We PROTEUS-III Manuals

Manuals and User Guides for We PROTEUS-III. We have 3 We PROTEUS-III manuals available for free PDF download: User Manual

We PROTEUS-III User Manual (244 pages)

Brand: We | Category: Control Unit | Size: 8 MB

Table of Contents

6
- Proteus-III
  5
  - Table of Contents
    6
- Pinout
  6
- Overview of Helpful Application Notes
  14
- Introduction
  16
- Operational Description
  16
- Key Features
  17
- Connectivity
  18
- Block Diagram
  19
- Ordering Information
  19
- Block Diagram of the Module
  19
- Absolute Maximum Ratings
  20
- Recommended Operating Conditions
  20
- Electrical Specifications
  20
- Power Consumption
  21
- Static
  21
- Power Consumption for 100% Transmission/Reception
  21
- Dynamic
  22
- Radio Transmitting @ 8 Dbm Output Power, 1 Mbps Bluetooth
  22
- LE Mode, Clock
  22
- HFXO, Regulator = DC/DC (Typical Values)
  22
- Current Consumption Calculation in Advertising Mode with 40Ms Advertising in
  23
- Sensitivity at Different Data Rates
  24
- Transmit and Receive Power
  24
- Timing and RSSI
  24
- Radio Characteristics
  24
- Pin Characteristics
  25
- Pinout
  26
- Quick Start
  29
- Minimal Pin Connections
  29
- Antenna Connection
  31
- On-Board PCB Antenna
  31
- External Antenna
  31
- Power up
  32
- Quickstart Example
  33
- Functional Description
  36
- Operation Modes
  36
- Radio Module States
  36
- State Overview
  37
- State Indication Using the LED Pins
  38
- Sleep Mode
  38
- Identification of a Proteus-III Device on the Radio
  39
- Connection Based Data Transmission, with or Without Security
  39
- Further Information for a Secure Connection Setup
  40
- Just Works Mode
  40
- Staticpasskey Mode
  43
- Lescpasskey Mode
  46
- Lescnumcomp Mode
  49
- Bonding
  52
- Unidirectional Connectionless Data Transmission Using Beacons
  56
- Energy-Efficient Distance Estimation Solutions
  57
- Configure the Module for Low Power Consumption
  57
- Start the Direct Test Mode (DTM)
  58
- Using the 2 Mbit and LE Coded Phy
  60
- Connection Setup Using LE Coded Phy
  60
- Reset Behaviour
  64
- Serial Interface: UART
  64
- Host Connection
  64
- The Command Interface
  65
- Scan for Other Modules in Range
  67
- Cmd_Scanstart_Req
  67
- Cmd_Scanstop_Req
  67
- Cmd_Getdevices_Req
  68
- Example 1
  69
- Cmd_Rssi_Ind
  69
- Cmd_Beacon_Rsp
  70
- Cmd_Connect_Ind
  71
- Cmd_Connect_Req
  71
- Setup Connections
  71
- Cmd_Security_Ind
  72
- Cmd_Channelopen_Rsp
  72
- Cmd_Disconnect_Req
  72
- Cmd_Disconnect_Ind
  73
- Cmd_Phyupdate_Req
  73
- Cmd_Phyupdate_Ind
  74
- Cmd_Passkey_Req
  74
- Cmd_Passkey_Ind
  75
- Cmd_Display_Passkey_Ind
  75
- Cmd_Numeric_Comp_Req
  76
- Cmd_Getbonds_Req
  76
- Example 1
  77
- Cmd_Deletebonds_Req
  77
- Example 1
  78
- Example 2
  78
- Cmd_Allowunbondedconnections_Req
  79
- Transmit and Receive Data
  80
- Cmd_Data_Req
  80
- Cmd_Txcomplete_Rsp
  80
- Cmd_Beacon_Ind
  81
- Cmd_Data_Ind
