Murata Electronics North America CCT24 Manual Do Utilizador
Page 55 of 90
CCT24
ProtocolSequenceEn - enables or disables the EnterProtocolMode ASCII command string to switch from
transparent mode to protocol mode. Valid settings are 0 = disabled, 1 = one time at startup, 2 = enabled
at any time. The default is enabled at anytime. Note that if this parameter is set to 0 and saved to
memory, protocol mode can no longer be invoked through the radio’s main serial port or SPI connection.
In this case, protocol mode must be invoked using the module’s /CFG hardware input or by an over-the-
air command addressed to the radio.
transparent mode to protocol mode. Valid settings are 0 = disabled, 1 = one time at startup, 2 = enabled
at any time. The default is enabled at anytime. Note that if this parameter is set to 0 and saved to
memory, protocol mode can no longer be invoked through the radio’s main serial port or SPI connection.
In this case, protocol mode must be invoked using the module’s /CFG hardware input or by an over-the-
air command addressed to the radio.
TransPtToPtMode- controls the behavior for addressing packets in transparent mode. When this setting is
zero (default), in transparent mode the base will direct packets to the broadcast address. This is useful for
point-to-multipoint where the base is sending data to multiple remotes, for instance in applications where
a wireless link is replacing an RS-485 serial bus. When this setting is one, in transparent mode the base
will direct packets to the last remote that registered with it. This is useful for point-to-point networks where
there are only two endpoints, for instance in applications where a simple serial cable is being replaced.
zero (default), in transparent mode the base will direct packets to the broadcast address. This is useful for
point-to-multipoint where the base is sending data to multiple remotes, for instance in applications where
a wireless link is replacing an RS-485 serial bus. When this setting is one, in transparent mode the base
will direct packets to the last remote that registered with it. This is useful for point-to-point networks where
there are only two endpoints, for instance in applications where a simple serial cable is being replaced.
MaxPktsPerHop - this parameter sets a limit on the maximum number of packets a radio can send on
each frequency hop. The default value is 3, the range is 1 to 3.
each frequency hop. The default value is 3, the range is 1 to 3.
4.2.6 Bank 5 - I/O Peripheral Registers
Size in
Range
Bank
Loc'n
Name
R/W
bytes
in bits
Default
0x05
0x00
GPIO0
R/W
1
1
0
0x05
0x01
GPIO1
R/W
1
1
0
0x05
0x02
GPIO2
R/W
1
1
0
0x05
0x03
GPIO3
R/W
1
1
0
0x05
0x04
GPIO4
R/W
1
1
0
0x05
0x05
GPIO5
R/W
1
1
0
0x05
0x06
ADC0
R
2
10
N/A
0x05
0x08
ADC1
R
2
10
N/A
0x05
0x0A
ADC2
R
2
10
N/A
0x05
0x0C
Event Flags
R
2
10
N/A
0x05
0x0E
PWM0
R/W
2
9
0
0x05
0x10
PWM1
R/W
2
9
0
GPIO0..5 - writing to these registers sets the corresponding driver for pins that are enabled outputs.
Reading these registers returns the current level detected on the corresponding pins.
Reading these registers returns the current level detected on the corresponding pins.
ADC0..2 - read-only, returns the current 10-bit ADC reading for the selected register. See the discussion
of the ADC_SampleIntvl parameter below.
of the ADC_SampleIntvl parameter below.
EventFlags - used with the automatic I/O reporting feature, this parameter indicates which I/O events
have been triggered since the last report message:
have been triggered since the last report message:
bits 15..8 Reserved
bit 7
bit 7
ADC2 high/low threshold excursion
bit 6
ADC1 high/low threshold excursion
bit 5
ADC0 high/low threshold excursion
bit 4
Periodic timer report
bit 3
GPIO3 edge transition
bit 2
GPIO2 edge transition
bit 1
GPIO1 edge transition
bit 0
GPIO0 edge transition
PWM0..1 - sets the PWM (DAC) outputs. The DC voltage derived from the integrated low-pass filters on
the PWM output provides an effective DAC resolution of 7 bits (8 bits achievable with external filtering).
The range of this parameter is 0x0000 to 0x00FF.
the PWM output provides an effective DAC resolution of 7 bits (8 bits achievable with external filtering).
The range of this parameter is 0x0000 to 0x00FF.