KIT_XMC1X_AK_LED_001 数据手册
XMC1000
LED lighting application
kit
XMCTM microcontrollers
July 2016
Agenda
1
Kit overview
2
Hardware overview
3
Tooling overview – boot modes
4
Tooling overview – DAVE™
5
Getting started - examples
6
General information
7
References
Copyright © Infineon Technologies AG 2016. All rights reserved.
2
Agenda
1
Kit overview
2
Hardware overview
3
Tooling overview – boot modes
4
Tooling overview – DAVE™
5
Getting started - examples
6
General information
7
References
Copyright © Infineon Technologies AG 2016. All rights reserved.
3
Kit overview (1/3)
› XMC1200 CPU Card
Micro USB
5 User LEDs
On-board COM
and Segger
J-Link debugger
Connectors
according to pinout
XMC1200
Edge connector for
application cards
Copyright © Infineon Technologies AG 2016. All rights reserved.
4
Kit overview (2/3)
› Color LED card
– Showcases color control
Low power RGB LEDs
(10 mA per channel)
Ambient light
sensor
RF
connectivity
DALI connectivity
DMX512 connectivity
Copyright © Infineon Technologies AG 2016. All rights reserved.
5
Kit overview (3/3)
› White LED card
– Showcases brightness control
White LED strings (5 LEDs per string)
24 V powered, 20 mA per channel
Temperature
sensor
RF
connectivity
Ambient light
sensor
DALI connectivity
Copyright © Infineon Technologies AG 2016. All rights reserved.
6
Agenda
1
Kit overview
2
Hardware overview
3
Tooling overview – boot modes
4
Tooling overview – DAVE™
5
Getting started - examples
6
General information
7
References
Copyright © Infineon Technologies AG 2016. All rights reserved.
7
Hardware overview
› Attach color LED or white LED card to XMC1200 CPU card
› Connect XMC1200 CPU card to PC via USB cable
› CPU card is powered up (as indicated by LED on the card)
CPU card powered
via USB cable
Copyright © Infineon Technologies AG 2016. All rights reserved.
8
Agenda
1
Kit overview
2
Hardware overview
3
Tooling overview – boot modes
4
Tooling overview – DAVE™
5
Getting started - examples
6
General information
7
References
Copyright © Infineon Technologies AG 2016. All rights reserved.
9
Tooling overview
Boot modes
› Boot modes available
–
–
–
–
UART bootstrap-loader mode
User mode (Halt after reset)
User mode (Debug) Default mode of device on boot kit
User mode (Productive)
› Boot modes can be configured via:
– DAVETM
– Download DAVETM
http://www.infineon.com/dave/v4
– MemTool
– Download MemTool
http://www.infineon.com/cms/en/product/channel.html?channel=ff80808112ab681d011
2ab6b50fe07c9
› For more information on how to configure the BMI value, please refer to the
XMC1000 tooling guide
Copyright © Infineon Technologies AG 2016. All rights reserved.
10
Agenda
1
Kit overview
2
Hardware overview
3
Tooling overview – boot modes
4
Tooling overview – DAVE™
5
Getting started - examples
6
General information
7
References
Copyright © Infineon Technologies AG 2016. All rights reserved.
11
Tooling overview
DAVETM
› DAVETM is a free development platform for code generation by
Infineon
› It can be downloaded from:
– http://www.infineon.com/dave/v4
› For a guide on setting up DAVETM, please refer to XMC1x00 boot
kit getting started
Copyright © Infineon Technologies AG 2016. All rights reserved.
12
Agenda
1
Kit overview
2
Hardware overview
3
Tooling overview – boot modes
4
Tooling overview – DAVE™
5
Getting started - examples
6
General information
7
References
Copyright © Infineon Technologies AG 2016. All rights reserved.
