Digi Digi XBee SX Manuals

Digi Digi XBee SX Manuals

Manuals and User Guides for Digi Digi XBee SX. We have 3 Digi Digi XBee SX manuals available for free PDF download: User Manual

Digi Digi XBee SX User Manual

Digi Digi XBee SX User Manual (236 pages)

Radio Frequency (RF) Module

Brand: Digi | Category: Control Unit | Size: 2 MB

Table of Contents

Table of Contents
4
Xbee®/Xbee-PRO SX RF Module User Guide

13
- Applicable Firmware and Hardware
  14
- Safety Instructions
  14
  - Xbee Modules
    14
Technical Specifications

16
- Regulatory Conformity Summary
  16
- Power Requirements
  16
- Networking Specifications
  16
- Performance Specifications
  17
- General Specifications
  18
- GPIO Specifications
  19
Hardware

20
- Mechanical Drawings
  21
- Pin Signals
  22
  - Pin Connection Recommendations
    24
Kit

26
Gettingstarted with the Xbee/Xbee-Prosxrfmoduledevelopment

26
Modes

34
- Transparent and API Operating Modes
  35
- Modes of Operation
  36
  - Receive Mode
    36
  - Transmit Mode
    37
  - Sleep Mode
    37
  - Command Mode
    37
Sleep Modes

41
- About Sleep Modes
  41
  - Asynchronous Modes
    41
  - Synchronous Modes
    41
- Normal Mode
  41
- Asynchronous Pin Sleep Mode
  42
- Asynchronous Cyclic Sleep Mode
  42
- Asynchronous Cyclic Sleep with Pin Wake up Mode
  42
- Synchronous Sleep Support Mode
  42
- Synchronous Cyclic Sleep Mode
  43
- The Sleep Timer
  43
- Indirect Messaging and Polling
  43
  - Indirect Messaging
    43
  - Polling
    44
- Sleeping Routers
  44
- Sleep Coordinator Sleep Modes in the Digimesh Network
  44
- Synchronization Messages
  45
- Become a Sleep Coordinator
  47
- Select Sleep Parameters
  50
- Sleep Immediate
  50
- Synchronous Pulse
  51
  - Configuration
    51
  - Accuracy
    51
- Start a Sleeping Synchronous Network
  51
- Add a New Node to an Existing Network
  52
- Change Sleep Parameters
  53
- Rejoin Nodes that Lose Sync
  54
- Diagnostics
  54
  - Query Sleep Cycle
    54
  - Sleep Status
    55
  - Missed Sync Messages Command
    55
  - Sleep Status API Messages
    55
Networking Methods

56
- The MAC and PHY Layers
  57
- 64-Bit Addresses
  57
- Make a Unicast Transmission
  58
- Make a Broadcast Transmission
  58
- Delivery Methods
  58
Serial Communication

63
- UART Data Flow
  64
  - Serial Data
    64
- SPI Signals
  64
  - Signal Description
    65
- Slave Mode Characteristics
  65
- Full Duplex Operation
  66
- Low Power Operation
  66
- Configuration Considerations
  67
- SPI and API Mode
  67
- SPI Parameters
  67
- Serial Port Selection
  67
  - Serial Receive Buffer
    68
  - Serial Transmit Buffer
    68
- UART Flow Control
  68
  - CTS Flow Control
    68
  - RTS Flow Control
    68
AT Commands

71
- Special Commands
  71
  - AC (Apply Changes)
    71
  - Software Reset)
    71
  - RE (Restore Defaults)
    71
  - WR (Write)
    71
- MAC/PHY Commands
  72
  - AF (Available Frequencies)
    72
  - CM (Channel Mask)
    72
  - MF (Minimum Frequencies)
    73
  - HP (Preamble ID)
    74
  - ID (Network ID)
    74
  - MT (Broadcast Multi-Transmits)
    74
  - BR (RF Data Rate)
    75
  - TX Power Level)
    75
    
