1. Sales Training for AKR - Advanced
Advantech Industrial I/O
Sales Training for AKR - Advanced
Web-enable Touch IPC
WVIEW1206/1210/1212/1215
Sales Kit
2013.August

2. Advantech Complete DAQ & I/O Solution
PC, Computer
Software
DAQ Devices
Rugged
PC/104, PCI-104 Card
High Density
ISA, PCI, PCI Express Card
Plug & Play
USB Module

3. Highway Infrastructure (Italy, China)
Application
Highway Infrastructure (Italy, China)
Platform: UNO-3072A with Linux OS
I/O Product: PCI-1750 (16 isolated DI, 16 isolated DO)
Automated Toll Stations
Automated Toll with Operator
Check Point Along the Roads

4. Computer Server Room (German)
Application
Computer Server Room (German)
German Navy Data acquisition Operators Consoles applications
Digital IO is used for synchronization, user-release (authentication), reading key inputs and status signaling
Intel Xeon based ATX-Computers
With PCI-1730 card

5. Machine Automation (Taiwan, China, SAP)
Application
Machine Automation (Taiwan, China, SAP)
Semiconductor oven machine
Semiconductor AOI machine
Semiconductor backend process
Laser marking system
LED prober and sorter
MCU, EEPROM, memory and passive component package and testing machine
Drill bit & diameter inspection
PCB punch machine
Packing machine

6. Aircraft Simulator (Indonesia)
Application
Aircraft Simulator (Indonesia)
Indonesian Air Force use Advantech industrial computer and data acquisition cards
LGA775 Intel® Core™2 Quad SBC (PCA-6011) on 14-slot backplane (PCA-6114) inside a 4U chassis (ACP-4000)
PCI-1747U analog input channel for load cell, position and acceleration measurement
PCI-1724U, PCI-1758UDI and PCI-1758UDO for control
Develop programming using DAQNavi SDK under OpenSuse 12.x environment

7. Motorcycle Emissions Inspection (Taiwan)
Application
Motorcycle Emissions Inspection (Taiwan)
This vehicle emissions inspecting system requires highly reliable USB DAQ modules to integrate USB cameras and to analyze the vehicle emissions and a dust-proof embedded computer as a controller for this entire process and saving records.

8. Solar Cell Testing (Taiwan)
Application
Solar Cell Testing (Taiwan)
Photovoltaic Cell I-V Characterization and Parameters Measurement
- VOC、ISC、PMAX、IMP、 V MP、FF、 RSH、RS、ηMAX、RSH、RS
Solar Cell Energy Transfer Efficiency Analysis
Temperature
Light Source AI
PCI-1716
Solar
Cell DO AI
Voltage, Current
PCI-1671
GPIB
DC Electronic Loads

9. Cellular Phone Audio Testing (Taiwan)
Application
Cellular Phone Audio Testing (Taiwan)
PCI-1721 to generate audio simulated signal (usually sine wave) sent to audio chipset on cellular phone circuit
PCI-1710 to acquire audio response signal from cellular phone
DAQNavi to storage signal raw data for further frequency domain analysis
PCI-1721
Cellular Phone Circuit
PCI-1710

10. Programming Power Supply
Application
Automotive BCM Testing (China)
Load Simulated
DIO
PCI-1756
AIO
PCI-1742
Signal Conditioning
Module
PWM
PCI-1760
UUT (Unit under test)
IPC
CAN bus communication
PCI-1680U
GPIB communication
PCI-1671
Programming Power Supply

11. More Applications Globally…
Medical Machine
(Ex: Cardiac Cryoablation System)
Partial Discharge
Measurement
automated guided vehicle
(AGV) control
AGV: China, PCI-1710U, PCI-1720U, PCI-1784U
Medical: USA, PCI-1718HDU
Partial Discharge Measurement: China (保定天威), PCI-1714
Button function testing: Taiwan, PCI-1714
Motor torsion function testing
Battery function testing
Keyboard, button, keypad
function testing

12. Next Step…. Copy Taiwan Experience 

13. HARDWARE

14. PCI - 1716UL IO Modules Naming Rule PCL-1xxxx: Cable
If there is a “L” letter,
It means it is light version (without AO)
If there is a “U” letter,
It means this card is universal (PCI only)
Bus
Naming
ISA
PCL-7xx, PCL-8xx
PCI
PCI-17xx
PCI Express
PCIE-17xx
USB
USB-47xx
PC/104
PCM-37xx
PCI-104
PCM-38xxI
Function
Naming
Multifunction 1x AI 4x AO 2x
DIO
3x, 5x
Relay 6x
Counter 8x
PCL-1xxxx: Cable
ADAM-39xx, PCLD-xxxx: Terminal Block

