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Dialog Semiconductor DA1468 series Manuals
Manuals and User Guides for Dialog Semiconductor DA1468 series. We have
5
Dialog Semiconductor DA1468 series manuals available for free PDF download: User Manual, Application Note
Dialog Semiconductor DA1468 series User Manual (47 pages)
Mesh SDK
Brand:
Dialog Semiconductor
| Category:
Microcontrollers
| Size: 2 MB
Table of Contents
Abstract
1
Contents
2
Table of Contents
2
Figures
3
1 Terms and Definitions
5
2 References
5
3 Introduction
7
4 Features and Highlights
7
5 Getting Started: Running the Demo Application
8
Description
8
Figure 1: DA14683 USB Development Kit
8
Figure 2: Da1468X PRO Development Kit, Motherboard and Daughterboard
8
Connecting Hardware and Powering on
9
Button and LED Usage
9
Buttons and Switches
9
Leds
9
Figure 3: Da1468X Basic Development Kit
9
Mesh SDK Demo Examples Bring up
10
Mobile Application Instructions
10
Figure 4: Start Dialog's BLE Mesh App
11
Figure 5: Create a Group in the Mesh Tab
11
Figure 6: Name the Group
12
Figure 7: Power the Board Programmed as a Light
12
Figure 8: Provision a New Device
13
Figure 9: Complete the Provisioning Process
13
Figure 10: Nodes Screen
14
Figure 11: Settings, Publish and Subscribe Configuration Screens
14
Figure 12: Select the Nodes Tab
15
Figure 13: Light Node Screen
15
Figure 14: Configuration Tab
16
Figure 15: Nodes Screen Containing both Switch and Light Node
16
Um-B
16
Figure 16: Toggle Light Bulb States by SW1
17
Figure 17: the Group Screen
17
Figure 18: Red LED on Light Bulb Board Turned on
18
Various SDK Example Demonstrations
19
Generic ON/OFF Model Demonstration
19
Generic Level Model Demonstration
19
Light HSL Model Demonstration
19
Generic ON/OFF Model with Multiple Elements Demonstration
19
Vendor Specific Model Demonstration
20
Provisioner Example Demonstration
20
Proxy Example Demonstration
20
Relay Example Demonstration
21
Friend and Low Power Node Example Demonstration
21
SW Upgrade over the Air (SUOTA) Support
22
Microbus Devices Example Demonstration
22
Figure 19: Microbus 7-Segment Display and Slider Modules
23
6 Development Environment Setup
24
Installing the Environment
24
Importing and Building the BLE Mesh Project
24
Figure 20: Build Configurations of Ble_Mesh Project in Smartsnippets™ Studio
24
Build Project for DA14681
25
Flashing New Software into the SDK
25
Figure 21: Build Log of Ble_Mesh Project in Smartsnippets™ Studio
25
Figure 22: Writing the Generated Image into the Flash
26
Figure 23: Writing the Generated Image into the Flash: Log Output
26
Modify the Bluetooth Address and Mesh Device UUID
27
Specify the Role of a Device
27
Debugging the Application
27
Figure 24: Debug Configurations
27
Figure 25: Eclipse Debug Perspective
28
Obtaining Logging Information
29
UART Logging Window
29
Developing on Linux Host os
29
Figure 26: UART Logging Window
29
Developing on Macos
30
6.10 Understanding Serial Terminal Options
30
Reset the Accessory
31
Reset to Factory Default State
32
Enabling or Disabling Mesh Features (Proxy/Relay/Friendship)
32
Security Keys Dump Function
32
Monitor Freertos Heap Usage and Task Stack Usage
33
Change Log Level
33
Change Default TTL Value Used When Sending Messages
33
Change Maximum BLE RF Range to Around Two Meters
33
Commands Related to Friendship and Low Power Node
34
6.10.10 Modify the Subscription Address List of a Server Model
