Page 55 - Electrical & Electronic Engineering Brochure 2024 WEB

Arduino CAN Bus Training Course BL0587 Arduino ZigBee Training Course BL0536

This 20 hour training solution is designed to facilitate the development and investigation of systems This training solution provides a complete 20 hour course in developing wireless area networks based FLOWCODE
that use the CAN bus protocol. The solution is suitable for both automotive students and for electronics on the ZigBee standard. It gives students who are familiar with microcontrollers an understanding of the
undergraduates. Four fully programmable CAN nodes are included in the solution, along with circuit boards programming techniques involved in developing ZigBee wireless communications systems. A ZigBee packet
which mimic the functions of indicator lamps, switches and sensors. A CAN bus analyser and message analyser is included in the solution, along with four fully working ZigBee nodes based on E-blocks. A 50 page
FLOWCODE
generator are also included. An 80 page teacher’s manual contains a range of exercises for automotive teacher’s manual contains a range of exercises and is available to download from our website.
technicians upwards and is available to download from our website. SYSBLOCKS

SYSBLOCKS

ELECTRICAL MACHINES
ELECTRICAL MACHINES

Also available with PIC BL0589 Also available with PIC BL0516 LOCKTRONICS

Ghost & Flowcode Ghost & Flowcode
provide: provide:
LOCKTRONICS
• In-Circuit-Test • In-Circuit-Test
• In-Circut-Debug • In-Circut-Debug
• Software oscilloscope • Software oscilloscope
• Packet decoder • Packet decoder
• Logic Analyzer • Logic Analyzer
Requires Flowcode which must be ordered separately Requires Flowcode which must be ordered separately EBLOCKS 2

EBLOCKS 2
LEARNING OBJECTIVES & EXPERIMENTS: LEARNING OBJECTIVES & EXPERIMENTS:

• CAN technology, wiring, topology messages • Zigbee protocols, message • Expanding the network ALLCODE
and networks • Errors in CAN systems transmission and reception, and • Reducing power consumption
• CAN message structure and • Programming techniques in CAN networks • Dynamic networks
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physical layer transmission systems • Zigbee principles, topologies and • Message routing
• Understanding CAN bus • Masks and filters in CAN systems components • Data logging gateways
protocols • Higher level protocols • Development of microcontroller • A complete modular fire and
• Using buffers in CAN systems • Development of complete CAN based systems using Zigbee burglar alarm TINA
TINA
• Using CAN transmit and receive systems based on microcontrollers technology • Improving network security
• Moulding the network
• Adding nodes

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