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The radio parameter configuration process can be accomplished by using the Wireless Development Studio
(WDS). After the required parameters are given to the radio configuration application, the WDS creates the
configuration data based on these parameters. If the Launch IDE option is selected, the WDS generates a
radio_config.h header file that contains the configuration data. This header file contains all the information needed
by the application to configure the radio properly. This information includes the parameters of the RF link such as
the modulation type, channel bandwidth, data rate, center frequency, crystal tolerance, crystal capacitor bank
value, modulation source, CRC calculation and sync word setting. For more complete information on WDS and
EZConfigPRO usage, refer to the WDS User's Guide.
8.3.2. Generated Radio Configuration File
The configuration file is automatically generated by the "Radio Control Application" tool. It is interpreted as a C-
header file called "radio_config.h" and it has four sections. The first two sections are intended for the users and
allow them to see the exact values of the API properties. The last two sections are specifically intended for the
example projects. The structure of the header file is shown in Figure 23.
Figure 23. Radio_config.h File Structure
The "License of the Active Project" section consists of numerous commented lines about the license.
/**
* Copyright 2012 Silicon Laboratories, Inc.
* http://www.silabs.com
*
* @file radio_config.h
*
* H File Description:
* @brief Radio configuration macros and definitions.
*
* Project Name: EZRPRO_Examples
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED,
INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A
Содержание EZRADIOPRO Si4060
Страница 24: ...AN633 24 Rev 0 7 Figure 20 Supply Current versus Time Diagram from Shutdown to RX State...
Страница 67: ...AN633 Rev 0 7 67 Figure 48 Variable Length Packet Reception Flowchart...
Страница 69: ...AN633 Rev 0 7 69 Figure 50 Packet Matching Reception Flowchart...
Страница 73: ...AN633 Rev 0 7 73 Figure 54 Packet Reception with Automatic RX Hopping Flowchart...
Страница 75: ...AN633 Rev 0 7 75 Figure 56 Packet Reception with Manual Rx Hopping...
Страница 80: ...AN633 80 Rev 0 7 Figure 62 Long Packet Transmission Workflow...
Страница 81: ...AN633 Rev 0 7 81 Figure 63 Long Packet RX Flowchart...