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Summary of Contents for Dialog DA9318
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Page 1: Abstract
User Manual DA9318 Direct Charging Reference Board UM-PM-022 Abstract This document describes the hardware and software used to evaluate the DA9318 direct charging reference board. -
Page 2: Table Of Contents
Power Monitor ........................7 Direct Charging ........................7 Over-Voltage Protection ......................7 Direct Charging Sequence ....................8 DA9318 Direct Charging Reference Board Hardware ..............9 Default Link Positions and Connector Definitions ............... 10 USB Interface ........................14 5.2.1 USB Power and GUI Reset ................. 14 Power Supplies ........................ -
Page 3: Terms And Definitions
UM-PM-022 DA9318 Direct Charging Reference Board Terms and Definitions Ground Graphical User Interface Integrated Circuit JTAG Joint Test Action Group Light Emitting Diode Level Shifter On-The-Go Personal Computer Power Delivery Reverse Current Protection SAM3U USB I C Interface Serial CLock... -
Page 4: Introduction
DA9318 to be controlled via the USB port of a PC. The mini USB connection is visible on the left side of the board. When the cable is connected to the USB port of the PC the green LED (D1) is on. - Page 5 UM-PM-022 DA9318 Direct Charging Reference Board Figure 2: DA9318 Direct Charging Reference Board (329-03-A) User Manual Revision 1.0 1-Mar-2017 5 of 27 CFR0012 © 2017 Dialog Semiconductor...
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Page 6: Functional Description
UM-PM-022 DA9318 Direct Charging Reference Board Functional Description During direct charging the master charger of the battery operated device is bypassed and the TA is directly connected to the battery. The difference between normal charging and direct charging is illustrated in... -
Page 7: Power Monitor
IN2OUT_MAX When the above conditions are satisfied the DA9318 can be enabled by writing CP_EN to allow for direct charging. The TA voltage is set accordingly to allow an initial 6 A charge current into the battery. -
Page 8: Direct Charging Sequence
A sequence diagram for direct charging is depicted in Figure NOTE The DA9318 direct charging reference board communication to the TA is achieved using a Dialog proprietary secondary-side to primary-side digital link communication protocol. The sequence diagram in Figure 4 provided for information only. -
Page 9: Da9318 Direct Charging Reference Board Hardware
UM-PM-022 DA9318 Direct Charging Reference Board DA9318 Direct Charging Reference Board Hardware The DA9318 direct charging reference board functionality can be broken down into sections, see Figure ™ ● USB Type-C cable input, OVP switch, input connector. ● Master charger / ADCs. -
Page 10: Default Link Positions And Connector Definitions
UM-PM-022 DA9318 Direct Charging Reference Board Default Link Positions and Connector Definitions Figure 6: Default Link Positions Table 1: Default Link Positions and Connector Definitions Reference Designator Position Function IN sense point GND sense point IN connector IN connector C pull-up to VDD_IO... - Page 11 1-2 (Close) C bypass: SAM3U SDA connected to LS input C bypass: SAM3U SDA connected to LS output (bypass) PWREN shorted to SYS, DA9318 will immediately go from NO- 1-2 (Open) POWER mode to SHUTDOWN mode when SYS power is supplied.
- Page 12 UM-PM-022 DA9318 Direct Charging Reference Board Reference Designator Position Function CC1 (labeled as TP6) pulled up to rail selected by J40 2-3 (Close) CC1 (labeled as TP6) pulled to ground 1-2 (Close) CC1 (labeled as TP6) PU selection: VDD_IO CC1 (labeled as TP6) PU selection: AVDD...
- Page 13 UM-PM-022 DA9318 Direct Charging Reference Board Reference Designator Position Function 1-2 (Close) C high voltage level shifter enable 1-2 (Close) Master charger thermistor connection 1-2 (Open) Master charger DSEL settings Master charger PSEL settings 2-3 (Close) DA9156 battery ID connected to variable impedance...
