Wurth Elektronik Proteus-E Manuals

Wurth Elektronik Proteus-E Manuals

Manuals and User Guides for Wurth Elektronik Proteus-E. We have 3 Wurth Elektronik Proteus-E manuals available for free PDF download: User Manual, Reference Manual

Wurth Elektronik Proteus-E User Manual

Wurth Elektronik Proteus-E User Manual (193 pages)

Brand: Wurth Elektronik | Category: Control Unit | Size: 6 MB

Table of Contents

Table of Contents

7
- Pinout
  7
- Timing
  10
- Overview of Helpful Application Notes
  14
- Introduction
  16
- Operational Description
  16
- Compatible Central Devices Implementing the Bluetooth
  16
- LE Profiles of Proteus-E
  16
- Key Features
  17
- Connectivity
  18
- Block Diagram
  19
- Ordering Information
  19
- Block Diagram of the Module
  19
- Electrical Specifications
  20
- Recommended Operating Conditions
  20
- Absolute Maximum Ratings
  20
- Current Consumption - Receiving
  21
- Current Consumption - Low Power
  21
- Current Consumption - Transmitting
  21
- Power Consumption
  21
- Static
  21
- Sleep Current (no RAM Retention, Wake on Reset) over Operating Temperature Range
  22
- Dynamic
  23
- LE Mode, Clock
  23
- HFXO, Regulator = DC/DC (Typical Values)
  23
- Current Consumption Calculation in Advertising Mode with 40 Ms Advertising in
  24
- Radio Characteristics
  25
- RSSI Accuracy
  25
- Transmit and Receive Power
  25
- Pin Characteristics
  26
- Pinout
  27
- Minimal Pin Connections
  29
- Quick Start
  29
- Antenna Connection
  31
- On-Board PCB Antenna
  31
- External Antenna
  31
- Power up
  32
- Quickstart Example
  33
- Proteus-E
  33
- Radio Module States
  35
- Functional Description
  35
- Operation Modes
  35
- State Overview
  36
- State Indication Using the LED Pins
  37
- Sleep Mode
  37
- Identification of a Proteus-E Device on the Radio
  38
- Connection Based Data Transmission
  38
- Advertising of Custom Data
  41
- Restrictions
  41
- Application of Custom Advertising and Scan Response Data
  41
- Energy-Efficient Distance Estimation Solutions
  42
- Configure the Module for Low Power Consumption
  42
- Start the Direct Test Mode (DTM)
  43
- Using the 2 Mbit Phy
  44
- Host Connection
  46
- Serial Interface: UART
  46
- Reset Behavior
  46
- The Command Interface
  47
- Cmd_Channelopen_Rsp
  49
- Cmd_Connect_Ind
  49
- Cmd_Security_Ind
  49
- Setup Connections
  49
- Cmd_Disconnect_Req
  50
- Cmd_Disconnect_Ind
  50
- Cmd_Phyupdate_Req
  51
- Cmd_Phyupdate_Ind
  51
- Cmd_Getbonds_Req
  52
- Example 1
  52
- Example 1
  53
- Cmd_Deletebonds_Req
  53
- Example 2
  54
- Cmd_Allowunbondedconnections_Req
  54
- Transmit and Receive Data
  55
- Cmd_Data_Req
  55
- Cmd_Txcomplete_Rsp
  55
- Cmd_Data_Ind
  55
- Configuring the Module and Modifying the Device Settings
  57
- Cmd_Set_Req
  57
- Example 2
  58
- Example 1
  58
- Cmd_Get_Req
  59
- Example 1
  59
- Cmd_Setram_Req
  60
- Example 1
  60
- Cmd_Getram_Req
  61
- Example 1
  61
- Manage the Device State
  62
- Cmd_Getstate_Req
  62
- Example 1
  62
- Cmd_Reset_Req
  63
- Cmd_Sleep_Req
  63
- Cmd_Sleep_Ind
  64
- Cmd_Factoryreset_Req
  64
- Cmd_Uartdisable_Req
  65
- Cmd_Uartenable_Ind
  66
- Run the Bluetooth Test Modes
  67
- Cmd_Dtmstart_Req
  67
- Cmd_Dtm_Req
  67
- Example: Transmission, 16 Times 0X0F, Channel 0
  69
- Example: Receiver, Channel 0
  70
- Example: Transmission, Carrier Test, Channel 0
  70
- Example: Set TX Power to -4 Dbm
  71
- Example: Set PHY to 2Mbit Mode
  71
- Switching Gpios by Remote Control
  72
- Cmd_Gpio_Local_Writeconfig_Req
  72
- Example: Configure Two Gpios to Output High
  73