13
Getting started – Example 1
RGB lamp using LED_LAMP APP (1/20)
Example 1: RGB lamp using LED_LAMP APP
Connect to PC
XMC1200/XMC1300
CPU card
Color LED card
Copyright © Infineon Technologies AG 2016. All rights reserved.
14
Getting started – Example 1
RGB lamp using LED_LAMP APP (2/20)
3. Select the device accordingly
1. Open DAVETM
2. In DAVETM workspace, create
a new “DAVETM CE” project:
› File->New->DAVETM Project
› Give the project a name e.g.
“RGB_LAMP_EXAMPLE”
› Select “DAVETM CE
Project” as project
type
Copyright © Infineon Technologies AG 2016. All rights reserved.
15
Getting started – Example 1
RGB lamp using LED_LAMP APP (3/20)
› This example demonstrates RGB lamp functionality using LED_LAMP APP
› We will use the system timer (SysTick) as the time base for the interrupt
– Time base of 1 s
– In the interrupt, a new target dimming level or target color is regularly
set with a 7 s transition time
› Next, we will show you the steps to creating this project:
1.
Instantiate LED_LAMP APP
2.
Configure LED_LAMP APP
3.
Configure BCCU Channels
4.
Assign PDM_BCCU APPs to the right channels
5.
Configure Brightness and Color Control Unit (BCCU) global settings
6.
Configure Port Pins
7.
Configure SysTick
8.
Define the SYSTIMER callback function
Copyright © Infineon Technologies AG 2016. All rights reserved.
16
Getting started – Example 1
RGB lamp using LED_LAMP APP (4/20)
1. Instantiate LED_LAMP APP
›
Click
to add new APP
›
Select the LED_LAMP APP
› LED_LAMP APP automatically
aggregates a BCCU channel app
(PDM_BCCU), a BCCU dimming
engine app (DIM_BCCU) and a
BCCU global app
(GLOBAL_BCCU)
Copyright © Infineon Technologies AG 2016. All rights reserved.
17
Getting started – Example 1
RGB lamp using LED_LAMP APP (5/20)
2. Configure LED_LAMP APP
› Double-click LED_LAMP_0 to
open UI
› Under General Settings tab,
–
set Number of LED
channels to 3
–
select Dimming Engine as
Dimming Source
Copyright © Infineon Technologies AG 2016. All rights reserved.
18
Getting started – Example 1
RGB lamp using LED_LAMP APP (6/20)
2. Configure LED_LAMP APP
(continued)
› Under Dimming and
Intensities Settings tab
–
set initial Dimming Level
to 1024
–
set initial Channel
Intensities to 1365
–
set initial Intensity linear
walk time to 0 ms
–
Set initial 0-100%
dimming transition time
to 0 ms
Copyright © Infineon Technologies AG 2016. All rights reserved.
19
Getting started – Example 1
RGB lamp using LED_LAMP APP (7/20)
2. Configure LED_LAMP APP (continued)
› Rename Instance Label
– Right-click LED_LAMP APP
– Select Rename Instance Label…
– Rename as RGB_LAMP
Copyright © Infineon Technologies AG 2016. All rights reserved.
20
Getting started – Example 1
RGB lamp using LED_LAMP APP (8/20)
3. Configure BCCU Channels
› Double-click a PDM_BCCU
APP
›
Select Flicker Watchdog
(WD) to enable
›
Repeat for the other 2
PDM_BCCU APP instances
Copyright © Infineon Technologies AG 2016. All rights reserved.
21
Getting started – Example 1
RGB lamp using LED_LAMP APP (9/20)
4. Assign PDM_BCCU APPs to the right channels
› Hover mouse cursor over the connecting arrow to a PDM_BCCU
APP
› A label will appear momentarily e.g. LED0/LED1/LED2
Copyright © Infineon Technologies AG 2016. All rights reserved.
22
Getting started – Example 1
RGB lamp using LED_LAMP APP (10/20)
4.