    RR (Unicast Mac Retries)
    76
  - ED (Energy Detect)
    77
- Diagnostic Commands - MAC Statistics and Timeouts
  77
  - BC (Bytes Transmitted)
    77
  - DB (Last Packet RSSI)
    77
  - ER (Receive Count Error)
    78
  - GD (Good Packets Received)
    78
  - EA (MAC ACK Failure Count)
    78
  - TR (Transmission Failure Count)
    79
  - UA (Unicasts Attempted Count)
    79
  - H (MAC Unicast One Hop Time)
    79
  - MAC Broadcast One Hop Time)
    79
- Network Commands
  79
  - CE (Routing / Messaging Mode)
    80
  - C8 (Compatibility Options)
    80
  - BH (Broadcast Hops)
    81
  - NH (Network Hops)
    81
  - MR (Mesh Unicast Retries)
    81
    
    NN (Network Delay Slots)
    81
- Addressing Commands
  82
  - SH (Serial Number High)
    82
  - Serial Number Low)
    82
  - DH (Destination Address High)
    82
  - DL (Destination Address Low)
    83
  - TO (Transmit Options)
    83
  - NI (Node Identifier)
    83
  - NT (Network Discovery Back-Off)
    84
  - Network Discovery Options)
    84
  - CI (Cluster ID)
    85
- Diagnostic - Addressing Commands
  85
  - N? (Network Discovery Timeout)
    85
  - R? (Region)
    85
- Addressing Discovery/Configuration Commands
  86
  - AG (Aggregator Support)
    86
  - DN (Discover Node)
    86
  - ND (Network Discover)
    87
  - FN (Find Neighbors)
    88
- Security Commands
  88
- Serial Interfacing Commands
  90
  - BD (Interface Data Rate)
    90
  - NB (Parity)
    91
  - SB (Stop Bits)
    92
  - Packetization Timeout)
    92
  - FT (Flow Control Threshold)
    92
  - AP (API Enable)
    92
  - AO (API Options)
    93
- I/O Settings Commands
  93
  - D0 (Dio0/Ad0)
    93
  - D1 (Dio1/Ad1)
    94
  - D2 (Dio2/Ad2)
    94
  - D3 (Dio3/Ad3)
    95
  - D4 (Dio4)
    95
  - D5 (Dio5/Associated_Indicator)
    96
  - D6 (Dio6/Rts)
    96
  - D7 (Dio7/Cts)
    97
  - D8 (Dio8/Sleep_Request)
    97
  - D9 (Dio9/On_Sleep)
    98
  - P0 (DIO10/RSSI/PWM0 Configuration)
    98
  - P1 (DIO11/PWM1 Configuration)
    99
  - P2 (DIO12 Configuration)
    99
  - P3 (Dio13/Dout)
    100
  - P4 (Dio14/Din)
    100
  - P9 (Dio19/Spi_Attn)
    103
  - PD (Pull Direction)
    103
  - PR (Pull-Up/Down Resistor Enable)
    103
  - M0 (PWM0 Duty Cycle)
    104
  - M1 (PWM1 Duty Cycle)
    105
  - Associated LED Blink Time)
    105
  - RP (RSSI PWM Timer)
    105
- I/O Sampling Commands
  106
  - AV (Analog Voltage Reference)
    106
  - IC (DIO Change Detect)
    106
  - IF (Sleep Sample Rate)
    107
  - IR (Sample Rate)
    107
  - IS (Immediate Sample)
    108
  - TP (Board Temperature)
    108
  - Voltage Supply Monitoring)
    108
- I/O Line Passing Commands
  108
  - IU (I/O Output Enable)
    109
  - IA (I/O Input Address)
    109
  - T0 (D0 Timeout)
    109
  - T1 (D1 Output Timeout)
    110
  - T2 (D2 Output Timeout)
    110
  - T3 (D3 Output Timeout)
    110
  - T4 (D4 Output Timeout)
    110
  - T5 (D5 Output Timeout)
    111
  - T6 (D6 Output Timeout)
    111
  - T7 (D7 Output Timeout)
    111
  - T8 (D8 Timeout)
    111
  - T9 (D9 Timeout)
    112
  - Q0 (P0 Timeout)
    112
  - Q1 (P1 Timeout)
    112
  - Q2 (P2 Timeout)
    112
  - Q3 (P3 Timeout)
    113
  - Q4 (P4 Timeout)
    113
  - PWM Output Timeout)
    113
- Sleep Commands
  113
  - SM (Sleep Mode)
    113
  - SO (Sleep Options)
    114
  - SN (Number of Cycles between ON_SLEEP)
    115
  - SP (Sleep Time)
    115
  - ST (Wake Time)
    116
  - WH (Wake Host Delay)
    116
- Diagnostic - Sleep Status/Timing Commands
  116
  - SS (Sleep Status)
    116
  - OS (Operating Sleep Time)
    117
  - OW (Operating Wake Time)
    117
  - MS (Missed Sync Messages)
    118
  - SQ (Missed Sleep Sync Count)
    118
- Command Mode Options
  118
  - CC (Command Sequence Character)
    118
  - CT (Command Mode Timeout)
    119
  - CN (Exit Command Mode)
    119
  - GT (Guard Times)
    119
- Firmware Version/Information Commands
  119
  - VR (Firmware Version)
    119
  - HV (Hardware Version)
    120
  - HS (Hardware Series)
    120
    