15. PC-based DAQ and I/O Control System
PC, Computer
Software
Digital I/O DAQ and Control System
DAQ Devices
(Different Interface)
Digital Signal
Button, Switch, Relay, LED
Analog DAQ (Data Acquisition) System
Physical
phenomenon
Signal
Condition
Sensor
Analog Signal

16. Analog Input function A/D 001011010111 Application 1: Application 2:
Measure voltage to
know the position
(potentiometer)
Application 2:
Measure voltage for analysis
(powerful oscilloscope)

17. Sampling Rate Sample Rate = N/T Twice Sample Rate = 2 N/T
111
111
110
110
101
101
100
100
011
011
010
010
001
001
000
000
Twice Sample Rate = 2 N/T
For periodical signal, sampling rate should ≧ 2 times of signal frequency (at least)
With higher sampling rate, user can get more accurate data
Higher sampling rate will increase the DAQ hardware price
Advantech DAQ cards: 100 kS/s, 250 kS/s, 500 kS/s, 1 MS/s, 10 MS/s, 30 MS/s

18. Multiplexer (MUX) ADC is typically the most expensive component
To save board cost, usually a multiplexer will be used. By multiplexing, many channels can share one ADC
Ch. 0
MUX
Amplifier
Ch. 7
A/D Converter
Ch. 8
Typically, the digitizer is the most expensive part of a data acquisition system. By multiplexing, you can sequentially route a number of signals into a single digitizer, thus achieving a cost-effective way to greatly expand the signal count of your system. Multiplexing is necessary for any high-channel-count application.
Ch. 15

19. Multi-function (Multiplexer) vs. Simultaneous AI
Equal Time Switch:
𝑪𝒐𝒏𝒗𝒆𝒓𝒕 𝑪𝒍𝒐𝒄𝒌 𝑹𝒂𝒕𝒆= 𝑃𝑎𝑐𝑒𝑟 𝑅𝑎𝑡𝑒 𝐶ℎ𝑎𝑛𝑛𝑒𝑙 𝐶𝑜𝑢𝑛𝑡
All except PCI-1714U/UL and PCI-1706
Simultaneous:
𝑪𝒐𝒏𝒗𝒆𝒓𝒕 𝑪𝒍𝒐𝒄𝒌 𝑹𝒂𝒕𝒆=𝑃𝑎𝑐𝑒𝑟 𝑅𝑎𝑡𝑒
PCI-1714U, PCI-1714UL, and PCI-1706

20. Resolution (min. measurement unit)
000
001
010
011
100
101
110
111
Vref
0000
1111
1110
0001
Vref
3-bit resolution
4-bit resolution
1 LSB (least significant bit))= Range / 2resolution
Ex: 12-bit with ±10 Volt → LSB = 20V/(212) = 0.05V = 5mV
With higher resolution, user can get more accurate data
Higher resolution will increase the DAQ hardware price
Advantech DAQ cards: 12-bit, 14-bit, 16-bit

21. Effective number of bits (ENOB)
Offset and Gain error can be reduced by calibration procedures
After calibration, ENOB is the real remaining resolution user can leverage considering INL and DNL

22. Use all available resolution!
Input Range: Affect Accuracy
Analog input channels have amplifier (PGA) which can amplify signal to maximize usable input range
User can select different input ranges, using different gain value of amplifier
For small signal, choose smallest available input range can help to increase measurement accuracy
Maximum voltage
Maximum voltage
Gain = 1000
10 mV Signal
10 V
Signal
Minimum voltage
Minimum voltage
Use part of resolution
(3-bit)
Use all available resolution!
(10-bit)

23. AI Wiring Connection Type
- In SE mode, voltages are referenced by the same GND
- In DIFF mode, the combination is fixed (ch0 & ch1, ch2 & ch3, …, ch14 & ch15).
- The no. of channel in DIFF mode will be half in SE mode
- Some cards allow mixed input mode
Single Ended
Differential