  81
- Cmd_Setbeacon_Req
  81
- Configuring the Module and Modifying the Device Settings
  83
- Cmd_Set_Req
  83
- Example 1
  84
- Example 2
  84
- Cmd_Get_Req
  85
- Example 1
  85
- Manage the Device State
  86
- Cmd_Getstate_Req
  86
- Cmd_Sleep_Req
  87
- Cmd_Reset_Req
  87
- Example 1
  87
- Cmd_Sleep_Ind
  88
- Cmd_Factoryreset_Req
  88
- Cmd_Uartdisable_Req
  89
- Cmd_Uartenable_Ind
  90
- Cmd_Bootloader_Req
  90
- Run the Bluetooth Test Modes
  92
- Cmd_Dtmstart_Req
  92
- Cmd_Dtm_Req
  92
- Example: Transmission, 16 Times 0X0F, Channel 0
  94
- Example: Receiver, Channel 0
  95
- Example: Transmission, Carrier Test, Channel 0
  95
- Example: Set TX Power to -4 Dbm
  96
- Example: Set PHY to 2 Mbit Mode
  96
- Switching Gpios by Remote Control
  97
- Cmd_Gpio_Local_Writeconfig_Req
  97
- Example: Configure Two Gpios to Output High
  98
- Cmd_Gpio_Local_Readconfig_Req
  100
- Example: Read the Current GPIO Configuration
  101
- Cmd_Gpio_Remote_Writeconfig_Req
  102
- Example: Configure Two Gpios of the Connected Remote Device to Output High
  103
- Cmd_Gpio_Remote_Readconfig_Req
  105
- Example: Read the Current GPIO Configuration of the Connected Remote Device
  106
- Cmd_Gpio_Remote_Write_Req
  107
- Example: Set a Remote Output GPIO to Low
  108
- Cmd_Gpio_Remote_Read_Req
  109
- Example: Read the Values of Remote Gpios
  110
- Cmd_Gpio_Local_Write_Req
  111
- Example: Set a Local Output GPIO to Low
  112
- Cmd_Gpio_Local_Read_Req
  113
- Example: Read the Values of Local Gpios
  114
- Example: Two Gpios Have Been Configured by the Connected Remote Device to Output High
  115
- Cmd_Gpio_Remote_Writeconfig_Ind
  115
- Cmd_Gpio_Remote_Write_Ind
  116
- Example: Gpios Have Been Written Via Remote Access
  116
- Cmd_Gpio_Local_Write_Ind
  117
- Example: Gpios of the Remote Device Have Been Written by Its Local Host
  117
- Other Messages
  118
- Cmd_Error_Ind
  118
- Message Overview
  119
- Message Overview: Requests
  120
- Message Overview: Confirmations
  121
- Message Overview: Indications
  122
- Usersettings - Module Configuration Values
  123
- Fs_Deviceinfo: Read the Chip Type and os Version
  123
- Example 1
  124
- Fs_Fwversion: Read the Firmware Version
  125
- Example 1
  125
- FS_MAC: Read the MAC Address
  126
- Example 1
  126
- FS_BTMAC: Read the Bluetooth Conform MAC Address
  127
- Example 1
  127
- Example 1
  128
- Fs_Serialnumber: Read the Serial Number of the Module
  128
- Rf_Devicename: Modify the Device Name
  129
- Example 1
  129
- Example 2
  129
- Rf_Staticpasskey: Modify the Static Passkey
  131
- Example 1
  131
- Example 2
  131
- Rf_Secflags: Modify the Security Settings
  132
- Example 1
  134
- Example 2
  134
- Example 2
  135
- Example 1
  135
- Rf_Secflagsperonly: Modify the Security Settings (Peripheral Only Mode)
  135
- Rf_Scanflags: Modify the Scan Behavior
  136
- Example 1
  136
- Example 2
  136
- Rf_Beaconflags: Interpret the Advertising Data