    DD (Device Type Identifier)
    120
  - NP (Maximum Packet Payload Bytes)
    120
  - CK (Configuration CRC)
    120
Operate in API Mode

122
- API Mode Overview
  123
- Use the AP Command to Set the Operation Mode
  123
- API Frame Format
  123
  - API Operation (AP Parameter = 1)
    123
  - API Operation with Escaped Characters (AP Parameter = 2)
    124
  - Length Field
    125
  - Frame Data
    125
  - Calculate and Verify Checksums
    125
API Frames

127
- API Frame Exchanges
  128
  - AT Commands
    128
  - Transmit and Receive RF Data
    128
  - Remote at Commands
    129
  - Device Registration
    129
- Code to Support Future API Frames
  130
- 64-Bit Transmit Request - 0X00
  131
  - Description
    131
  - Format
    131
  - Examples
    132
- Local at Command Request - 0X08
  133
  - Description
    133
  - Format
    133
  - Examples
    133
- Queue Local at Command Request - 0X09
  135
  - Description
    135
  - Examples
    135
- Transmit Request - 0X10
  137
  - Description
    137
  - Transmit Options Bit Field
    138
  - Examples
    138
- Explicit Addressing Command Request - 0X11
  140
  - Description
    140
  - 64-Bit Addressing
    140
  - Reserved Endpoints
    140
  - Reserved Cluster Ids
    140
  - Reserved Profile Ids
    140
  - Transmit Options Bit Field
    141
  - Examples
    142
- Remote at Command Request - 0X17
  144
  - Description
    144
  - Format
    144
  - Examples
    145
- Secure Remote at Command Request Frame - 0X18
  147
- Modem Status - 0X8A
  150
  - Description
    150
  - Examples
    151
- Extended Transmit Status - 0X8B
  152
  - Description
    152
- Route Information - 0X8D
  154
  - Description
    154
  - Format
    154
  - Examples
    155
- Aggregate Addressing Update - 0X8E
  156
  - Description
    156
  - Examples
    156
- 64-Bit Receive Packet - 0X80
  158
  - Description
    158
  - Format
    158
  - Examples
    159
- Local at Command Response - 0X88
  160
  - Description
    160
  - Examples
    160
- Transmit Status - 0X89
  162
  - Description
    162
  - Delivery Status Codes
    163
  - Examples
    163
- Receive Packet - 0X90
  164
  - Description
    164
  - Examples
    165
- Explicit Receive Indicator - 0X91
  166
  - Description
    166
  - Examples
    167
- Node Identification Indicator - 0X95
  168
  - Description
    168
  - Examples
    169
- Remote at Command Response- 0X97
  171
  - Description
    171
  - Examples
    172
Work with Networked Devices

175
- Network Commissioning and Diagnostics
  175
- Local Configuration
  175
- Remote Configuration
  175
  - Send a Remote Command
    175
  - Apply Changes on Remote Devices
    175
  - Remote Command Response
    175
- Secure Remote at Commands
  176
  - How Secure Remote at Commands Protect the Network
    176
  - Password Protection
    176
  - Password Recovery
    176
  - Secure Remote Command Control
    177
  - Security Protections
    177
  - Secure a Network
    177
  - Software Downgrades
    178
- Establish and Maintain Network Links
  178
  - Build Aggregate Routes
    178
  - Digimesh Routing Examples
    179
  - Replace Nodes
    179
- Test Links in a Network - Loopback Cluster
  180
- Test Links between Adjacent Devices
  180
  - Example
    181
  - RSSI Indicators
    182
  - Discover All the Devices on a Network
    182
  - Trace Route Option
    183
  - NACK Messages
    184
  - The Commissioning Pushbutton
    184
  - Associate LED
    186
Monitor I/Olines

