PIC MICROCONTROLLER TRAINING KIT

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A low cost, easy to use and _exible development tool and training kit used for teaching, learning and building projects based on the renowned Microchip PIC Microcontroller device families. Suitable for PIC microcontroller interfacing and design application. A self-contained system, equipped with a durable PIC microcontroller programmer/writer, PIC microcontroller target/interface, I/O interface, PIC development software, user guide, lab experiment manual & sample programs to get user’s projects started without haste. Trainer system housed in a robust and portable case for easy handling and storage. Programs are written, compiled, simulated on the host PC, and then to be programmed to the microcontroller device using the programmer unit via the USB interface. The programmed device is then interfaced to the application I/O devices to simulate various hardware interface experiments.
• On board 40 way ZIF sockets that accepts PIC Microcontroller 40 pins DIP devices. • Support most PIC 16F & PIC18F series (40 pins) such as PIC16F877A, PIC18F4520, PIC18F4550 (USB) & other pin compatible    MCU. One PIC16F877A microcontroller is included as sample device • 28 way ZIF socket(x1), 18 pins DIP IC socket (x1) to support 28/18 DIP pins PIC MCUs • On-o_ power switch with indicator • On-board 5VDC power voltage regulator • Overload/short circuit protection via replaceable fuse unit • Tactile reset pushbutton • On-board crystal oscillator (exchangeable) • One USB B type connector for USB development • Connector to ICSP • MCU I/O pinouts accessible via standard DIL connectors (4 x 10 ways) • Bus expansion interface for PIC (via SIL turned pin sockets) • UART connector on board • 1 x RS232C DB9 serial port • Operating Input Voltage: 12VDC regulated via AC-DC Power Adapter.
MAIN BOARD FEATURES:
DESCRIPTIONS :
• Portable & user friendly • Built-in 40 way ZIF programming socket to accommodate PIC devices up to 40 pins DIL such as the PIC12Fxx, PIC16Fxxx,    PIC18Fxxx & etc. • Built-in ICSP pinout connector for In-Circuit Serial device programming • LED status indicators for power and ready/busy function • Features fast and reliable programming • Interface with PC’s desktop or laptop’s USB ports • External power supply not required • Fully compatible with MP LAB IDE or PIC KIT2 software • Compatible with PICkit2's Logic Tool and UART Tool APPLICATION INTERFACE SPECIFICATIONS :
USB PROGRAMMER FEATURES:
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• LCD Display 16x2 • 4 x 4 Matrix Keyboard • Buzzer x 1 • 8 Input Data Switches • 4 input push button • 8 Output Coloured LEDs • Dual 7-segment LEDs • IC/ SPI EEPROM interface • Input/output Interface IDE Connectors • One Stepper Motor with driver circuit
• DC motor, 9V~12V operated, Rated current: 40mA, Speed: approx 100    RPM(min.), integrated with rotary encoder to o_er rotation feedback. • One DC RC servo motor, 4.8 – 6.0V operate, Rated speed: 0.13 sec/ 60    degree. • One relay (5V triggered) with 6A relay output(NC/NO contacts). • One 32.768KHz Crystal for Real Time Clock (RTC) using Interrupt. • One External Real Time Clock IC (DS1307) with back up battery for I2C    protocol development. • Provision for one external serial EEPROM with SPI interface (24Cxx). • ADC input with 3 source: On board Potentiometer, LM3xZ    temperature sensor or can connect to external optional sensor
MODEL: PIC-TK08A
ABLELOGIC.COM.MY
PIC MICROCONTROLLER TRAINING KIT
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MODEL: PIC-TK08A
A low cost, easy to use and _exible development tool and training kit used for teaching, learning and building projects based on the renowned Microchip PIC Microcontroller device families. Suitable for PIC microcontroller interfacing and design application. A self-contained system, equipped with a durable PIC microcontroller programmer/writer, PIC microcontroller target/interface, I/O interface, PIC development software, user guide, lab experiment manual & sample programs to get user’s projects started without haste. Trainer system housed in a robust and portable case for easy handling and storage. Programs are written, compiled, simulated on the host PC, and then to be programmed to the microcontroller device using the programmer unit via the USB interface. The programmed device is then interfaced to the application I/O devices to simulate various hardware interface experiments.
• On board 40 way ZIF sockets that accepts PIC Microcontroller 40 pins DIP devices. • Support most PIC 16F & PIC18F series (40 pins) such as PIC16F877A, PIC18F4520, PIC18F4550 (USB)    & other pin compatible MCU. One PIC16F877A microcontroller is included as sample device • 28 way ZIF socket(x1), 18 pins DIP IC socket (x1) to support 28/18 DIP pins PIC MCUs • On-o_ power switch with indicator • On-board 5VDC power voltage regulator • Overload/short circuit protection via replaceable fuse unit • Tactile reset pushbutton • On-board crystal oscillator (exchangeable) • One USB B type connector for USB development • Connector to ICSP • MCU I/O pinouts accessible via standard DIL connectors (4 x 10 ways) • Bus expansion interface for PIC (via SIL turned pin sockets) • UART connector on board • 1 x RS232C DB9 serial port • Operating Input Voltage: 12VDC regulated via AC-DC Power Adapter.
MAIN BOARD FEATURES:
• Portable & user friendly • Built-in 40 way ZIF programming socket to accommodate PIC devices up to 40 pins DIL such as the    PIC12Fxx, PIC16Fxxx, PIC18Fxxx & etc. • Built-in ICSP pinout connector for In-Circuit Serial device programming • LED status indicators for power and ready/busy function • Features fast and reliable programming • Interface with PC’s desktop or laptop’s USB ports • External power supply not required • Fully compatible with MP LAB IDE or PIC KIT2 software • Compatible with PICkit2's Logic Tool and UART Tool APPLICATION INTERFACE SPECIFICATIONS :
USB PROGRAMMER FEATURES:
• LCD Display 16x2 • 4 x 4 Matrix Keyboard • Buzzer x 1 • 8 Input Data Switches • 4 input push button • 8 Output Coloured LEDs • Dual 7-segment LEDs • IC/ SPI EEPROM interface • Input/output Interface IDE Connectors • One Stepper Motor with driver circuit
• DC motor, 9V~12V operated, Rated current: 40mA, Speed: approx 100    RPM(min.), integrated with rotary encoder to o_er rotation feedback. • One DC RC servo motor, 4.8 – 6.0V operate, Rated speed: 0.13 sec/ 60 degree. • One relay (5V triggered) with 6A relay output(NC/NO contacts). • One 32.768KHz Crystal for Real Time Clock (RTC) using Interrupt. • One External Real Time Clock IC (DS1307) with back up battery for I2C protocol development. • Provision for one external serial EEPROM with SPI interface (24Cxx). • ADC input with 3 source: On board Potentiometer, LM3xZ temperature sensor or can connect to    external optional sensor
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