  138
- Example 1
  138
- Example 2
  139
- Rf_Advertisingtimeout: Modify the Advertising Timeout
  140
- Example 1
  140
- Example 2
  140
- Advertising Packet Configuration Flags
  141
- Example 1
  141
- Rf_Advertisingflags: Configure the Advertising Packet
  141
- Example 2
  142
- Rf_Scanfactor: Modify the Scan Factor
  143
- Example 1
  143
- Example 2
  143
- Rf_Scantiming: Modify the Scan Timing
  144
- Example 1
  145
- Example 2
  145
- Rf_Connectiontiming: Modify the Connection Timing
  146
- Example 2
  147
- Example 1
  147
- Example 1
  149
- Example 2
  149
- Rf_Txpower: Modify the Output Power
  149
- Rf_Sppbaseuuid: Configure the SPP Base UUID
  151
- Example 1
  151
- Example 2
  151
- Rf_Sppserviceuuid: Configure the SPP Service UUID
  152
- Example 1
  152
- Example 2
  152
- Example 2
  153
- RF_SPPRXUUID: Configure the SPP RX UUID
  153
- Example 1
  153
- RF_SPPTXUUID: Configure the SPP TX UUID
  154
- Example 1
  154
- Example 2
  154
- Rf_Appearance: Configure the Appearance of the Device
  155
- Example 1
  155
- Example 2
  155
- Uart_Configindex: Modify the UART Speed
  156
- Example 2
  158
- Example 1
  158
- Cfg_Flags: Configure the Module
  159
- Example 1
  159
- Example 2
  159
- Dis_Manufacturername: Configure the Manufacturer Name
  161
- Example 1
  161
- Example 2
  161
- Dis_Modelnumber: Configure the Model Number
  163
- Example 1
  163
- Example 2
  163
- Example 2
  165
- Example 1
  165
- Dis_Serialnumber: Configure the Serial Number
  165
- Dis_Hwversion: Configure the HW Version
  167
- Example 1
  167
- Example 2
  167
- Dis_Swversion: Configure the SW Version
  169
- Example 1
  169
- Example 2
  169
- Dis_Flags: Configure the Device Information Service
  171
- Example 1
  171
- Example 2
  171
- Connection Establishment
  175
- Timing Parameters
  175
- Bluetooth LE Timing Parameters
  175
- Reset and Sleep
  175
- Connection Based Data Transmission
  176
- Maximum Data Throughput
  177
- Command Sequence When Transmitting Data
  177
- Peripheral Only Mode
  179
- Reasons to Use the Peripheral Only Mode
  179
- Restrictions
  179
- Uart
  180
- Radio
  180
- More Information
  180
- How to Use the Peripheral Only Mode
  180
- Remote GPIO Control
  183
- Configure the Local Gpios Via Local Host
  184
- Configure the Local Gpios Via Remote Device Host
  184
- Read the Configuration of the Local Gpios Via Local Host
  185
- Read the Configuration of the Local Gpios Via Remote Device Host
  185
- Set the Output Value of a GPIO Via Host Controller
  186
- Read the Input Value of a GPIO Via Host Controller
  186
- Set the Output Value of a GPIO Via Remote Device
  187
- Read the Input Value of a GPIO Via Remote Device
  187
- Pwm
  188
- PWM Behaviour
  188
- Supported Gpio_Ids for Remote and Local Control
  189
- Supported Gpio_Ids
  189
- Customizing the Proteus-III
  190
- DIS - Device Information Service
  190