34
6.10.11 Modify the Publish Address of a Client Model
35
6.10.12 Change Client Model State Using the UART Console
35
6.10.13 Change Provisioning Bearer
36
6.10.14 Scan for Unprovisioned Devices
36
6.10.15 Start Provision for Selected Device
36
6.10.16 Start Configuration for Selected Node
36
6.11 Using the SEGGER Systemview
37
Figure 27: Verifying the Correct J-Link Version
37
Figure 28: SEGGER Systemview Capture Settings
38
Figure 29: SEGGER Systemview Trace Capture
39
7 Software Architecture
40
BLE Mesh Specification
40
DA14683 Mesh SW Architecture
40
Overview
40
Mesh DK SW Architecture
41
Figure 30: Systemview Trace - Task Switching
41
Figure 31: Mesh DK SW Architecture
41
Figure 32: SW Stack and File Location
42
Folder and File Structure
42
The User_<Onoff/Level/Hsl>_<Server/Client>_Example Files
42
The Appl_Conf.C File
43
The Appl_Provision.C File
43
The Appl_Proxy.C File
43
The Appl_Storage.C File
43
The Demo_Hw.C File
43
The Mesh_Console.C File
44
Revision History
45
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Dialog Semiconductor DA1468 series User Manual (48 pages)
Mesh SDK
Brand:
Dialog Semiconductor
| Category:
Microcontrollers
| Size: 2 MB
Table of Contents
Abstract
1
Contents
2
Table of Contents
2
Figures
3
Tables
4
1 Terms and Definitions
5
2 References
5
3 Introduction
6
4 Features and Highlights
6
5 Getting Started - Running the Demo Application
7
Description
7
Figure 1: DA14683 USB Development Kit
7
Figure 2: PRO Development Kit, Motherboard and Daughterboard
7
Figure 3: Da1468X Basic Development Kit
8
Connecting Hardware and Powering on
9
Button and LED Usage
9
Buttons and Switches
9
Leds
9
Mesh SDK Demo Examples Bring up
9
Mobile Application Instructions
11
Notes Regarding the SDK Examples Demonstration
19
Generic ON/OFF Model Demonstration
19
Generic Level Model Demonstration
19
Light HSL Model Demonstration
19
Generic ON/OFF Model Multiple Elements Demonstration
19
Vendor Specific Model Demonstration
20
Provisioner Example Demonstration
20
Proxy Example Demonstration
21
Relay Example Demonstration
21
Friend - Low Power Node Example Demonstration
22
SW Upgrade over the Air (SUOTA) Support
22
Microbus Devices Example Demonstration
23
Figure 4: Microbus 7-Segment Display and Slider Modules
23
6 Development Environment Setup
24
Installing the Environment
24
Importing and Building the BLE Mesh Project
24
Figure 5: BLE Mesh App - Build Configurations
24
Flashing the New SW into the SDK
25
Figure 5: Mesh App - Build Log
25
Figure 6: Programming the Flash Image
25
Figure 7: Programming Flash - Log Output
26
Modify the Bluetooth Address and Mesh Device UUID
27
Specify the Role of the Device (Eg Lightbulb or Switch)
27
Debugging the Application
27
Figure 8: Debug Configurations
27
Figure 9: Debug Perspective
28
Obtaining Logging Information
29
UART Logging Window
29
Figure 10: UART Logging Window
29
Developing on Linux Host os
30
Developing on Mac os
30
Understanding Serial Terminal Options
30
Reset the Accessory
31
Reset to Factory Default State
32
Enabling or Disabling Mesh Features (Proxy/Relay/Friendship)
32
Security Keys Dump Function
32
Um-B
32
Monitor Freertos Heap Usage and Task Stack Usage
33
Change Log Level
33
Change Default TTL Value Used When Sending Messages
33
Change Maximum BLE RF Range to Maximum of ~2 Meters
33
Commands Related to Friendship and Low Power Node (LPN)
34