188
- Pin Configurations
  188
  - Queried Sampling
    189
- Periodic I/O Sampling
  190
- Detect Digital I/O Changes
  190
I/O Line Passing

192
- Configuration Example
  192
General Purpose Flash Memory

195
- General Purpose Flash Memory
  196
- Access General Purpose Flash Memory
  196
- General Purpose Flash Memory Commands
  197
  - PLATFORM_INFO_REQUEST (0X00)
    197
  - PLATFORM_INFO (0X80)
    197
  - ERASE (0X01)
    198
  - ERASE_RESPONSE (0X81)
    198
  - WRITE (0X02) and ERASE_THEN_WRITE (0X03)
    199
  - WRITE _RESPONSE (0X82) and ERASE_THEN_WRITE_RESPONSE (0X83)
    200
  - READ (0X04)
    200
  - READ_RESPONSE (0X84)
    201
  - FIRMWARE_VERIFY (0X05) and FIRMWARE_VERIFY_AND_INSTALL(0X06)
    201
  - FIRMWARE_VERIFY_RESPONSE (0X85)
    202
  - FIRMWARE_VERIFY _AND_INSTALL_RESPONSE (0X86)
    202
Update the Firmware Over-The-Air

204
- Over-The-Air Firmware Updates
  205
- Distribute the New Application
  205
  - Example
    205
- Verify the New Application
  206
- Install the Application
  206
  - Important Considerations
    206
Regulatory Information

207
- FCC (United States)
  208
- ISED (Innovation, Science and Economic Development Canada)
  223
  - Labeling Requirements
    223
  - Transmitters for Detachable Antennas
    223
  - Detachable Antennas
    223
- ACMA (Australia)
  224
  - Power Requirements
    224
- RSM (New Zealand)
  224
- Brazil (Anatel)
  225
- IFETEL (Mexico)
  228
  - OEM Labeling Requirements
    228
PCB Design and Manufacturing

230
- Recommended Footprint and Keepout
  230
- Design Notes
  232
  - Host Board Design
    232
  - Improve Antenna Performance
    233
  - RF Pad Version
    233
- Recommended Solder Reflow Cycle
  234
- Flux and Cleaning
  235
- Rework
  235

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Digi Digi XBee SX User Manual

Digi Digi XBee SX User Manual (206 pages)

Radio Frequency (RF) Module

Brand: Digi | Category: Control Unit | Size: 2 MB

Table of Contents

Table of Contents
3
Xbee®/Xbee-PRO SX RF Module User Guide

11
- Applicable Firmware and Hardware
  12
Technical Specifications

13
- Regulatory Conformity Summary
  14
- Power Requirements
  14
- Networking Specifications
  14
- Performance Specifications
  15
- General Specifications
  16
- GPIO Specifications
  17
Hardware

18
- Mechanical Drawings
  19
- Pin Signals
  20
  - Pin Connection Recommendations
    22
Getting Started with the Xbee/Xbee-PRO SX RF Module Development

23
Kit

24
Modes

31
- Transparent and API Operating Modes
  32
- Modes of Operation
  33
  - Receive Mode
    33
  - Transmit Mode
    34
  - Sleep Mode
    34
  - Command Mode
    34
Sleep Modes

37
- About Sleep Modes
  38
  - Asynchronous Modes
    38
  - Synchronous Modes
    38
- Normal Mode
  38
- Asynchronous Pin Sleep Mode
  39
- Asynchronous Cyclic Sleep Mode
  39
- Asynchronous Cyclic Sleep with Pin Wake up Mode
  39
- Synchronous Sleep Support Mode
  39
- Synchronous Cyclic Sleep Mode
  40
- The Sleep Timer
  40
- Indirect Messaging and Polling
  40
  - Indirect Messaging
    40
  - Polling
    41
- Sleeping Routers
  41
- Sleep Coordinator Sleep Modes in the Digimesh Network
  41
- Synchronization Messages
  42
- Become a Sleep Coordinator
  44
- Select Sleep Parameters
  46
- Start a Sleeping Synchronous Network
  46
- Add a New Node to an Existing Network
  47
- Change Sleep Parameters
  48
- Rejoin Nodes that Lose Sync
  48
- Diagnostics
  49
  - Query Sleep Cycle
    49
  - Sleep Status
    49
  - Missed Sync Messages Command
    50
  - Sleep Status API Messages
    50
Networking Methods