- Cmd_Gpio_Local_Readconfig_Req
  75
- Example: Read the Current GPIO Configuration
  76
- Cmd_Gpio_Remote_Writeconfig_Req
  77
- Example: Configure Two Gpios of the Connected Remote Device to Output High
  78
- Cmd_Gpio_Remote_Readconfig_Req
  79
- Example: Read the Current GPIO Configuration of the Connected Remote Device
  80
- Cmd_Gpio_Remote_Write_Req
  81
- Example: Set a Remote Output GPIO to Low
  82
- Cmd_Gpio_Remote_Read_Req
  83
- Example: Read the Values of Remote Gpios
  84
- Cmd_Gpio_Local_Write_Req
  85
- Example: Set a Local Output GPIO to Low
  86
- Cmd_Gpio_Local_Read_Req
  87
- Example: Read the Values of Local Gpios
  88
- Cmd_Gpio_Remote_Writeconfig_Ind
  89
- Example: Two Gpios Have Been Configured by the Connected Remote Device to Output High
  89
- Cmd_Gpio_Remote_Write_Ind
  90
- Example: Gpios Have Been Written Via Remote Access
  90
- Cmd_Gpio_Local_Write_Ind
  91
- Example: Gpios of the Remote Device Have Been Written by Its Local Host
  91
- Other Messages
  92
- Cmd_Error_Ind
  92
- Message Overview
  93
- Message Overview: Requests
  94
- Message Overview: Confirmations
  95
- Message Overview: Indications
  95
- Usersettings - Module Configuration Values
  96
- Fs_Deviceinfo: Read the Chip Type and os Version
  96
- Example 1
  97
- Fs_Fwversion: Read the Firmware Version
  98
- Example 1
  98
- FS_MAC: Read the MAC Address
  99
- Example 1
  99
- FS_BTMAC: Read the Bluetooth Conform MAC Address
  100
- Example 1
  100
- Fs_Serialnumber: Read the Serial Number of the Module
  101
- Example 1
  101
- Rf_Devicename: Modify the Device Name
  102
- Example 1
  102
- Example 2
  102
- Rf_Staticpasskey: Modify the Static Passkey
  104
- Example 1
  104
- Example 2
  104
- Rf_Secflags: Modify the Security Settings
  105
- Example 1
  106
- Example 2
  106
- Rf_Scanresponsedata: Modify the Content of the Scan Response Packet
  108
- Example 1
  108
- Example 2
  109
- Rf_Advertisingdata: Modify the Content of the Advertising Packet
  110
- Example 1
  110
- Example 2
  111
- Example 2
  112
- Example 1
  112
- Rf_Advertisingtimeout: Modify the Advertising Timeout
  112
- Rf_Advertisinginterval: Modify the Advertising Interval
  113
- Example 1
  113
- Example 2
  113
- Rf_Connectioninterval: Modify the Connection Interval
  114
- Example 1
  115
- Example 2
  115
- Rf_Txpower: Modify the Output Power
  116
- Example 1
  116
- Example 2
  116
- Rf_Sppbaseuuid: Configure the SPP Base UUID
  118
- Example 1
  118
- Example 2
  118
- Rf_Sppserviceuuid: Configure the SPP Service UUID
  119
- Example 1
  119
- Example 2
  119
- Example 2
  120
- Example 1
  120
- RF_SPPRXUUID: Configure the SPP RX UUID
  120
- RF_SPPTXUUID: Configure the SPP TX UUID
  121
- Example 1
  121
- Example 2
  121
- Rf_Appearance: Configure the Appearance of the Device
  122
- Example 1
  122
- Example 2
  122
- Uart_Configindex: Modify the UART Speed
  123
- Example 2
  125
- Example 1
  125
- Cfg_Flags: Configure the Module
  126
- Example 1
  126
- Example 2
  126
- Timing Parameters
  130
- Reset and Sleep
  130
- Bluetooth le Timing Parameters
  130
- Connection Establishment
  130
- Connection Based Data Transmission
  131
- Maximum Data Throughput
  131
- How to Use the Transparent Mode
  133
- Reasons to Use the Transparent Mode
  133
- Transparent Mode
  133
- More Information
  134
- Uart
  134
- Remote GPIO Control
  136
- Configure the Local Gpios Via Local Host
  137
- Configure the Local Gpios Via Remote Device Host
  137
- Read the Configuration of the Local Gpios Via Local Host
  138
- Read the Configuration of the Local Gpios Via Remote Device Host