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Page 14: Usb Interface
Power Supplies The DA9318 direct charging board is powered up when a power source is connected to IN (J48). IN operating voltage range is +5.5 V to +10.5 V. The VDD_IO voltage is generated by an on-board regulator (VR1) supplied from the +5 V USB. By default, the on-board generated VDD_IO is +1.8 V (J26 jumper is POP, J27 jumper is UNPOP):... -
Page 15: Da9318 Direct Charging Reference Board Software
® Windows 2000/XP/Vista/Windows 7 with a USB1.1 or USB2 interface. The GUI allows the user to: ● Perform raw write and read operations to all control registers on Dialog and non-Dialog ICs. ● Monitor the charging status. ● Plot the DA9318 efficiency over time with saving and zoom feature. -
Page 16: Gui Installation Step By Step Guide
UM-PM-022 DA9318 Direct Charging Reference Board 6.1.1 GUI Installation Step By Step Guide Figure 8: GUI Setup License Agreement 1. Select I accept the agreement then click Next. User Manual Revision 1.0 1-Mar-2017 16 of 27 CFR0012 © 2017 Dialog Semiconductor... - Page 17 UM-PM-022 DA9318 Direct Charging Reference Board Figure 9: GUI Setup Destination Location 2. Click Next. Figure 10: GUI Setup Start Menu Location 3. Click Next. User Manual Revision 1.0 1-Mar-2017 17 of 27 CFR0012 © 2017 Dialog Semiconductor...
- Page 18 UM-PM-022 DA9318 Direct Charging Reference Board Figure 11: GUI Setup Additional Tasks 4. Select the Create a desktop shortcut check box (if required) and click Next. Figure 12: GUI Setup Start Installation 5. Click Install. User Manual Revision 1.0 1-Mar-2017...
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Page 19: Initial Usb Connection
1. Control Panel → Devices and Printers (double-click device with yellow exclamation sign). 2. Update Driver. 3. Browse my computer for driver software. 4. Select the Driver folder location: C:\Dialog Semiconductor\Power Management\DA9318 Reference GUI\Driver. 5. If Windows warns about the driver, select Install anyway. -
Page 20: Gui Software
DA9318 Direct Charging Reference Board GUI Software Run the DA9318 Reference Board GUI software by clicking the shortcut on the appropriate item in the Start menu (All Programs → Dialog Semiconductor → Power Management → DA9318 Reference GUI). The screen shown in Figure 14 is displayed. -
Page 21: Control Widgets
● Slave Charging: This indicator will light green when slave charging (DA9318) is enabled indicating direct charging. ● DONE: This indicator will light green when charge cycle is complete. -
Page 22: Raw I/O
UM-PM-022 DA9318 Direct Charging Reference Board 7.2.3 Raw I/O The Raw I/O control sends the entered device address, register address and data on the I communications interface. If the information sent is not valid then the I C message will return NACK an error message will be displayed in the Status window. -
Page 23: Settings
UM-PM-022 DA9318 Direct Charging Reference Board Figure 20: I2C Bus Scan 7.2.6 Settings In the Options menu, click on Settings, the Settings window is displayed. The U2 and U8 INE226 ADC ICs can be configured in the Settings window. Figure 21: Settings User Manual Revision 1.0... -
Page 24: Quick Start Guide
UM-PM-022 DA9318 Direct Charging Reference Board Quick Start Guide The recommended steps to operate the DA9318 direct charging reference board are shown below. Master Charger BATT VBUS DLINK Travel Overvoltage Adaptor (TA) Protection IC DA9318 BATT Figure 22: Test Setup... -
Page 25: Operational Steps
4. Enable the Polling switch. The Constant-Current status indicator flags green, signaling that the master charger is enabled. 5. Enable the Master/Slave switch. Direct charging is enabled via DA9318 and the Constant- Current and Slave Charging status indicators flag green. -
Page 26: Revision History
UM-PM-022 DA9318 Direct Charging Reference Board Revision History Revision Date Description 01-Mar-2017 Initial version. User Manual Revision 1.0 1-Mar-2017 26 of 27 CFR0012 © 2017 Dialog Semiconductor... - Page 27 Dialog Semiconductor excludes all liability in this respect. Customer notes that nothing in this document may be construed as a license for customer to use the Dialog Semiconductor products, software and applications referred to in this document. Such license must be separately sought by customer with Dialog Semiconductor.
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