Modify the Subscription Address List of a Server Model
34
Modify the Publish Address of a Client Model
35
Change Client Model State Using the UART Console
35
Using the SEGGER RTT Systemview
37
Figure 11: Verifying the Correct J-Link Version
37
Figure 12: SEGGER Systemview Capture Settings
38
Figure 13: SEGGER Systemview Trace Capture
39
7 Software Architecture
40
BLE Mesh Specification
40
DA14683 Mesh SW Architecture
41
Overview
41
Figure 14 Systemview Trace - Task Switching
41
Mesh DK SW Architecture
42
Folder and File Structure
42
Figure 15: Mesh DK SW Architecture
42
The User_<Onoff/Level/Hsl>_<Server/Client>_Example Files
43
The Appl_Proxy.C File
43
Figure 17: SW Stack and File Location
43
The Appl_Provision.C File
44
The Appl_Conf.C File
44
The Demo_Hw.C File
44
The Appl_Storage.C File
44
The Mesh_Console.C File
45
Revision History
46
Dialog Semiconductor DA1468 series Application Note (45 pages)
Application hardware design guidelines
Brand:
Dialog Semiconductor
| Category:
Motherboard
| Size: 2 MB
Table of Contents
Abstract
1
Table of Contents
2
Contents
2
Figures
3
Tables
3
Terms and Definitions
4
References
4
Introduction
5
Table 1: DA14680/14682 and DA14681/14683 Chip Options
5
Device Revision Numbering and Marking
6
Table 2 CHIP_REVISION_REG (0X50003204)
6
Table 3 CHIP_TEST1_REG (Minor Revision)
6
Table 4 Chip Revision Numbering
6
Minimal Design for the Da1468X Soc
7
Figure 1: Block Diagram of the Da1468X Minimal Design
7
Figure 2: Minimal Design for DA14681-01 WLCSP53 Package
8
Figure 3: Minimal Design for DA14681-01 AQFN60 Package
9
Figure 4: Minimal Design for DA14683-00 WLCSP53 Package
10
Figure 5: Minimal Design for DA14683-00 AQFN60 Package
11
Figure 6: the Power Section of the Da1468X
12
Power Section of Da1468X
12
Table 5: Suggested Decoupling Capacitors for the Power Section
13
Table 6: SIMO DC/DC Inductor Examples and Characteristics
13
Figure 7: 4.7Μf- 6.3V Capacitance Change for 0402 (Purple) and 0603 (Blue)
14
Supplying External Loads
14
Figure 8: Da1468X Power Management Unit Block Diagram
15
Table 7: Da1468X Supply Rail Capabilities Overview
15
Figure 10: Discharging Rails FSM Timing
16
Figure 9: V14, V18, V18P Rails Discharging by HW Reset
16
Supply Rails Discharging
16
Figure 11: SIMO BUCK DC/DC Block Diagram
17
SIMO Buck DC/DC Characteristics
17
Figure 12: PAD I/O Configuration
19
I/O Pins
19
Crystals and Clocks
20
16 Mhz and 32 Mhz Clock
20
Figure 13: 16 Mhz or 32 Mhz Crystal Oscillator, Recommended Operating Conditions
21
Figure 14: Connection of the Crystal (Left) and External 16 Mhz Clock (Right) for AQFN Package
21
32.768 Khz Clock
22
Table 8: 16 Mhz Crystal Examples and Characteristics
22
Table 9: 32 Mhz Crystal Examples and Characteristics
22
Figure 15: 32.768 Khz Crystal Oscillator, Recommended Operating Conditions
23
Table 10: 32.768 Khz Crystal Examples and Characteristics
23
Generating a Clock Output from the Da1468X
24
Figure 16: Clock Output, P10_MODE_REG - PUPD and PID Selection
25
Figure 17: Clock Output, GPIO_CLK_SEL - FUNC_CLK_SEL, Clock Selection
25
Swd (Jtag)
25
Table 11: Default UART Pins
25
Table 12: JTAG Pins
25
Uart
25
QSPI Flash Memory
26
USB and VBUS
27
USB ESD Measures
27
Figure 18: Recommended Topology for USB Functionality
27
VBUS Circuitry
28
Figure 19: Relation between Damping and Step-Response of a Series LC Resonator
28
Figure 20: Used USB Circuit for Testing
28
