt controller
  • Timer/counter controller
  • Keyboard / display controller
  • Serial port (RS-232C, 9pins)
  • Keyboard 24 Key
  • Breadboard
  • Arduino shields plugin
  • USB logic analyzer

db-arm-h750

DB-ARM-H750 Development board 

The STM32H7 is the most powerful member of the popular STM32 family of 32-bit microcontrollers based on ARM Cortex-M cores, and offered by ST Microelectronics. It can be clocked at speeds up to 480 MHz with a benchmark performance greater than 1,000 DMIPS. This is one of the fastest, most powerful microcontrollers currently available on the market.

The DB-ARM-H750 Development board is designed to evaluate STM32H750 processor.

Features

  • STM32H750 Arm® Cortex®-M7 core-based microcontroller with 128 Kbytes of flash memory and 1Mbytes of RAM
  • 8 user LEDs
  • 1 seven segment display
  • 8 user microswitch
  • Reset and wake-up/tamper buttons
  • 1 user push-button
  • Potentiometer
  • Quadrature encoder
  • Board connectors:
  • I2C connector supporting I2C bus
  • SPI connector supporting SPI bus
  • RS-232 port configurable for communication
  • RS-485 port
  • USB port supporting USB FS Device
  • CAN 2.0A/B-compliant port
  • JTAG/SWD connector
  • User interface through USB Virtual COM port
  • 34 Digital /8 analog IO expansion connectors
  • 8-bit ISA PC104 interface  
  • On-board STLINK debugger/programmer with Virtual COM port, and debug port
  • Comprehensive free software libraries and examples available with the STM32CubeH7
    MCU Package
  • Support of a wide choice of integrated development environments (IDEs) including IAR
    Embedded Workbench®, MDK-ARM, and STM32CubeIDE