  138
- Set the Output Value of a GPIO Via Host Controller
  139
- Read the Input Value of a GPIO Via Host Controller
  139
- Set the Output Value of a GPIO Via Remote Device
  140
- Read the Input Value of a GPIO Via Remote Device
  140
- Supported Gpio_Ids for Remote and Local Control
  141
- Supported Gpio_Ids
  141
- Customizing the Proteus-E
  142
- Uuid
  142
- Appearance
  142
- Customer Firmware
  143
- Customer Specific Firmware
  143
- Custom Firmware
  143
- Custom Configuration of Standard Firmware
  143
- Contact for Firmware Requests
  144
- Firmware Updates
  145
- Firmware Flashing Using the Production Interface
  145
- Firmware History
  146
- Design in Guide
  147
- Advice for Schematic and Layout
  147
- Dimensioning of the Micro Strip Antenna Line
  149
- Antenna Solutions
  150
- PCB Antenna
  151
- Wire Antenna
  151
- Chip Antenna
  151
- Antennas Provided by Würth Elektronik Eisos
  152
- 2600130021 - Himalia - 2.4 Ghz Dipole Antenna
  152
- Dimensions
  152
- Weight
  152
- Reference Design
  153
- EV-Board
  154
- Schematic
  154
- Reference Design: Schematic
  154
- Layout
  155
- Internal Antenna Radiation Characteristics
  156
- Antenna Characteristic from Integrated Antenna Measured on Official Evaluation
  156
- Trace Design
  157
- Stack-Up
  157
- Simple Short Using Internal Antenna
  158
- Pf Coupling Capacitor Using Internal Antenna
  159
- Capacitor Internal Antenna Schematic
  159
- Capacitor Internal Antenna Layout
  160
- Capacitor External Antenna Layout
  161
- Pf Coupling Capacitor Using External Antenna
  161
- Capacitor External Antenna Schematic
  161
- Antenna Fine Tuning
  162
- Manufacturing Information
  163
- Moisture Sensitivity Level
  163
- Soldering
  163
- Reflow Soldering
  163
- Cleaning
  164
- Reflow Soldering Profile
  164
- ESD Handling
  165
- Potting and Coating
  165
- Other Notations
  165
- Safety Recommendations
  166
- Physical Specifications
  167
- Dimensions
  167
- Weight
  167
- Light Sensitivity
  167
- Module Drawing
  168
- Footprint WE-FP-4+ [MM]
  169
- Antenna Free Area
  169
- Footprint WE-FP-4
  169
- Marking
  170
- Lot Number
  170
- General Labeling Information
  171
- Information for Explosion Protection
  172
- References
  173
- Bluetooth SIG Listing/Qualification
  174
- Exemption Clause
  175
- Conformity Assessment of the Final Product
  175
- Important Notice FCC
  175
- Important Notice EU
  175
- Regulatory Compliance Information
  175
- EU Declaration of Conformity
  176
- FCC Compliance Statement
  177
- IC Compliance Statement
  177
- FCC and IC Requirements to OEM Integrators
  177
- OEM Requirements
  178
- Change in ID / Multiple Listing
  179
- Pre-Certified Antennas
  179
- TELEC Radio Law Approval
  180
- Label
  180
- Certified Antennas
  180
- Important Notes
  182
- General Customer Responsibility
  182
- Customer Responsibility Related to Specific, in Particular Safety-Relevant Applications
  182
- Best Care and Attention
  182
- Customer Support for Product Specifications
  182
- General Terms and Conditions
  183
- Property Rights
  183
- Product Improvements
  183
- Product Life Cycle
  183
- Legal Notice
  184
- Exclusion of Liability
  184
- Suitability in Customer Applications
  184
- Trademarks
  184
- Usage Restriction
  184
- License Terms
  186
- Limited License
  186
- Usage and Obligations
  186
- Disclaimer of Warranty
  187
- Ownership
  187
- Firmware Update(S)
  187
- Limitation of Liability
  188
- Applicable Law and Jurisdiction
  188
- Severability Clause
  188
- Miscellaneous
  188
List of Figures

