Difference between revisions of "Zigbee Application Guide"
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The Zigbee, LCD and Switch E-Blocks all need to be powered via wire connections to the +V on their respective EB006 upstream processor board. | The Zigbee, LCD and Switch E-Blocks all need to be powered via wire connections to the +V on their respective EB006 upstream processor board. | ||
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== Example 1: Simple simple two node connection example == | == Example 1: Simple simple two node connection example == | ||
Revision as of 14:22, 2 September 2014
Introduction
These examples demonstrate the use of the Flowcode Zigbee component.
In particular they make use of up to three sets of the EB051 E-blocks Zigbee boards, connected to EB006 E-blocks PICmicro multiprogrammers fitted with a 16F1937 microprocessor.
However, the examples are easily changed in Flowcode to support other microprocessors and platforms.
The Matrix TSL EB421SI6 Easy Zigbee bundle has all the items required for these sample applications and is an ideal introduction to Zigbee technology.
Setting up the project hardware
Connect the E-Blocks as indicated in the table below.
The Zigbee, LCD and Switch E-Blocks all need to be powered via wire connections to the +V on their respective EB006 upstream processor board.
| Node 1 | Node 2 | Node 3 | ||||||
| EB006 | PICmicro multiprogrammer | EB006 | PICmicro multiprogrammer | EB006 | PICmicro multiprogrammer | |||
| Port B | EB005 | E-blocks LCD board | Port B | EB004 | E-blocks LED board | |||
| Port C | EB051C | E-blocks Zigbee board | Port C | EB051R | E-blocks Zigbee board | Port C | EB051R | E-blocks Zigbee board |
| Port D | EB007 | E-blocks push-to-make switch board |
Example 1: Simple simple two node connection example
Simple Two Node Connection Example (Node 1)
Simple Two Node Connection Example (Node 2)
Example 1 is a simple two node connection.