›
Assign PDM_BCCU APPs to the right channels (continued)
The labels correspond to the LED channels in the UI
LED0
LED1
LED2
›
Rename the PDM_BCCU instance label according to the table below
– Right-click PDM_BCCU APP
– Select “Rename Instance Label”
Label
New Label
LED0
R_LED1
LED1
G_LED1
LED2
B_LED1
– Repeat the above steps with the other 2 PDM_BCCU APP instances
Copyright © Infineon Technologies AG 2016. All rights reserved.
23
Getting started – Example 1
RGB lamp using LED_LAMP APP (11/20)
4. Assign PDM_BCCU APPs to the right channels (continued)
› Click
to assign pins to PDM_BCCU APPs
› Assign pins as shown:
Copyright © Infineon Technologies AG 2016. All rights reserved.
24
Getting started – Example 1
RGB lamp using LED_LAMP APP (12/20)
5. Configure BCCU global
settings
› Double-click
GLOBAL_BCCU_0 in APP
Dependency tab
› Under Clock Settings tab,
– to get a bit time of 5 us
– change the Desired Fast
Clock Frequency to 0.8
MHz
Copyright © Infineon Technologies AG 2016. All rights reserved.
25
Getting started – Example 1
RGB lamp using LED_LAMP APP (13/20)
5. Configure BCCU global settings (continued)
›
Under Functional Settings tab,
– limit the maximum possible off time to approx. 5ms (no flicker)
– change ON-bit insertion threshold to 1024
Copyright © Infineon Technologies AG 2016. All rights reserved.
26
Getting started – Example 1
RGB lamp using LED_LAMP APP (14/20)
6. Configure PORT Pins
› The intention of this step is to
ensure that the unused pins
(to the LED2 and LED3) are
not left in a floating state
› Add 6 instances of
DIGITAL_IO APP to the
project
Copyright © Infineon Technologies AG 2016. All rights reserved.
27
Getting started – Example 1
RGB lamp using LED_LAMP APP (15/20)
6. Configure PORT Pins (continued)
›
Double-click a DIGITAL_IO APP to open UI
›
Set Pin Direction to Input/Output
›
Repeat for other 5 instances of DIGITAL_IO APP
Copyright © Infineon Technologies AG 2016. All rights reserved.
28
Getting started – Example 1
RGB lamp using LED_LAMP APP (16/20)
6. Configure PORT Pins (continued)
› Click
to assign pins to DIGITAL_IO APPs
› Assign pins as shown:
Copyright © Infineon Technologies AG 2016. All rights reserved.
29
Getting started – Example 1
RGB lamp using LED_LAMP APP (17/20)
7. Configure SysTick
› Add SYSTIMER to the project
› Double-click SYSTIMER APP
to open UI
– Set SysTick timer period
to 1000 us
– Set Number of software
timers to 1
› Click
to generate code
Copyright © Infineon Technologies AG 2016. All rights reserved.
30
Getting started – Example 1
RGB lamp using LED_LAMP APP (18/20)
8. Define SYSTIMER callback function
› Purpose of callback function is to change the colour and
brightness of LED every 7 seconds
› Initialize callback function
void OneSecTick(void);
› Create software timer and start timer
uint32_t timer_id;
TimerId = SYSTIMER_CreateTimer(1000000,SYSTIMER_MODE_PERIODIC,OneSecTick,NULL);
SYSTIMER_StartTimer(TimerId);
Copyright © Infineon Technologies AG 2016. All rights reserved.