189
- Additional CRC8 Information
  191
- CRC8 Test Vectors
  191
- Example CRC8 Implementation
  191
- Example Codes for Host Integration
  192

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Wurth Elektronik Proteus-E Reference Manual

Wurth Elektronik Proteus-E Reference Manual (176 pages)

Brand: Wurth Elektronik | Category: Control Unit | Size: 5 MB

Table of Contents

Table of Contents

5
- Absolute Maximum Ratings
  5
- Pin Characteristics
  5
- Minimal Pin Connections
  5
- Recommended Operating Conditions
  5
- Power up
  5
- Ordering Information
  5
- Timing
  8
- Introduction
  11
- Operational Description
  11
- Key Features
  12
- Connectivity
  12
- Block Diagram
  13
- Ordering Information
  13
- Block Diagram of the Module
  13
- Electrical Specifications
  14
- Recommended Operating Conditions
  14
- Absolute Maximum Ratings
  14
- Current Consumption - Receiving
  15
- Current Consumption - Low Power
  15
- Current Consumption - Transmitting
  15
- Static
  15
- Power Consumption
  15
- Sleep Current (no RAM Retention, Wake on Reset) over Operating Temperature Range
  16
- Radio Transmitting @ 4 Dbm Output Power, 1 Mbps Bluetooth
  16
- LE Mode, Clock
  16
- HFXO, Regulator = DC/DC (Typical Values)
  16
- Dynamic
  17
- Current Consumption Calculation in Advertising Mode with 40Ms Advertising Interval with 4 Dbm Output Power, UART Disabled
  17
- Sensitivity at Different Data Rates
  18
- RSSI Accuracy
  18
- Transmit and Receive Power
  18
- Radio Characteristics
  18
- Pin Characteristics
  19
- Pinout
  20
- Pinout (Top View)
  20
- Pinout, First Part
  21
- Pinout, Second Part
  22
- Quick Start
  23
- Minimal Pin Connections
  23
- External Antenna
  25
- Antenna Connection
  25
- On-Board PCB Antenna
  25
- Power up
  26
- Quickstart Example
  27
- Functional Description
  29
- Operation Modes
  29
- Radio Module States
  29
- State Overview
  30
- LED Behavior of the Proteus-E
  31
- Identification of a Proteus-E Device on the Radio
  31
- Sleep Mode
  31
- State Indication Using the LED Pins
  31
- Connection Based Data Transmission
  32
- Steps for the Connection Setup
  33
- Advertising of Custom Data
  34
- Restrictions
  34
- Application of Custom Advertising and Scan Response Data
  34
- Energy-Efficient Distance Estimation Solutions
  34
- Configure the Module for Low Power Consumption
  35
- Start the Direct Test Mode (DTM)
  35
- Using the 2 Mbit Phy
  37
- Host Connection
  38
- Serial Interface: UART
  38
- Reset Behaviour
  38
- The Command Interface
  39
- Setup Connections
  41
- Cmd_Connect_Ind
  41
- Cmd_Security_Ind
  41
- Cmd_Channelopen_Rsp
  41
- Cmd_Disconnect_Req
  41
- Cmd_Disconnect_Ind
  42
- Cmd_Phyupdate_Req
  42
- Cmd_Phyupdate_Ind
  43
- Cmd_Getbonds_Req
  43
- Example 1
  44
- Cmd_Deletebonds_Req
  44
- Example 1
  45
- Example 2
  45
- Cmd_Allowunbondedconnections_Req
  45
- Cmd_Data_Ind
  47
- Cmd_Data_Req
  47
- Cmd_Txcomplete_Rsp
  47
- Transmit and Receive Data
  47
- Configuring the Module and Modifying the Device Settings
  49
- Cmd_Set_Req
  49
- Example 1
  50
- Example 2
  50
- Cmd_Get_Req
  51
- Example 1
  51
- Example 1
  52
- Cmd_Getstate_Req
  52
- Manage the Device State
  52
- Cmd_Reset_Req
  53
- Cmd_Sleep_Req
  53
- Cmd_Sleep_Ind
  54
- Cmd_Factoryreset_Req
  54
- Cmd_Uartdisable_Req
  55
- Cmd_Uartenable_Ind
  55
- Run the Bluetooth Test Modes
  57
- Cmd_Dtmstart_Req
  57
- Cmd_Dtm_Req
  57
- Example: Transmission, 16 Times 0X0F, Channel 0
  59
- Example: Receiver, Channel 0
  60
- Example: Transmission, Carrier Test, Channel 0
  60
- Example: Set TX Power to -4 Dbm
  61
- Example: Set PHY to 2Mbit Mode
  61
- Switching Gpios by Remote Control
  62
- Cmd_Gpio_Local_Writeconfig_Req
  62