51
- The MAC and PHY Layers
  52
- 64-Bit Addresses
  52
- Make a Unicast Transmission
  53
- Make a Broadcast Transmission
  53
- Delivery Methods
  53
Serial Communication

58
- UART Data Flow
  59
  - Serial Data
    59
- SPI Signals
  59
  - Signal Description
    60
- Slave Mode Characteristics
  60
- Full Duplex Operation
  61
- Low Power Operation
  61
- Configuration Considerations
  62
- SPI and API Mode
  62
- SPI Parameters
  62
- Serial Port Selection
  62
  - Serial Receive Buffer
    63
  - Serial Transmit Buffer
    63
- UART Flow Control
  63
  - CTS Flow Control
    63
  - RTS Flow Control
    63
AT Commands

64
- Special Commands
  65
  - AC (Apply Changes)
    65
  - FR (Software Reset)
    65
  - RE (Restore Defaults)
    65
  - WR (Write)
    65
- MAC/PHY Commands
  66
  - AF (Available Frequencies)
    66
  - CM (Channel Mask)
    66
  - MF (Minimum Frequencies)
    67
  - HP (Preamble ID)
    68
  - ID (Network ID)
    68
  - MT (Broadcast Multi-Transmits)
    68
  - BR (RF Data Rate)
    68
  - PL (TX Power Level)
    69
    
    RR (Unicast Mac Retries)
    70
- Diagnostic Commands - MAC Statistics and Timeouts
  70
  - BC (Bytes Transmitted)
    70
  - DB (Last Packet RSSI)
    70
  - ER (Receive Count Error)
    71
  - GD (Good Packets Received)
    71
  - EA (MAC ACK Failure Count)
    71
  - TR (Transmission Failure Count)
    71
  - UA (Unicasts Attempted Count)
    71
  - H (MAC Unicast One Hop Time)
    72
  - MAC Broadcast One Hop Time)
    72
- Network Commands
  72
  - CE (Routing / Messaging Mode)
    72
  - BH (Broadcast Hops)
    73
  - NH (Network Hops)
    73
  - MR (Mesh Unicast Retries)
    73
    