31
Getting started – Example 1
RGB lamp using LED_LAMP APP (19/20)
8. Define SYSTIMER callback function (continued)
void OneSecTick(void)
{
static uint8_t step = 0;
if (++step==1) {// change color to red
RGB_LAMP_config.led_intensity[0] = 4095;
RGB_LAMP_config.led_intensity[1] = 0;
RGB_LAMP_config.led_intensity[2] = 0;
LED_LAMP_SetColorAdv(&RGB_LAMP, 0x2AC);
}
else if (step==9) {// change color to green
RGB_LAMP_config.led_intensity[0] = 0;
RGB_LAMP_config.led_intensity[1] = 4095;
RGB_LAMP_config.led_intensity[2] = 0;
LED_LAMP_SetColorAdv(&RGB_LAMP, 0x2AC);
}
else if (step==17) {// change color to blue
RGB_LAMP_config.led_intensity[0] = 0;
RGB_LAMP_config.led_intensity[1] = 0;
RGB_LAMP_config.led_intensity[2] = 4095;
LED_LAMP_SetColorAdv(&RGB_LAMP, 0x2AC);
}
else if (step==25) {// change color to white
RGB_LAMP_config.led_intensity[0] = 1365;
RGB_LAMP_config.led_intensity[1] = 1365;
RGB_LAMP_config.led_intensity[2] = 1365;
LED_LAMP_SetColorAdv(&RGB_LAMP, 0x2AC);
}
else if (step==33) {// dim down slowly to 0%
RGB_LAMP_config.dim_level = 0;
LED_LAMP_SetDimLevelExponentialAdv(&RGB_LAMP,0x64,0xDB);
}
else if (step==40) {// dim up slowly to 25%
RGB_LAMP_config.dim_level = 1024;
LED_LAMP_SetDimLevelExponentialAdv(&RGB_LAMP,0x64,0xDB);
}
else if (step==47) {
step = 0;
}
}
Copyright © Infineon Technologies AG 2016. All rights reserved.
32
Getting started – Example 1
RGB lamp using LED_LAMP APP (20/20)
› Build project
1. Click
2. Wait for Build to finish
› Download code
1. Click
2. Switch to Debug view
3. Click
to run code
› LED1 regularly changes color
and brightness
Home
Copyright © Infineon Technologies AG 2016. All rights reserved.
33
Getting started – Example 2
White lamp using LED_LAMP APP (1/19)
Example 2: White Lamp using LED_LAMP APP
Connect to PC
XMC1200/XMC1300
CPU Card
White LED Card
24V Power Supply
Copyright © Infineon Technologies AG 2016. All rights reserved.
34
Getting started – Example 2
White lamp using LED_LAMP APP (2/19)
1.
Open DAVETM
3.
2.
In DAVETM workspace, create a
new “DAVETM CE” project:
Select the device accordingly
› File->New->DAVETM Project
› Give the project a name e.g.
“WHITE_LAMP_EXAMPLE”
› Select “DAVETM CE
Project” as Project
Type
Copyright © Infineon Technologies AG 2016. All rights reserved.
35
Getting started – Example 2
White lamp using LED_LAMP APP (3/19)
› This example demonstrates White Lamp functionality using
LED_LAMP APP
› We will use the System Timer (SysTick) as the time base for the
interrupt
– Time base of 1 s
– In the interrupt, a new target dimming level is set and the
dimming process is started
› Next, we will show you the steps to creating this project:
1.
2.
3.
4.
5.
Instantiate LED_LAMP APP
Configure LED_LAMP APP
Assign PDM_BCCU APPs to the right channels
Configure BCCU Channels
Configure Brightness and Color Control Unit (BCCU) global
settings
6. Configure SysTick
7. Define the SYSTIMER callback function
Copyright © Infineon Technologies AG 2016. All rights reserved.
36
Getting started – Example –
White lamp using LED_LAMP APP (4/19)
1. Instantiate LED_LAMP APP
›
Click
to add new APP
›
Select the LED_LAMP APP
› LED_LAMP APP automatically
aggregates a BCCU channel app
(PDM_BCCU), a BCCU dimming
engine app (DIM_BCCU) and a
BCCU global app
(GLOBAL_BCCU)
Copyright © Infineon Technologies AG 2016. All rights reserved.
