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All example projects described in this document are configurable for radio parameters and available from within
WDS (Wireless Development Suite).
10.1. Un-modulated Carrier (Continuous Wave)
The Radio Configuration Application provides the opportunity to configure the radio to continuous un-modulated
transmit mode. It is typically used to measure the output power and the frequency accuracy of the transmitter. The
output power and harmonics of the transmitted signal can be easily verified with a spectrum analyzer. You can also
customize the RF parameters of the continuous wave transmission. Having initialized the radio with the required
RF parameters, the ‘vRadio_Start_Tx( )’ function can start the continuous wave mode.
Figure 35. Activate CW Mode
10.2. Pseudo-random Transmission (PN9)
The Radio Configuration Application provides the opportunity to configure the radio to continuous modulated
transmit mode. It is typically used to evaluate the transmit parameters of the radio, such as occupied bandwidth
and adjacent channel selectivity. The internal PN9 random generator of the radio used to modulate the output
power in “PN9” test mode. Having initialized the radio with the required RF parameters, the ‘vRadio_Start_Tx( )’
function can start the PN9 mode.
Figure 36. Activate PN9 Mode
Summary of Contents for EZRADIOPRO Si4060
Page 24: ...AN633 24 Rev 0 7 Figure 20 Supply Current versus Time Diagram from Shutdown to RX State...
Page 67: ...AN633 Rev 0 7 67 Figure 48 Variable Length Packet Reception Flowchart...
Page 69: ...AN633 Rev 0 7 69 Figure 50 Packet Matching Reception Flowchart...
Page 73: ...AN633 Rev 0 7 73 Figure 54 Packet Reception with Automatic RX Hopping Flowchart...
Page 75: ...AN633 Rev 0 7 75 Figure 56 Packet Reception with Manual Rx Hopping...
Page 80: ...AN633 80 Rev 0 7 Figure 62 Long Packet Transmission Workflow...
Page 81: ...AN633 Rev 0 7 81 Figure 63 Long Packet RX Flowchart...