Figure 21: Step Response with 60 CM (Left) and 150 CM (Right) Cable (Non USB-Cable). a Damping Network of 0.39 Ω and 10 Μf Capacitor on VBUS Is Used
29
Figure 22: Step Response with 300 CM Cable (Non USB-Cable) and the same Damping Network as above (0.39 Ω and 10 Μf Capacitor on VBUS)
29
Figure 23: Step Response of VBUS with 0.39 Ω and 10 Μf for a 1.5 M USB Cable
30
Hibernation Mode and Wakeup
30
Figure 24: Wakeup from Hibernation by VBUS Voltage Using GPIO Trigger
31
Figure 25: GPIO Set as Input (no Pull)
31
5.10 PCB Layout
32
Figure 26: RF Matching Circuit Must be Placed as Close as Possible to the Antenna
32
Figure 27: WLCSP53 PCB Stackup
33
PCB Layout for WLCSP53 Package
33
Figure 28: WLCSP53 PCB Layout, Top Side
34
Figure 29: WLCSP53 PCB Layout, Layer 2
35
Figure 30: WLCSP53 PCB Layout, Layer 3, Reference GND
35
Figure 31: Ground Connectivity Top (Left) and Layer 2 (Right)
36
Figure 32: AQFN60 PCB Stackup
37
PCB Layout for AQFN60 Package
37
Figure 33: AQFN60 PCB Layout, Top Layer
38
RFIO Port
32
5.11 AQFN60 - Package Outline (POD) Information
39
5.12 WLCSP53 - Package Outline (POD) Information
39
Figure 34: AQFN60 PCB Layout, Layer2, Reference Ground
39
Appendix: AQFN60 Assembly and Soldering Guidelines
40
Pcb
40
Figure 35: PCB Footprint Data
40
Stencil Design
41
Component Placement
42
Figure 36: Recommend of Stencil Opening of Thermal
42
Reflow Profile
43
Figure 37: Reflow Profile for Solder Paste SAC305
43
Revision History
44
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Dialog Semiconductor DA1468 series User Manual (36 pages)
Getting Started with the Development Kit
Brand:
Dialog Semiconductor
| Category:
Motherboard
| Size: 3 MB
Table of Contents
Abstract
1
Contents
2
Table of Contents
2
Figures
3
Tables
3
Codes
3
1 Terms and Definitions
4
2 References
4
3 Prerequisites
4
4 Introduction
5
5 Da1468X - the Hardware
6
The Prodk Mainboard
6
The Prodk Daughter-Boards
6
Figure 1: the Da1468X Prodk
6
Connecting the Prodk to the Host PC
7
Figure 2: the Daughter-Boards A) QFN60 and B) WLCSP to Combine with the Da1468X Prodk Development Kit
7
Figure 3: USB2 (DBG) Connector
7
6 Da1468X - Software Installation
8
Introduction
8
Requirements of the Development PC
8
Driver Installation
8
Microsoft Windows
8
Figure 4: Windows Driver Installation
8
Linux
9
Figure 5: Device Manager Ports
9
Figure 6: Ports Assigned to Prodk
9
COM Port Usage
10
Configuring the Serial Port for UART1
10
Windows Host
10
Table 1: Parameters for Connecting to UART1
10
Figure 7: K2 RESET Button in Prodk
11
Figure 8: Setting Port and Testing Connectivity Via Realterm
11
Linux Host
12
Troubleshooting
12
Figure 9: Chip Version in Realterm in Windows
12
Figure 10: Chip Version in Putty in Linux
12
7 Software Development Tools
14
Smartsnippets™ Introduction
14
Installation
14
Windows
14
Figure 11: Automatically Install J-Link
14
Figure 12: Select Smart Snippets Studio Install Directory
15
Figure 13: Tools that Require Manual Installation
15
Figure 14: Start Ozone Download
16
Figure 15: Automatic Ozone Download Failed
16
Figure 16: SEGGER Ozone Download Page
17
Figure 17: Set Ozone Installation Directory
17
Figure 18: Set J-Link Installation Directory
18
Figure 19: Systemview Download Fails
18
Figure 20: Download Systemview Installer
19
Figure 21: Set Systemview Installation Directory
19
Linux
20
Figure 22: Automatically Install J-Link
20
Figure 23: Select Smart Snippets Studio Install Directory