37
Getting started – Example 2
White lamp using LED_LAMP APP (5/19)
2. Configure LED_LAMP APP
› Double-click LED_LAMP_0 to
open UI
› Under General Settings tab,
–
set Number of LED
channels to 4
–
select Dimming Engine as
Dimming Source
Copyright © Infineon Technologies AG 2016. All rights reserved.
38
Getting started – Example 2
White lamp using LED_LAMP APP (6/19)
2. Configure LED_LAMP APP
(continued)
› Under Dimming and
Intensities Settings tab
–
set initial Dimming Level
to 0
–
set initial Channel
Intensities to 4095
–
set initial Intensity linear
walk time to 0 ms
–
Set initial 0-100%
dimming transition time
to 0 ms
Copyright © Infineon Technologies AG 2016. All rights reserved.
39
Getting started – Example 2
White lamp using LED_LAMP APP (7/19)
3. Assign PDM_BCCU APPs to the right channels
› Hover mouse cursor over the connecting arrow to a PDM_BCCU
APP
› A label will appear momentarily e.g. LED0/LED1/LED2/LED3
Copyright © Infineon Technologies AG 2016. All rights reserved.
40
Getting started – Example 2
White lamp using LED_LAMP APP (8/19)
3.
›
Assign PDM_BCCU APPs to the right channels (continued)
The labels correspond to the LED channels in the UI
LED0
LED1
LED2
LED3
›
Rename the PDM_BCCU instance label according to the table below
– Right-click PDM_BCCU APP
– Select “Rename Instance Label”
Label
New Label
LED0
D_LED1
LED1
D_LED2
LED2
D_LED3
LED3
D_LED4
– Repeat the above steps with the other 2 PDM_BCCU APP instances
Copyright © Infineon Technologies AG 2016. All rights reserved.
41
Getting started – Example 2
White Lamp using LED_LAMP APP (9/19)
3. Assign PDM_BCCU APPs to the right channels (continued)
› Click
to assign pins to PDM_BCCU APPs
› Assign pins as shown:
Copyright © Infineon Technologies AG 2016. All rights reserved.
42
Getting started – Example 2
White Lamp using LED_LAMP APP (10/19)
4. Configure BCCU Channels
› Double-click PDM_BCCU
instance D_LED1
› Select Flicker Watchdog
(WD) to enable
› Select Packer to enable
› Set Number of ON-bits
grouped to 3
› Set Number of OFF-bits
grouped to 50
Copyright © Infineon Technologies AG 2016. All rights reserved.
43
Getting started – Example 2
White lamp using LED_LAMP APP (11/19)
4. Configure BCCU Channels
(continued)
› Double-click PDM_BCCU
instance D_LED2
› Select Flicker Watchdog
(WD) to enable
› Select Packer to enable
› Set Packer OFF-bit counter
value to 12
› Set Number of ON-bits
grouped to 3
› Set Number of OFF-bits
grouped to 50
Copyright © Infineon Technologies AG 2016. All rights reserved.
44
Getting started – Example 2
White lamp using LED_LAMP APP (12/19)
4. Configure BCCU Channels
(continued)
› Double-click PDM_BCCU
instance D_LED3
› Select Flicker Watchdog
(WD) to enable
› Select Packer to enable
› Set Packer OFF-bit counter
value to 25
› Set Number of ON-bits
grouped to 3
› Set Number of OFF-bits
grouped to 50
Copyright © Infineon Technologies AG 2016. All rights reserved.
45
Getting started – Example 2
White lamp using LED_LAMP APP (13/19)
4. Configure BCCU Channels
(continued)
› Double-click PDM_BCCU
instance D_LED4
› Select Flicker Watchdog
(WD) to enable
› Select Packer to enable
› Set Packer OFF-bit counter
value to 37
› Set Number of ON-bits
grouped to 3
› Set Number of OFF-bits
grouped to 50
Copyright © Infineon Technologies AG 2016. All rights reserved.