24. AI Data Transfer Mode
- Instant AI: (software polling) ▪ Foreground operation ▪ Can’t have fixed-frequency sampling
▪ Sampling rate is slow
- Buffered AI: (hardware clocking) ▪ Background operation ▪ Fixed-frequency Sampling
▪ Sampling rate is high, up to 30MS/s
▪ Need to check “EVENT”
InstantAiCtrl.Read()
BufferedAiCtrl.Start()
OnDataReady()
BufferedAiCtrl.GetData()
BufferedAiCtrl.Stop()

25. 3. Asynchronous One Buffer AI 2. Synchronous One Buffer AI
Analog Input Scenario
Ask Data
Ask Data
CPU
DAQ
device
CPU
DAQ
device
Single data return
One Buffer data return
Program continue running
1. Static AI
3. Asynchronous One Buffer AI
Ask Data
Ask Data
CPU
DAQ
device
CPU
DAQ
device
One Buffer data return
Buffer data return
Wait
Program continue running
2. Synchronous One Buffer AI
4. Streaming AI

26. Data Flow of Buffered AI
PCI-1710/1711: When FIFO data is half, it will move to SW Buffer
PCI-1712/1714/1715/1716/1741/1742/1747: Using DMA to transfer
HW Buffer (FIFO)
Depends
on bus speed
Depends on program
processing speed
Program
SW Buffer (memory)
When data is overwrite:
Cache Overrun Event
When data is overwrite: Overrun Event

27. AI Trigger Function Before After Mechanism Diagram Post-Trigger
Start Trigger
Delay-Trigger
Delay to Start Trigger
Pre-Trigger
Stop Trigger
About-Trigger
Delay to Stop Trigger

28. Analog Output Function
D/A
Application 1:
Output voltage to control
Servo system
Application 2:
Control current for gas flow

29. AO: Data transfer mode
- Instant AO: ▪ Foreground operation ▪ Can’t have fixed-frequency of update
- Buffered AO: ▪ Background operation ▪ Data is transferred directly to FIFO ▪ Up to 10MS/s (PCI-1721)

30. Analog Output Scenario
Ask to Send
Ask to Send
CPU
DAQ
device
CPU
DAQ
device
Single data out
One Buffer data output
Program continue running
1. Static AO
3. Asynchronous One Buffer AO
Ask to Send
Ask to Send
CPU
DAQ
device
CPU
DAQ
device
One Buffer data output
Buffer data output
Wait
Program continue running
2. Synchronous One Buffer AO
4. Streaming AO

31. How to Select Digital DAQ?
Digital Signal: Two states only (High or Low)
Input and Output Voltage Level
TTL DIO: High level is 5 Volt (Low level is 0 V)
Isolated DIO: High level is 24 Volt (Low level is 0 V)
Isolated DIO has isolation protection design (2,500 VDC)
TTL DIO Card: 24, 48 or 96 channels available
Isolated DIO Card: 32, 64, 128 channels available
High Level
Low Level
Digital signal
DAQ devices

32. Dry Contact vs. Wet Contact

33. DI & DO: sink/source type

34. Digital I/O Scenario: DI Interrupt
Condition: Falling Edge
Interrupt occurs
DI Channel
Condition: Rising Edge
Interrupt occurs
DI Channel
PS: Only Single DI Channel is selected.

35. Digital I/O Scenario: DI Pattern Match Interrupt
Interrupt occurs
Specific Port 1
Pre-defined
Pattern 1 1
You can configure which DI channels are considered for pre-defined pattern

36. Digital I/O Scenario: DI Status Change Interrupt
Specific Port
Specific Port 1 1 1
Interrupt
occurs 1 1 1 1 1
Interrupt
occurs 1 1 1 1
You can configure which DI channels status changes, the interrupt will happen

37. How to Select Digital DAQ?
Relay Functionality
Counter Functionality
- Event count, frequency measurement, pulse width measurement
Pulse output with timer interrupt, delay pulse generation, PWM output
Built-in Relay
External Relay
DIO Card
Relay Card
Counter input 1 2 3 4 5 6
Counter input
Frequency = 100 Hz

38. Relay Output Type Form A (SPST, Normally-Open)
Form B (SPST, Normally-Closed)
Form C (SPDT)

39. Counter Scenario: Measurement
Event Counter
Counter can calculate how many pulse appears in the input channel
Counter input 1 2 3 4 5 6
Frequency Measurement
Measure frequency of input signal
Counter input
Frequency = 100 Hz
Pulse Width Measurement
Measure pulse width of input signal
Counter input
Pulse Width = 50 ms