- Example: Configure Two Gpios to Output High
  63
- Cmd_Gpio_Local_Readconfig_Req
  64
- Example: Read the Current GPIO Configuration
  65
- Cmd_Gpio_Remote_Writeconfig_Req
  66
- Example: Configure Two Gpios of the Connected Remote Device to Output High
  67
- Cmd_Gpio_Remote_Readconfig_Req
  68
- Example: Read the Current GPIO Configuration of the Connected Remote Device
  69
- Cmd_Gpio_Remote_Write_Req
  70
- Example: Set a Remote Output GPIO to Low
  71
- Cmd_Gpio_Remote_Read_Req
  72
- Example: Read the Values of Remote Gpios
  73
- Cmd_Gpio_Local_Write_Req
  74
- Example: Set a Local Output GPIO to Low
  75
- Cmd_Gpio_Local_Read_Req
  76
- Example: Read the Values of Local Gpios
  77
- Cmd_Gpio_Remote_Writeconfig_Ind
  78
- Example: Two Gpios Have Been Configured by the Connected Remote Device to Output High
  78
- Cmd_Gpio_Remote_Write_Ind
  79
- Example: Gpios Have Been Written Via Remote Access
  79
- Cmd_Gpio_Local_Write_Ind
  80
- Example: Gpios of the Remote Device Have Been Written by Its Local Host
  80
- Other Messages
  81
- Cmd_Error_Ind
  81
- Message Overview
  82
- Message Overview: Requests
  82
- Message Overview: Requests
  83
- Message Overview: Confirmations
  84
- Message Overview: Indications
  85
- Usersettings - Module Configuration Values
  86
- Fs_Deviceinfo: Read the Chip Type and os Version
  86
- Example 1
  87
- Nrf52805 IC Revision Overview
  87
- Example 1
  88
- Fs_Fwversion: Read the Firmware Version
  88
- Example 1
  89
- FS_MAC: Read the MAC Address
  89
- FS_BTMAC: Read the Bluetooth Conform MAC Address
  90
- Example 1
  90
- Fs_Serialnumber: Read the Serial Number of the Module
  91
- Example 1
  91
- Rf_Devicename: Modify the Device Name
  92
- Example
  92
- Example 2
  92
- Example 2
  94
- Rf_Staticpasskey: Modify the Static Passkey
  94
- Example 1
  94
- Rf_Secflags: Modify the Security Settings
  95
- Security Configuration Flags
  95
- Example 1
  96
- Example 2
  96
- Rf_Scanresponsedata: Modify the Content of the Scan Response Packet
  97
- Example
  97
- Example 2
  99
- Example 1
  99
- Rf_Advertisingdata: Modify the Content of the Advertising Packet
  99
- Example 1
  101
- Example 2
  101
- Rf_Advertisingtimeout: Modify the Advertising Timeout
  101
- Rf_Advertisinginterval: Modify the Advertising Interval
  102
- Example 1
  102
- Example 2
  102
- Rf_Connectioninterval: Modify the Connection Interval
  103
- Example 1
  103
- Example 2
  104
- Example 2
  105
- Rf_Txpower: Modify the Output Power
  105
- Example 1
  105
- Rf_Sppbaseuuid: Configure the SPP Base UUID
  107
- Example 1
  107
- Example 2
  107
- Rf_Sppserviceuuid: Configure the SPP Service UUID
  108
- Example 1
  108
- Example 2
  108
- Example 2
  109
- Example 1
  109
- RF_SPPRXUUID: Configure the SPP RX UUID
  109
- RF_SPPTXUUID: Configure the SPP TX UUID
  110
- Example 1
  110
- Example 2
  110
- Rf_Appearance: Configure the Appearance of the Device
  111
- Example 1
  111
- Example 2
  111
- Uart_Configindex: Modify the UART Speed
  112
- Example 2
  114
- Example 1
  114
- Cfg_Flags: Configure the Module
  115
- Example 1
  115
- Example 2
  115
- Table of Settings (Part 1)
  117
- Table of Settings (Part 2)
  118
- Timing Parameters
  119
- Reset and Sleep
  119
- Bluetooth LE Timing Parameters
  119
- Connection Establishment
  119
- Connection Based Data Transmission
  120
- Maximum Data Throughput
  120
- How to Use the Transparent Mode
  122
- Transparent Mode
  122
- Reasons to Use the Transparent Mode
  122
- More Information
  123
- Uart
  123
- Remote GPIO Control
  125
- Configure the Local Gpios Via Local Host
  126
- Configure the Local Gpios Via Remote Device Host
  126
- Read the Configuration of the Local Gpios Via Remote Device Host