46
Getting started – Example 2
White lamp using LED_LAMP APP (14/19)
5. Configure BCCU global
settings
› Double-click
GLOBAL_BCCU_0 in APP
Dependency tab
› Under Clock Settings tab,
–
to get a bit time of 4 us
–
change the Desired Fast
Clock Frequency to 1
MHz
Copyright © Infineon Technologies AG 2016. All rights reserved.
47
Getting started – Example 2
White lamp using LED_LAMP APP (15/19)
5. Configure BCCU global settings (continued)
› Under Functional Settings tab,
– limit the minimum brightness to 1%
– change ON-bit insertion threshold to 100
Copyright © Infineon Technologies AG 2016. All rights reserved.
48
Getting started – Example 2
White lamp using LED_LAMP APP (16/19)
6. Configure SysTick
› Add SYSTIMER to the project
› Double-click SYSTIMER APP
to open UI
– Set SysTick timer period
to 1000 us
– Set Number of software
timers to 1
› Click
to generate code
Copyright © Infineon Technologies AG 2016. All rights reserved.
49
Getting started – Example 2
White lamp using LED_LAMP APP (17/19)
7. Define SYSTIMER callback function
› Purpose of callback function is to change the brightness of lamp
every 10 seconds
› Initialize callback function
void OneSecTick(void);
› Create software timer and start timer
uint32_t timer_id;
TimerId = SYSTIMER_CreateTimer(1000000,SYSTIMER_MODE_PERIODIC,OneSecTick,NULL);
SYSTIMER_StartTimer(TimerId);
Copyright © Infineon Technologies AG 2016. All rights reserved.
50
Getting started – Example 2
White lamp using LED_LAMP APP (18/19)
7. Define SYSTIMER callback function (continued)
void OneSecTick(void)
{
static uint8_t step = 0;
if (++step==1) {
/* Dim up to 10% slowly */
LED_LAMP_0_config.dim_level = 410;
LED_LAMP_SetDimLevelExponentialAdv(&LED_LAMP_0, 0x64, 0xDB);
}
else if (step==10) {
/* Dim up to 100% slowly */
LED_LAMP_0_config.dim_level = 4095;
LED_LAMP_SetDimLevelExponentialAdv(&LED_LAMP_0, 0x64, 0xDB);
}
else if (step==20) {
/* Dim down to 0% slowly */
LED_LAMP_0_config.dim_level = 0;
LED_LAMP_SetDimLevelExponentialAdv(&LED_LAMP_0, 0x64, 0xDB);
}
else if (step==30) {
step = 0;
}
}
Copyright © Infineon Technologies AG 2016. All rights reserved.
51
Getting started – Example 2
White lamp using LED_LAMP APP (19/19)
› Build project
1. Click
2. Wait for Build to finish
› Download code
1. Click
2. Switch to Debug view
3. Click
to run code
› LEDs regularly change brightness
Copyright © Infineon Technologies AG 2016. All rights reserved.
52
Agenda
1
Kit overview
2
Hardware overview
3
Tooling overview – boot modes
4
Tooling overview – DAVE™
5
Getting started - examples
6
General information
7
References
Copyright © Infineon Technologies AG 2016. All rights reserved.
53
General information (1/2)
› Where to buy kit:
– http://ehitex.com/starter-kits/for-xmc1000
– Order Number: KIT_XMC1x_AK_LED_001
› Infineon parts utilized on kit:
Infineon parts
Order number
XMC1200 Microcontroller
XMC1200-T038F0200
XMC4200 Microcontroller
XMC4200-Q48F256
5 V regulator
IFX25001TFV50
3V3 regulator
IFX25001MEV33
BCR421/SC74 LED Driver
BCR421UE6327HTSA1
BCR450 LED Driver
BCR450E6327HTSA1
TDA7200 RF Receiver
TDA7200XUMA1
Copyright © Infineon Technologies AG 2016. All rights reserved.
