Output from Wireless Tag App (Parent and Repeater App)

Output format when data is received from the Wireless Tag App

This section describes the output when connecting main sensors to the child device.

Analog Sensor

#	Data	Description	Notes
	`char`	Header	`:` only
0	`uint32`	Relay device serial ID	`80000000` if no relay
4	`uint8`	LQI	`0`-`255`
5	`uint16`	Sequence number
7	`uint32`	Source serial ID
11	`uint8`	Source logical device ID
12	`uint8`	Sensor type
13	`uint8`	Power supply voltage (mV)	See Power Supply Voltage Calculation
14	`uint16`	ADC1 voltage
16	`uint16`	ADC2 voltage
18	`uint32`	Unused
22	`uint8`	Checksum

:80000000B700628201015A0010DF08FD09A300000000E9

	#	Data	Description	Value
`:`		`char`	Header	`:`
`80000000`	0	`uint32`	Relay device serial ID	No relay
`B7`	4	`uint8`	LQI	`183/255`
`0062`	5	`uint16`	Sequence number	`98`
`8201015A`	7	`uint32`	Source serial ID	`0x201015A`
`00`	11	`uint8`	Source logical device ID	`0x00`
`10`	12	`uint8`	Sensor type	Analog sensor
`DF`	13	`uint8`	Power supply voltage (mV)	`3330`mV
`08FD`	14	`uint16`	ADC1 voltage	`2301`mV
`09A3`	16	`uint16`	ADC2 voltage	`2467`mV
`00000000`	18	`uint32`	Unused
`E9`	22	`uint8`	Checksum	`0xE9`
		`char`	Footer	`\r`
		`char`	Footer	`\n`

#	Data	Description	Notes
	`char`	Header	`:` only
0	`uint32`	Relay device serial ID	`80000000` if no relay
4	`uint8`	LQI	`0`-`255`
5	`uint16`	Sequence number
7	`uint32`	Source serial ID
11	`uint8`	Source logical device ID
12	`uint8`	Sensor type
13	`uint8`	Power supply voltage (mV)	See Power Supply Voltage Calculation
14	`uint16`	ADC1 voltage
16	`uint16`	ADC2 voltage
18	`uint8`	Sensor mode number
19	`int16`	X-axis acceleration	Unit: `mG*10`
21	`int16`	Y-axis acceleration	Unit: `mG*10`
23	`int16`	Z-axis acceleration	Unit: `mG*10`
25	`uint8`	Checksum

:8000000063001781013C850035DF057702F2000000FF96FFF0BB

	#	Data	Description	Value
`:`		`char`	Header	`:`
`80000000`	0	`uint32`	Relay device serial ID	No relay
`63`	4	`uint8`	LQI	`99/255`
`0017`	5	`uint16`	Sequence number	`23`
`81013C85`	7	`uint32`	Source serial ID	`0x1013C85`
`00`	11	`uint8`	Source logical device ID	`0x00`
`35`	12	`uint8`	Sensor type	Accelerometer (ADXL34x)
`DF`	13	`uint8`	Power supply voltage (mV)	`3330`mV
`0577`	14	`uint16`	ADC1 voltage	`1399`mV
`02F2`	16	`uint16`	ADC2 voltage	`754`mV
`00`	18	`uint8`	Sensor mode number	Normal
`0000`	19	`int16`	X-axis acceleration	`0`mG
`FF96`	21	`int16`	Y-axis acceleration	`-1060`mG
`FFF0`	23	`int16`	Z-axis acceleration	`-160`mG
`BB`	25	`uint8`	Checksum	`0xBB`
		`char`	Footer	`\r`
		`char`	Footer	`\n`

#	Data	Description	Notes
	`char`	Header	`:` only
0	`uint32`	Relay device serial ID	`80000000` if no relay
4	`uint8`	LQI	`0`-`255`
5	`uint16`	Sequence number
7	`uint32`	Source serial ID
11	`uint8`	Source logical device ID
12	`uint8`	Sensor type
13	`uint8`	Power supply voltage (mV)	See Power Supply Voltage Calculation
14	`uint16`	ADC1 voltage
16	`uint16`	ADC2 voltage
18	`uint8`	Sensor mode number	`0` is Hi→Lo, `1` is Lo→Hi
19	`uint8`	`DI1` state	`1` is Lo
20	`uint8`	Unused
21	`uint8`	Checksum

:800000009C00118201015A00FEDF000709A300010064

	#	Data	Description	Value
`:`		`char`	Header
`80000000`	0	`uint32`	Relay device serial ID	No relay
`9C`	4	`uint8`	LQI	`156/255`
`0062`	5	`uint16`	Sequence number	`98`
`8201015A`	7	`uint32`	Source serial ID	`0x201015A`
`00`	11	`uint8`	Source logical device ID	`0x00`
`FE`	12	`uint8`	Sensor type	Switch
`DF`	13	`uint8`	Power supply voltage (mV)	`3330`mV
`0007`	14	`uint16`	ADC1 voltage	`7`mV
`09A3`	16	`uint16`	ADC2 voltage	`2467`mV
`00`	18	`uint8`	Sensor mode number	Hi→Lo
`01`	19	`uint8`	`DI1` state	Lo
`00`	20	`uint8`	Unused
`64`	21	`uint8`	Checksum	`0x64`
		`char`	Footer	`\r`
		`char`	Footer	`\n`

The power supply voltage $V_{cc}$ can be expressed using the received value $e_{cc}$ as follows:

$$\begin{cases} V_{cc} = 1950+5e_{cc} & (e_{cc} <= 170) \\ V_{cc} = 2800+10(e_{cc}-170) & (e_{cc} > 170) \end{cases}$$

Unit is mV