  127
- Read the Configuration of the Local Gpios Via Local Host
  127
- Set the Output Value of a GPIO Via Host Controller
  128
- Read the Input Value of a GPIO Via Host Controller
  128
- Set the Output Value of a GPIO Via Remote Device
  129
- Read the Input Value of a GPIO Via Remote Device
  129
- Supported Gpio_Ids for Remote and Local Control
  130
- Supported Gpio_Ids
  130
- Customizing the Proteus-E
  131
- Uuid
  131
- Appearance
  131
- Customer Firmware
  132
- Custom Firmware
  132
- Customer Specific Firmware
  132
- Custom Configuration of Standard Firmware
  132
- Contact for Firmware Requests
  133
- Firmware Updates
  134
- Firmware Flashing Using the Production Interface
  134
- Firmware History
  135
- Design in Guide
  136
- Advice for Schematic and Layout
  136
- Layout Example, Layout of the Corresponding Evaluation Board Is Published in the Evaluaton Board Manual
  137
- Dimensioning of the Micro Strip Antenna Line
  138
- Antenna Solutions
  139
- Wire Antenna
  139
- Chip Antenna
  140
- PCB Antenna
  140
- Antennas Provided by Würth Elektronik Eisos
  141
- 2600130021 - Himalia - 2.4 Ghz Dipole Antenna
  141
- Dimensions
  141
- Weight
  141
- Reference Design
  142
- EV-Board
  143
- Reference Design: Schematic
  143
- Schematic
  143
- Layout
  144
- Reference Design: Layout
  144
- Trace Design
  145
- Stack-Up
  145
- Simple Short Using Internal Antenna
  146
- Capacitor Internal Antenna Layout
  147
- Pf Coupling Capacitor Using Internal Antenna
  147
- Capacitor Internal Antenna Schematic
  147
- Pf Coupling Capacitor Using External Antenna
  148
- Capacitor External Antenna Schematic
  148
- Capacitor External Antenna Layout
  148
- Antenna Fine Tuning
  149
- Reflow Soldering
  150
- Classification Reflow Soldering Profile, Note: Refer to IPC/JEDEC J-STD-020E
  150
- Package Classification Reflow Temperature, PB-Free Assembly, Note: Refer to
  150
- Soldering
  150
- Moisture Sensitivity Level
  150
- Manufacturing Information
  150
- Cleaning
  151
- Reflow Soldering Profile
  151
- Potting and Coating
  152
- Other Notations
  152
- ESD Handling
  152
- Safety Recommendations
  153
- Light Sensitivity
  154
- Weight
  154
- Dimensions
  154
- Physical Specifications
  154
- Module Drawing
  155
- Footprint WE-FP-4
  156
- Antenna Free Area
  156
- Footprint WE-FP-4+ [MM]
  156
- Marking
  157
- Lot Number
  157
- General Labeling Information
  158
- Information for Explosion Protection
  159
- References
  160
- Bluetooth SIG Listing/Qualification
  161
- Regulatory Compliance Information
  162
- Exemption Clause
  162
- Important Notice EU
  162
- Conformity Assessment of the Final Product
  162
- Important Notice FCC
  162
- FCC Compliance Statement
  163
- IC Compliance Statement
  163
- FCC and IC Requirements to OEM Integrators
  163
- Pre-Certified Antennas
  164
- OEM Requirements
  164
- Change in ID / Multiple Listing
  165
- Important Notes
  166
- General Customer Responsibility
  166
- Customer Responsibility Related to Specific, in Particular Safety-Relevant Applications
  166
- Best Care and Attention
  166
- Customer Support for Product Specifications
  166
- Property Rights
  167
- General Terms and Conditions
  167
- Product Improvements
  167
- Product Life Cycle
  167
- Legal Notice
  168
- Exclusion of Liability
  168
- Suitability in Customer Applications
  168
- Trademarks
  168
- Usage Restriction
  168
- License Terms
  170
- Limited License
  170
- Usage and Obligations
  170
- Limitation of Liability
  171
- Ownership
  171
- Disclaimer of Warranty
  171
- Firmware Update(S)
  171
- Applicable Law and Jurisdiction
  172
- Severability Clause
  172
- Miscellaneous
  172
List of Figures