54
General information (2/2)
› Kit documentation:
– LED Lighting Application Kit
› Video series: XMC1000 boot kit getting started
– Introduction
– DAVETM (Version 4) - Project Management
– Boot Mode Index Configuration via DAVETM or MemTool
– Example Projects Download
Copyright © Infineon Technologies AG 2016. All rights reserved.
55
Agenda
1
Kit overview
2
Hardware overview
3
Tooling overview – boot modes
4
Tooling overview – DAVE™
5
Getting started - examples
6
General information
7
References
Copyright © Infineon Technologies AG 2016. All rights reserved.
56
References
Where to find APP documentation? (1/2)
› Go to Help Help Contents
› Click DAVETM APPs
› Click APP_Name (e.g.
LED_LAMP)
Copyright © Infineon Technologies AG 2016. All rights reserved.
57
References
Where to find APP documentation? (2/2)
› Usage information can be
found under Usage section
Copyright © Infineon Technologies AG 2016. All rights reserved.
58
References
Where to download example projects?
› Two sets of example projects available
– Additional application examples
– Can be downloaded directly from the web
– DAVETM project library examples
– Can be downloaded from library in DAVETM
– Can also be downloaded directly from the web
Copyright © Infineon Technologies AG 2016. All rights reserved.
59
References
Where to download example projects?
› Additional application examples available
– RGB Lamps Example with Apps
(LED_LAMP_3RGB_EXAMPLE_XMC12.zip)
– Demonstrates 3 RGB Lamps functionality using 3 LED_LAMP APPs
(9 Channels, 3 Dimming Engines)
– RGB Lamp Example
(BCCU_RGB_LAMP_EXAMPLE.zip)
– Demonstrates 1 RGB Lamp functionality using XMCTM Lib
Copyright © Infineon Technologies AG 2016. All rights reserved.
60
References
Where to download example projects?
› Additional application examples available
– White Lamp Example
(BCCU_WHITE_LAMP_EXAMPLE.zip)
– Demonstrates white lamp functionality using XMCTM Lib
› Can be downloaded from the web HERE
Copyright © Infineon Technologies AG 2016. All rights reserved.
61
References
How to load example project in DAVETM? (1/5)
› Download example projects via DAVETM library store
– Help Install DAVETM APP/Example/Device Library…
Copyright © Infineon Technologies AG 2016. All rights reserved.
62
References
How to load example project in DAVETM? (2/5)
› Select DAVETM Project Library Manager in the drop-down
menu
Copyright © Infineon Technologies AG 2016. All rights reserved.
63
References
How to load example project in DAVETM? (3/5)
› Select examples in the Libraries window and click Next
Copyright © Infineon Technologies AG 2016. All rights reserved.
64
References
How to load example project in DAVETM? (4/5)
› Accept terms of the license agreement and click Finish
› DAVETM example projects are installed
Copyright © Infineon Technologies AG 2016. All rights reserved.
65
References
How to load example project in DAVETM? (5/5)
› Download Example Projects from the web
http://www.infineon.com/dave/v4
– Download the project zip file and unzip to a known location
– Open DAVE™ and go to File Import Infineon
DAVE™ Project
– Select Select Archive File
– Browse to the downloaded DAVETM project zip file
– Click Open
– Click Finish
Copyright © Infineon Technologies AG 2016. All rights reserved.
66
Support material
Collaterals and
Brochures
›
›
›
›
›
Product Briefs
Selection Guides
Application Brochures
Presentations
Press Releases, Ads
›
www.infineon.com/XMC
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Disclaimer
The information given in this training materials is given as a hint for
the implementation of the Infineon Technologies component only and
shall not be regarded as any description or warranty of a certain
functionality, condition or quality of the Infineon Technologies
component.
Infineon Technologies hereby disclaims any and all warranties and
liabilities of any kind (including without limitation warranties of noninfringement of intellectual property rights of any third party) with
respect to any and all information given in this training material.
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