- Uuid
  190
- Appearance
  191
- Custom Firmware
  192
- Custom Configuration of Standard Firmware
  192
- Customer Specific Firmware
  192
- Customer Firmware
  192
- Contact for Firmware Requests
  193
- Firmware Updates
  194
- Firmware Flashing Using the Production Interface
  194
- Firmware Update Using the Proteus-III OTA Bootloader
  194
- Firmware Update Steps Using the Nordic Nrf Toolbox App
  196
- Firmware History
  199
- Design in Guide
  201
- Advice for Schematic and Layout
  201
- Dimensioning of the Micro Strip Antenna Line
  203
- Antenna Solutions
  204
- PCB Antenna
  205
- Chip Antenna
  205
- Wire Antenna
  205
- Antennas Provided by Würth Elektronik Eisos
  206
- 2600130021 - Himalia - 2.4 Ghz Dipole Antenna
  206
- Dimensions
  206
- Weight
  206
- Reference Design
  207
- EV-Board
  208
- Reference Design: Schematic
  208
- Trace Design
  211
- Reference Design: Stack-Up
  211
- External Antenna Connection
  213
- On-Board PCB Antenna
  213
- Manufacturing Information
  214
- Moisture Sensitivity Level
  214
- Soldering
  214
- Reflow Soldering
  214
- Package Classification Reflow Temperature, PB-Free Assembly, Note: Refer to IPC/- JEDEC J-STD-020E
  215
- Cleaning
  216
- Reflow Soldering Profile
  216
- Potting and Coating
  217
- Other Notations
  217
- ESD Handling
  217
- Safety Recommendations
  218
- Physical Specifications
  219
- Dimensions
  219
- Weight
  219
- Module Drawing
  220
- Footprint WE-FP-4
  221
- Antenna Free Area
  221
- Footprint WE-FP-4+ [MM]
  221
- Marking
  222
- Lot Number
  222
- General Labeling Information
  223
- Information for Explosion Protection
  224
- Bluetooth SIG Listing/Qualification
  225
- Regulatory Compliance Information
  226
- Important Notice EU
  226
- Important Notice FCC
  226
- Conformity Assessment of the Final Product
  226
- Exemption Clause
  226
- EU Declaration of Conformity
  227
- FCC Compliance Statement
  228
- IC Compliance Statement
  228
- FCC and IC Requirements to OEM Integrators
  228
- Pre-Certified Antennas
  230
- TELEC Radio Law Approval
  231
- Label
  231
- Certified Antennas
  231
- References
  232
- Important Notes
  233
- General Customer Responsibility
  233
- Customer Responsibility Related to Specific, in Particular Safety-Relevant Applications
  233
- Best Care and Attention
  233
- Customer Support for Product Specifications
  233
- General Terms and Conditions
  234
- Product Life Cycle
  234
- Product Improvements
  234
- Property Rights
  234
- Legal Notice
  235
- Exclusion of Liability
  235
- Suitability in Customer Applications
  235
- Trademarks
  235
- Usage Restriction
  235
- License Terms
  237
- Limited License
  237
- Usage and Obligations
  237
- Disclaimer of Warranty
  238
- Ownership
  238
- Firmware Update(S)
  238
- Limitation of Liability
  239
- Applicable Law and Jurisdiction
  239
- Severability Clause
  239
- Miscellaneous
  239
List of Figures