173
- Additional CRC8 Information
  175
- CRC8 Test Vectors
  175
- Example CRC8 Implementation
  175
- Example Codes for Host Integration
  176

Wurth Elektronik Proteus-E User Manual

Wurth Elektronik Proteus-E User Manual (33 pages)

Brand: Wurth Elektronik | Category: Motherboard | Size: 9 MB

Table of Contents

Table of Contents

5
- Connectors
  5
- Buttons
  5
- Supported Radio Modules
  7
- Functional Description
  8
- Taking into Operation
  8
- Development Board
  9
- Block Diagram
  9
- Jumpers, Default Placement
  10
- Jumpers
  10
- Jumper P1
  11
- Jumper P2
  11
- Connectors and Pin Headers
  12
- Con1
  13
- Con2
  13
- Connector Overview
  13
- Connector CON3
  14
- Con3
  14
- Capacitor Connection to External Antenna
  14
- Capacitor Connection to Internal Antenna
  14
- Buttons
  15
- RESET Button
  16
- Function Blocks
  16
- Power Supply
  16
- Bus Powered, Power Supply through USB
  16
- P1 - Current Measurement
  16
- UART Via USB
  16
- UART Direct
  16
- LFXO Crystal
  16
- LFXO Mounting
  17
- Programming Interface
  18
- Schematic
  19
- Reference Design: Schematic
  19
- Layout
  20
- Top Layer (Top), Bottom Layer (Bottom)
  20
- Assembly Diagram
  21
- Bill of Materials
  22
- Regulatory Compliance Information
  23
- European Conformity
  23
- Fcc
  23
- Exemption Clause
  23
- References
  24
- Important Notes
  25
- General Customer Responsibility
  25
- Customer Responsibility Related to Specific, in Particular Safety-Relevant Applications
  25
- Best Care and Attention
  25
- Customer Support for Product Specifications
  25
- Property Rights
  26
- General Terms and Conditions
  26
- Product Life Cycle
  26
- Product Improvements
  26
- Legal Notice
  27
- Exclusion of Liability
  27
- Suitability in Customer Applications
  27
- Trademarks
  27
- Usage Restriction
  27
- Usage and Obligations
  29
- Limited License
  29
- License Terms
  29
- Ownership
  30
- Firmware Update(S)
  30
- Disclaimer of Warranty
  30
- Limitation of Liability
  30
- Applicable Law and Jurisdiction
  31
- Severability Clause
  31
- Miscellaneous
  31
List of Figures

32

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