40. Counter Scenario: Output
Pulse Output with Timer Interrupt
Using clock to generate periodic pulse train
(an interrupt is generated at the same time)

41. Delay Pulse Generation
After a delay (specific counting), generate a pulse
PWM Modulator
Generated PWM signal

42. SOFtWARE

43. Hardware: Advantech DAQ Card and modules
DAQNavi Software Architecture
DAQNavi Offers
User’s Program
DataLogger AP
Navigator
Utility
Example Code
Libraries
C, C++ C#
VB.NET
Java
Delphi
LabVIEW
Programming Language
Device Drivers
Different OS will link to
Operating Systems
Hardware: Advantech DAQ Card and modules

44. DAQNavi’s 3 Major Benefits for Developers
Cross-Platform: Easily Migrate Programming
Reliable, Fast, Elegant programming: RAD and Thread-Safe
User Friendly Design: Intuitive and User-guided Environment
Rapid and Elegant Programming
User-Friendly Design
Hardware OS
Driver
Libraries
Examples AP
Utility
Cross-Platform
Reliable Programming: Thread-Safe Guaranteed

45. Support Programming Language which is cross-platform
Cross-platform DAQ development is no problem
Support Programming Language which is cross-platform
More over….
DAQNavi has included System call into its libraries
So customer doesn’t need spend a lot of time
To write different codes for different OS

46. DAQNavi library for multi-programming language
For different programming language, DAQNavi offer similar programming calling flow for data acquisition execution
Programmers can easily change programming environment without a lot of learning time
C# Programming for Static AI
C Programming for Static AI
VB Programming for Static AI

47. Programming Language and IDE*
Able to Develop and Deploy DAQ Application
within Different OS and Programming Language
DAQNavi supports many popular OS (both 32-bit and 64-bit)
DAQNavi supports most programming languages for measurement and automation
Linux Support:
Ubuntu 12.04
Fedora 17
Debian 6.06
OpenSuse 12.1
Redhat (or called RHEL) 6.2
Operating System
Programming Language and IDE*
Note: Windows 8 supports desktop version only
*: Integrated Development Environment (IDE)

48. DAQNavi Design Concept:
Suitable for Rapid Application Development (RAD)
For mammoth development project (Ex: ERP or office software suite development), it is suitable to adapt waterfall development process to be more organized
For factory automation, production line testing, and laboratory measurement, RAD development process can achieve faster development time
Rapid Application Development (RAD)
Software Development Process
Waterfall Software Development Process

49. DAQNavi Component-based Libraries
How DAQNavi Helps to Achieve RAD Programming?
DAQNavi is designed by Object-Oriented Programming (OOP) and Component-Based Development (CBD) concept
DAQNavi offers many component-based class libraries that programmers can use it directly WITHOUT knowing detail operation behinds it
DAQNavi Component-based Libraries
Black Box
“Buffer AI”
property
method
event
Programmers don’t need to know memory allocation, interrupt configuration, timing initialize, etc. for “Buffer AI” operation

50. DAQNavi Component-based Libraries: Application Scenario
Static AI, Static AO
Buffer AI, Buffer AO
Streaming AI, Streaming AO
Static DI and Static DO
Event Counter
Frequency & Pulse Width Measurement
PWM Signal Generation
Digital Input Interrupt
Pattern Match Interrupt

51. Advantech Navigator: Utility for Single Entry
Drivers
Configure Tool
Libraries
Examples
Document
Without “Advantech Navigator”
Libraries
Drivers
Configure Tool
Document
Examples
Navigator
“Advantech Navigator” offers single entry for users

52. Advantech Navigator: All-in-One Environment
Configuration
Testing
Related to Specific HW
Example Code
HW Manual
SW Manual
Tutorial Video
Application Tool
Feedback Question

53. Advantech Navigator: Driver Installation
Programmers don’t need to browse driver from website or search from CD
They can directly install driver by right click device items in Advantech Navigator

54. Jumper Setting Explanation
Advantech Navigator: Hardware Manual
All Advantech data acquisition hardware manuals can be found
Programmers can check specifications and installation information here
Wiring Diagram
Pin Assignment
Jumper Setting Explanation

55. Advantech Navigator: Device Testing
Programmers can simply perform hardware testing without any programming
Offer complete functionality for AI, AO, DI, DO and counter

56. Advantech Navigator: Scenario Examples
Programmers don’t need to browse driver from website or search from CD
They can directly install driver by right click device items in Advantech Navigator