240
- Additional CRC8 Information
  242
- CRC8 Test Vectors
  242
- Example CRC8 Implementation
  242
- Example Codes for Host Integration
  243

We PROTEUS-III User Manual (47 pages)

EV-BOARD FOR RADIO MODULES

Brand: We | Category: Control Unit | Size: 10 MB

Table of Contents

5
- Block Diagram
  5
- Supported Radio Modules
  7
- Product Image
  7
- Order Codes
  7
- Content Family Board Proteus-I
  8
- Content Family Board Proteus-II
  8
- Content Family Board Proteus-III
  8
- Content Family Board Proteus-III-SPI
  8
- Content Family Board Setebos-I
  8
- Content Family Board Thyone-I
  8
- Functional Description
  9
- Taking into Operation - PC
  9
- Additional Assembly
  9
- Taking into Operation - Host Controller
  10
- Development Board
  11
- Block Diagram
  11
- Additional Assembly
  12
- Connectors and Ports
  14
- P1: Module Communication Access Pins / TTL-232R-3V3 FTDI Cable Connector
  15
- Pin Header P1
  15
- Proteus-I, Proteus-II
  15
- Proteus-III, Proteus-III SPI, Setebos-I, Thyone-I
  16
- Pin Header P1
  16
- Pin Header P2
  17
- Pin Header P3
  17
- P3: Module Debug Access Pins
  17
- P2: Power Supply / Current Measurement
  17
- P4: Module GPIO Access Pins
  18
- Proteus-I, Proteus-II
  18
- Pin Header P4
  18
- Proteus-III, Proteus-III-SPI, Setebos-I, Thyone-I
  19
- CON2: Debugging Interface-2X10 Pin Header
  19
- Pin Header P4
  19
- JTAG Debugging Interface
  19
- Pin Header SMA
  20
- Sma
  20
- Proteus-I/-II
  20
- Smart Antenna
  21
- Capacitor Connection to External Antenna
  21
- Capacitor Connection to Internal Antenna
  21
- Jumpers
  22
- Current Measurement
  24
- Setebos-I Functions
  24
- Pin Header P1
  24
- Boot Mode
  25
- Reset Button
  26
- Function Blocks
  27
- Power Supply
  27
- Power Supply Option
  27
- Pin Header P1, Power Supply through TTL-232R-3V3
  28
- Pin Header P1, Power Supply through Dedicated Pins
  28
- Pin Header P2
  29
- Pin Header P2, Power Supply through External Source
  29
- Uart / Usb
  30
- UART Direct
  30
- SPI Direct
  30
- LFXO Crystal
  30
- LFXO Assembly
  31
- LED Resistor R6, R7 Assembly
  32
- Proteus-I, Proteus-II, Proteus-III, Proteus-III-SPI, Thyone-I, Setebos-I
  32
- Leds
  32
- Programming Interface
  32
- Schematic - Proteus-III, Proteus-III-SPI, Thyone-I, Setebos-I
  33
- Schematic Sheet
  33
- Schematic -Proteus-I, Proteus-II
  34
- Layout
  35
- Assembly Diagram
  35
- Top, Bottom & Internal Layers
  36
- Bill of Materials
  37
List of Figures

46

We PROTEUS-III User Manual (47 pages)

EVALUATION BOARD/KIT FOR RADIO MODULES

Brand: We | Category: Motherboard | Size: 3 MB

Revision History
3
Table of Contents
6
Block Diagram
6
Supported Radio Modules
8
Product Image
8
Content Proteus-III Bluetooth 5.1 EV-Kit
9
Content Thyone-I EV-Kit
9
Functional Description
10
Taking into Operation
10
Development Board
11
Block Diagram
11
Jumpers
12
Jumpers, Defaults
12
Jumper JP2 HW-V3
13
Jumper JP2 HW-V2
13
Jumper JP1
14
Jumper JP3
14
Connectors and Pin Headers
15
Con1
16
Con2
16
Con3
16
Connector Overview
16
Connector CON2
16
Con4
17
Con5
17
Capacitor Connection to External Antenna
17
Con6
18
Capacitor Connection to Internal Antenna
18
Connector CON6
19
Pinheader P1
19
Pinheader P2
19
Pinheader P3
19
Pinheader P4
20
Buttons
21
RESET Button
22
WAKE-UP Button
22
Function Blocks
23
Power Supply
23
Bus Powered, Power Supply through USB
23
JP1 - Current Measurement
23
Uart / Usb
23
UART Direct
24
LFXO Crystal
24
Example Baud Rates
24
LFXO Mounting
25
Nfc
26
Programming Interface
26
Long Range Measurement - Thyone-I
27
Configuration-II
27
Schematic
28
Schematic Sheet-1
28
Schematic Sheet-2
29
Layout
30
Assembly Diagram
30
Bill of Materials
35
Internal Antenna Radiation Characteristics
37
Antenna Characteristic from Integrated Antenna Measured on Official EV-Board
37
Hardware History
38
Marking
39
Lot Number
39
Lot Number Details
39
Regulatory Compliance Information
40
European Conformity
40
Fcc
40
Exemption Clause
40
Important Notes
41
Terms of Use for Würth Elektronik Eisos Gmbh & Co. KG EV-Boards, Evaluation Kits and Evaluation Modules
41
Legal Notice
43
License Terms
44

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