    NN (Network Delay Slots)
    74
- Addressing Commands
  74
  - SH (Serial Number High)
    74
  - SL (Serial Number Low)
    74
  - DH (Destination Address High)
    74
  - DL Command
    75
  - TO (Transmit Options)
    75
  - NI (Node Identifier)
    76
  - NT (Network Discovery Back-Off)
    76
  - NO (Network Discovery Options)
    76
  - CI (Cluster ID)
    77
- Diagnostic - Addressing Commands
  77
  - N? (Network Discovery Timeout)
    77
- Addressing Discovery/Configuration Commands
  78
  - AG (Aggregator Support)
    78
  - DN (Discover Node)
    78
  - ND (Network Discover)
    79
  - FN (Find Neighbors)
    79
- Security Commands
  80
  - EE (Encryption Enable)
    80
  - KY (AES Encryption Key)
    80
- Serial Interfacing Commands
  81
  - BD (Interface Data Rate)
    81
  - NB (Parity)
    82
  - SB (Stop Bits)
    82
  - RO (Packetization Timeout)
    83
  - FT (Flow Control Threshold)
    83
  - API Enable
    83
  - AO (API Options)
    84
- I/O Settings Commands
  84
  - D0 (Dio0/Ad0)
    84
  - D1 (Dio1/Ad1)
    85
  - D2 (Dio2/Ad2)
    85
  - D3 (Dio3/Ad3)
    86
  - D4 (Dio4)
    86
  - D5 (Dio5/Associated_Indicator)
    87
  - D6 (Dio6/Rts)
    87
  - D7 (Dio7/Cts)
    88
  - D8 (Dio8/Sleep_Request)
    88
  - D9 (Dio9/On_Sleep)
    89
  - P0 (DIO10/RSSI/PWM0 Configuration)
    89
  - P1 (DIO11/PWM1 Configuration)
    90
  - P2 (DIO12 Configuration)
    90
  - P3 (Dio13/Dout)
    91
  - P4 (Dio14/Din)
    91
  - P6 (SPI_MOSI Configuration)
    92
  - P5 (Dio15/Spi_Miso)
    92
  - P9 (Dio19/Spi_Attn)
    93
  - P7 (Dio17/Spi_Ssel )
    93
  - PD (Pull Direction)
    94
  - PR (Pull-Up/Down Resistor Enable)
    94
  - M0 (PWM0 Duty Cycle)
    95
  - M1 (PWM1 Duty Cycle)
    95
  - LT (Associate LED Blink Time)
    96
  - RP (RSSI PWM Timer)
    96
- I/O Sampling Commands
  96
  - AV (Analog Voltage Reference)
    96
  - IC (DIO Change Detect)
    97
  - IF (Sleep Sample Rate)
    97
  - IR (Sample Rate)
    98
  - TP (Board Temperature)
    98
  - Voltage Supply Monitoring)
    98
- I/O Line Passing Commands
  98
  - IU (I/O Output Enable)
    99
  - IA (I/O Input Address)
    99
  - T0 (D0 Timeout)
    99
  - T1 (D1 Output Timeout)
    99
  - T2 (D2 Output Timeout)
    100
  - T3 (D3 Output Timeout)
    100
  - T4 (D4 Output Timeout)
    100
  - T5 (D5 Output Timeout)
    100
  - T6 (D6 Output Timeout)
    101
  - T7 (D7 Output Timeout)
    101
  - T8 (D8 Timeout)
    101
  - T9 (D9 Timeout)
    101
  - Q0 (P0 Timeout)
    101
  - Q1 (P1 Timeout)
    102
  - Q2 (P2 Timeout)
    102
  - Q3 (P3 Timeout)
    102
  - Q4 (P4 Timeout)
    102
  - PT (PWM Output Timeout)
    102
- Sleep Commands
  103
  - SM (Sleep Mode)
    103
  - SO (Sleep Options)
    104
  - SN (Number of Cycles between ON_SLEEP )
    104
  - SP (Sleep Time)
    105
  - ST (Wake Time)
    105
  - WH Command
    105
- Diagnostic - Sleep Status/Timing Commands
  106
  - SS (Sleep Status)
    106
  - OS (Operating Sleep Time)
    107
  - OW (Operating Wake Time)
    107
  - MS (Missed Sync Messages)
    107
  - SQ (Missed Sleep Sync Count)
    107
- Command Mode Options
  107
  - CC (Command Character)
    108
  - CT (Command Mode Timeout)
    108
  - GT (Guard Times)
    108
- Firmware Version/Information Commands
  108
  - VR (Firmware Version)
    108
  - HV (Hardware Version)
    109
  - HS (Hardware Series)
    109
  - DD (Device Type Identifier)
    109
  - NP (Maximum Packet Payload Bytes)
    109
  - CK (Configuration CRC)
    109
Operate in API Mode

111
- API Mode Overview
  112
- Use the AP Command to Set the Operation Mode
  112
- API Frame Format
  112
  - API Operation (AP Parameter = 1)
    112
  - API Operation with Escaped Characters (AP Parameter = 2)
    113
  - Length Field
    114
  - Frame Data
    114
  - Calculate and Verify Checksums
    114
- API Frames
  115
  - API Frame Exchanges
    116
  - Code to Support Future API Frames
    118
  - Legacy TX Request Frame - 0X00
    119
  - AT Command Frame - 0X08
    121
  - AT Command - Queue Parameter Value Frame - 0X09
    122
  - Transmit Request Frame - 0X10
    124
  - Explicit Addressing Command Frame - 0X11
    126
  - Remote at Command Request Frame - 0X17
    129
  - Modem Status Frame - 0X8A
    131
  - Transmit Status Frame - 0X8B
    132
  - Route Information Packet Frame - 0X8D
    134
  - Aggregate Addressing Update Frame - 0X8E
    137
  - Legacy RX Indicator Frame - 0X80
    139
  - AT Command Response Frame - 0X88
    141
  - Legacy TX Status Frame - 0X89
    143
  - RX Indicator Frame - 0X90
    144
  - Explicit Rx Indicator Frame - 0X91
    146
  - Node Identification Indicator Frame - 0X95
    148
  - Remote Command Response Frame - 0X97
    151
Work with Networked Devices