21
Figure 24: Tools that Require Manual Installation
21
Figure 25: Start Ozone Download
22
Figure 26: Automatic Ozone Download Failed
22
Figure 27: SEGGER Ozone Download Page
23
Figure 28: Set Ozone Installation Directory
23
Figure 29: Set J-Link Installation Directory
24
Figure 30: Download Systemview Installer
24
Extracting and Using the SDK
25
Figure 31: Set J-Link Installation Directory
25
Figure 32: Extract SDK to Workspace (on Windows)
25
Starting Smartsnippetstm Studio
26
Additional Software
26
8 Your First Da1468X Application - Blinky
27
Introduction
27
Software Architecture
27
Code 1: the Main Task in Sysinit() the Prvtemplatetask()
27
Software Build
28
Figure 33: LED D2 on Prodk
28
Code 2: Set Function for GPIO
28
Code 3: the Main Routine Inside the Prvtemplatetask()
28
Figure 34: Smartsnippetstm Studio Welcome Page
29
Figure 35: Project Import
29
Build the Project to Run from RAM
30
Figure 36: Build Blinky in Release RAM Configuration
30
Build the Project to Run from QSPI Flash
31
Figure 37: Start Debug in RAM Mode
31
Figure 38: Build Blinky in Release QSPI Configuration
31
Figure 39: Write Blinky to QSPI Flash
32
Figure 40: Start Debug in QSPI Mode
32
Figure 41: Executing the Blinky Project in Eclipse
33
Running the Project in the Debugger
33
Table 2: Troubleshooting Blinky
34
Troubleshooting
34
Revision History
35
Dialog Semiconductor DA1468 series User Manual (23 pages)
Basic
Brand:
Dialog Semiconductor
| Category:
Microcontrollers
| Size: 1 MB
Table of Contents
Abstract
1
Contents
2
Table of Contents
2
Figures
3
Tables
3
1 Terms and Definitions
4
2 References
4
3 Introduction
5
4 System Overview
5
Features
5
General Description
6
Figure 1 - Da1468X Basic Development Kit
6
Figure 2 - Block Diagram of Da1468X Basic Development Kit
7
5 Basic Development Kit System
8
Overview
8
Da1468X System
9
Figure 3: Da1468X System Schematic
9
Da1468X Pin Assignment
10
Table 1: Basic Development Kit Pin Assignment
10
Basic Development Kit Jumper Settings
11
Table 2: Default Jumper Settings on Basic Development Kit
11
Booting from UART
12
Crystals
12
Table 3: Y1 (16 Mhz Crystal) Characteristics
12
Table 4: Y2 (32 Khz Crystal) Characteristics
12
RF Port
13
Figure 4: RF Matching Circuit Must be Placed as Close as Possible to the Antenna
13
Figure 5: RF Port, Printed Antenna and RF Switch
13
QSPI Data Flash Memory (U9 or U2)
14
Figure 6: QSPI Data Flash V33 or V18 Selectable Power Supply
14
Push Buttons and User Controlled Leds
15
Figure 7: Push Button and General Purpose LED Schematic
15
Figure 8: White LED
15
Debugging Processor (U4)
16
Figure 9: Debugging Processor
16
5.11 Voltage Level Translation
17
5.12 Leakage Currents During Power Measurement
17
UART Header (J13)
17
Figure 10: Level Translator Circuit
17
Table 5: Signals Using a Voltage Level Translation/Isolation Chip
17
Figure 11: UART Header (J13)
18
Figure 12: Full UART Hardware Configuration
18
Table 6: Da1468X Pin Assignment of UART Signal
18
5.14 Power Section
19
Figure 13: Basic Development Kit Power Section
19
Table 7: Da1468X Soc Power Options
19
Battery Options
20
Figure 14: Location of Jumper J9 and Ldos U5, U8
20
Figure 15: Typical CR2032 (Non-Rechargeable) Coin Cell Battery
20
Figure 16: Coin Cell Battery Placement
21
Figure 17: Removing the Coin Cell Battery
21
6 Revision History
22
Um-B
23
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