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Training Kits
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| 6CH DC Motor Driver is capable to drive up to 6 DC motors
(each motor Vmax: 46VDC, Imax: 4A). The driver size is 12.5cm*9.5cm. It supports TTL and PWM control signals, only 2 signal
lines required to control each motor forwards, reverse, stop and moving speed. 12 LED indicators are
used to show the operation of each motor. It is cheapest solution for robot arm, mobile robot and automation projects.
Datasheet
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BIZ025 is a PIC development kit for 40pin PIC. It has 33 clear labeled I/O pins to connect to accessories.
Besides that, this starter kit also provides 5V regulated power output for connected accessories.
It also include RS232 Module for serial interfacing and ICP pin header for In-Circuit Programming.
It is best solution for all PIC beginners.
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This PIC
training kit is used for 40pin PIC
experiments. It support
incircuit serial programming.
Motor driver, LCD, LDR,
8-bit LED, Relay Module, temperature sensor, serial EEPROM,
buzzer RS232 interface module and switch inpus
are combined in this kit.
Datasheet
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This PIC programmer use USB port to
program 12, 16 and 18 series of PIC Microcontroller (DIP 8, 14, 18, 28, 40
pin layout). It is suitable to use with desktop and laptop. No external
power required. Datasheet
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| This AT895X/AVR programmer use parallel
port to program DIP 40 pin layout of AT895X or AVR. It is suitable to use
with desktop. External DC power required.
Datasheet
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This AVR programmer use parallel port to
program DIP 8, 14, 20, 28, 40 pin layout of AVR. It is suitable to use with
desktop. External DC power required.
Datasheet
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| This converter is used to convert from TTL
to RS232 format or from RS232 to TTL format. It supports up to 2 channels
TTL - RS232 interface. External DC power required.
Datasheet
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Dual 7-Segment module has 2 common anode
modules. The length of each 7-segment LED is 0.5". Is is useful temperature,
counter value, distance display.
Datasheet
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| The CCS ICD is a complete In-Circuit
Debugging and Programming solution for Microchip's PIC16Fxx and PIC18Fxx PICŪ
MCUs. The ICD can debug all PIC16 and PIC18 targets that support debug mode
for debugging. It also provides in-circuit serial programming (ICSP) support
for all flash chips. [TOP] |
The Mach X Programmer is a fully-featured
device programmer that programs a wide range of parts including chips with
flash memory and One-Time-Programmable devices (OTP's). High speed
programming is accomplished by an internal PIC18 MCU running at 40MHz and
the programmer is powered by the USB bus. [TOP]
| This kit includes a USB demo board using the PIC18F4550, Microchip's PICŪ MCU with full speed USB peripheral.
This board is used in the exercise booklet to show simple human interface applications and a high-speed example emulating an oscilloscope.
It comes with a ICD-U64 In-Circuit Debugger/Programmer for easy and quick project start-up.
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This kit offers its users a secure, robust communication channel to exchange up to eight bytes between several network nodes.
CAN stands for Controller Area Network and is intended as a serial bus system for a network of controllers.
It comes with a ICD-U64 In-Circuit Debugger/Programmer for easy and quick project start-up. ** Limit to one set per customer.
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| It is an evaluation kit for demonstrating TCP/IP and Internet connectivity.
This board provides both a 56k modem and a 10MB ethernet connection to provide a connection to the Internet.
CCS provides a port of Microchip's TCP/IP stack, an API for developing TCP/IP applications.
It comes with a ICD-U64 In-Circuit Debugger/Programmer for easy and quick project start-up.
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This prototyping board focuses on the new Ethernet chip from Microchip, the ENC28J60.
The ENC28J60 is a SPI controlled, 10Mbit/sec, full duplex Ethernet transceiver IC.
It comes with a ICD-U64 In-Circuit Debugger/Programmer for easy and quick project start-up.
[TOP]
| The basic RFID systems is composed of three parts: transponders, antennas, and controllers.
It has a short range RFID antenna connected to an external RFID transceiver IC.
It comes with a ICD-U64 In-Circuit Debugger/Programmer for easy and quick project start-up.
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| This development kit enables fast prototyping of ZigBee applications.
It includes a base station board and two battery operated sensor boards, each with the EM260 module board installed.
The kit features full communication protocols with the Ember-ZigBee stack using the powerful Ember EM260 chip.
The EM260 module is a 2.4 Ghz IEEE 802.15.4 compliant transceiver.
It comes with a ICD-U64 In-Circuit Debugger/Programmer for easy and quick project start-up.
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