153
- Network Commissioning and Diagnostics
  154
- Local Configuration
  154
- Remote Configuration
  154
  - Send a Remote Command
    154
  - Apply Changes on Remote Devices
    154
  - Remote Command Response
    154
- Establish and Maintain Network Links
  155
  - Build Aggregate Routes
    155
  - Digimesh Routing Examples
    155
  - Replace Nodes
    156
- Test Links in a Network - Loopback Cluster
  156
- Test Links between Adjacent Devices
  157
  - Example
    158
  - RSSI Indicators
    159
  - Discover All the Devices on a Network
    159
  - Trace Route Option
    160
  - NACK Messages
    161
  - The Commissioning Pushbutton
    161
  - Associate LED
    163
Monitor I/O Lines

164
- Pin Configurations
  164
  - Queried Sampling
    165
- Periodic I/O Sampling
  166
- Detect Digital I/O Changes
  166
I/O Line Passing

168
- Configuration Example
  168
- General Purpose Flash Memory
  170
- General Purpose Flash Memory
  171
Access General Purpose Flash Memory

171
- General Purpose Flash Memory Commands
  172
  - PLATFORM_INFO_REQUEST (0X00)
    172
  - PLATFORM_INFO (0X80)
    172
  - ERASE (0X01)
    173
  - ERASE_RESPONSE (0X81)
    173
  - WRITE (0X02) and ERASE_THEN_WRITE (0X03)
    174
  - WRITE _RESPONSE (0X82) and ERASE_THEN_WRITE_RESPONSE (0X83)
    175
  - READ (0X04)
    175
  - READ_RESPONSE (0X84)
    176
  - FIRMWARE_VERIFY (0X05) and FIRMWARE_VERIFY_AND_INSTALL(0X06)
    176
  - FIRMWARE_VERIFY_RESPONSE (0X85)
    177
  - FIRMWARE_VERIFY _AND_INSTALL_RESPONSE (0X86)
    177
Update the Firmware Over-The-Air

179
- Over-The-Air Firmware Updates
  179
- Distribute the New Application
  179
  - Example
    179
- Verify the New Application
  180
- Install the Application
  180
  - Important Considerations
    180
Regulatory Information

181
- FCC (United States)
  182
- Industry Canada (IC)
  194
  - Labeling Requirements
    194
  - Transmitters for Detachable Antennas
    194
  - Detachable Antennas
    194
- ACMA (Australia)
  195
  - Power Requirements
    195
- RSM (New Zealand)
  195
- Brazil (Anatel)
  195
PCB Design and Manufacturing

199
- Recommended Footprint and Keepout
  200
- Design Notes
  202
  - Host Board Design
    202
  - Improve Antenna Performance
    203
    
    Recommended Solder Reflow Cycle
    204
    
    Flux and Cleaning
    205

Digi Digi XBee SX User Manual

Digi Digi XBee SX User Manual (42 pages)

XBee Radio Frequency (RF) Modems

Brand: Digi | Category: Modem | Size: 1 MB

Table of Contents

Customer Support
2
Table of Contents
3
Xbee RF Modems User Guide

5
Hardware

9
- Front View (RS-232/RS-485 Variant)
  10
  - Power Connector
    10
  - RS-232/RS-485 Serial Port
    10
  - RJ-45 Pin Signals
    11
- Front View (Analog/Digital I/O Variant)
  12
- Back View (All Variants)
  13
  - RSSI Leds
    14
  - I/O and Associate Leds
    14
  - USB Mini-B Port
    14
  - DIP Switch
    14
  - Reset and Commissioning Buttons
    14
  - Antenna Port
    14
Getting Started with the Xbee RF Modem

15
- Kit Requirements
  16
  - System Requirements
    16
  - Additional Requirements
    16
- Identify the Kit Contents
  16
- Connect to the USB Port
  16
- Connect to the RS-232 Port
  17
- Configure the Device Using XCTU
  18
  - Discover Local Xbee RF Modems
    18
- Configure a Network
  21
Operation

24
- Commissioning Pushbutton Behavior
  24
  - Xbee-PRO SX RF Modem
    24
- Interfacing Protocols
  24
Certifications

33
- FCC (United States)
  34
- Industry Canada (IC)
  40
  - RF Exposure
    40
- ACMA (Australia)
  40
  - Power Requirements
    40
Troubleshooting

41
- Reset the Xbee RF Modem
  42

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