57. Advantech Navigator: Software Manual
Information about how to do programming with DAQNavi libraries in detail
List all available examples for different programming environment

58. Advantech Navigator: Tutorial Video
For programmers who is the first time to use Advantech data acquisition solution, tutorial video can help them quickly understand how to build a project with different programming languages

59. Advantech Navigator: Simulated Devices
Programmers can do all operations including device testing and read application example code within Advantech Navigator, without any hardware installed
Programmers can write program without hardware

60. Advantech Data Logger
Ready-to-use application program (AP) for data logging, display and recording
Programmers can use and Advantech hardware without any programming
Intuitive hardware channel parameters configuration wizard
Real-time display with zoom and pan operation, and save data to local file
Recorded data playback to view historical data

61. 2013 Q3 AKR DAQ Campaign Stage 1: USB introduction video Stage 2:
USB & Data logger webinar
Stage 3: Promotion
Buy USB
Get FREE Data Logger

62. NEW PRODUCTs

63. PCI Express IO Series PCI Card PCI Express Card Isolated 32 DI
Advantech NI
ADLINK
CONTEC
ICPDAS
Isolated 32 DI
Isolated 16 DI, 16 DO
Isolated 32 DO
Isolated 64 DI
Isolated 32 DI, 32 DO
Isolated 64 DO
8 Relay
TTL 48 DIO
TTL 96 DIO
Multi-Fun AI (12-bit)
Multi-Fun AI (16-bit)
1730
1754
1752
1756
1751
1753
1760
1810
1816

64. Competitor Analysis: Relay Output PCI Express
Company
Advantech
ADLINK
ICPDAS
CONTEC
Model Name
PCIE-1760
LPCIe-7250
PEX-P8R8i
RRY-16C-PE
Isolated DI channel 8 -
Isolation protection
2500 VDC
5000 VRMS
3750 VRMS
Relay channel
6 Form A
2 Form C
4 Form A
4 Form C 16
Relay contact rating
VAC
1 30 VDC
2 30 VDC
VAC
1 24 VDC
VDC
Relay Operating & Release time
5 ms / 3.5 ms
8 ms / 8 ms
1 ms / 7 ms
7 ms / 6 ms
LED to show activated relay v
Counter channel
2-ch
PWM output channel
Board ID switch
Programming tool
C, VB, .NET
BCB, Delphi,
Java, LabVIEW
Matlab, LabVIEW

65. Competitor Analysis: 48-ch PCI Express TTL DIO Cards
Company
Advantech
ADLINK
Model Name
PCIE-1751
PCIe-7248
TTL DIO channels 48
Interrupt channels 6 4
Output current (source/sink)
15 mA / 24 mA
Counter/Timer channels
3 x 32-bit counter/timer
1 x 16-bit counter
1 x 32-bit timer
Input: both dry/wet contact v -
Input: pattern match detect
Input: change of status
Input with digital filter
Output: readback status
8255 PPI mode 0 emulation
Programming tool
C/C++, C#, VB, .NET, VB, BCB, Delphi, Java, Qt, LabVIEW
C/C++, C#, VB, .NET, VB, BCB, Delphi, Matlab, LabVIEW
Operating System
Win 8/7/Vista/XP/2000
Linux, WinCE
Win Vista/XP/2000
Linux

66. Competitor Analysis: PCI Express TTL DIO Cards
Company
Advantech
ADLINK NI
Model Name
PCIE-1753
PCIe-7296
PCIe-6509
TTL DIO channels 96
Interrupt channels 6 4 -
Output current (source/sink)
15 mA / 24 mA
24 mA / 24 mA
Counter/Timer channels
1 x 16-bit counter
1 x 32-bit timer
Input: both dry/wet contact v
Input: pattern match detect
Input: change of status
Input with digital filter
Output: readback status
8255 PPI mode 0 emulation
Programming tool
C/C++, C#, VB, .NET
VB, BCB, Delphi,
Java, Qt, LabVIEW
Matlab, LabVIEW
VB, Matlab, LabVIEW
Operating System
Win 8/7/Vista/XP/2000
Linux, WinCE
Win Vista/XP/2000
Linux
Win 7/Vista/XP/2000

67. THANK
YOU

68. DAQ Card AI Architecture
Channel
Pacer Clock
Sample Rate
MUX
AMP
FIFO
ADC
Resolution
Gain
Software Polling /
Buffered Transferring
PCI Bus PC