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ZIOL2201 bảng dữ liệu(PDF) 3 Page - Renesas Technology Corp

tên linh kiện ZIOL2201
Giải thích chi tiết về linh kiện  IO-Link Compliant HV Line Driver IC Family
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ZIOL2201 bảng dữ liệu(HTML) 3 Page - Renesas Technology Corp

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ZIOL2xxx Datasheet
© 2016 Integrated Device Technology, Inc.
3
April 26, 2016
List of Figures
Figure 2.1
Max. Total Power Dissipation ................................................................................................................6
Figure 2.2
Efficiency of the DC/DC converter for VOUT=5V, C=10µF and L=10µH ............................................12
Figure 3.1
Functional Block Diagram of the ZIOL2xxx .........................................................................................13
Figure 3.2
ZIOL24xx Transceiver Data Path in Principle......................................................................................14
Figure 3.3
ZIOL22xx Transceiver Data Path in Principle......................................................................................15
Figure 3.4
ZIOL21xx Transceiver Data Path in Principle......................................................................................16
Figure 3.5
ZIOL24xx in Device and Master Mode Application..............................................................................19
Figure 3.6
Typical IO-Link Device Configuration with HS driver only ...................................................................22
Figure 3.7
Wake-Up Signal Recognition...............................................................................................................24
Figure 3.8
The Basic Scheme of the IC Self Protection .......................................................................................26
Figure 3.9
Memory Unit.........................................................................................................................................28
Figure 3.10 General timing of a byte transfer .........................................................................................................30
Figure 3.11 Structure of SPI accesses ...................................................................................................................31
Figure 3.12 SPI Command Structure ......................................................................................................................32
Figure 3.13 SPI Timing ...........................................................................................................................................34
Figure 3.14 Interrupt (INT_L pin) and Wake-up (WURQ_L pin) Signaling .............................................................45
Figure 3.15 COM Channel Lock Control .................................................................................................................46
Figure 3.16 AUX Channel Lock Control ..................................................................................................................47
Figure 3.17 Over-Temperature Lock Control ..........................................................................................................48
Figure 3.18 Internal IC Sensors and related Overload and Over-Temperature Detection Circuits ........................50
Figure 3.19 Low Voltage Supply Concept...............................................................................................................52
Figure 3.20 PFD Working Principle.........................................................................................................................53
Figure 3.21 DC/DC Converter in Principle ..............................................................................................................55
Figure 3.22 DC/DC Converter Output Voltage as Function of R1 (R2 = 10kOhms) ..............................................57
Figure 3.23 High frequency critical loops of DC/DC converter for PCB layout .......................................................58
Figure 3.24 PCB layout of Evaluation board as an example ..................................................................................59
Figure 4.1
Simplified Application Circuit with the ZIOL2xxx in Device Mode .......................................................60
Figure 4.2
Simplified Application Circuit with the ZIOL2xxx in Master Mode .......................................................61
Figure 4.3
Power Line Fail Detection ....................................................................................................................62
Figure 4.4
PCB Layout Recommendations...........................................................................................................63
Figure 6.1
Pin Diagram of the ZIOL2xxx...............................................................................................................68
Figure 6.2
Package Dimensions ...........................................................................................................................69
Figure 6.3
Top Marking of the ZIOL2xxx ..............................................................................................................70
Figure 6.4
Package Dimensions ...........................................................................................................................72
Figure 6.5
Package Dimensions WL-CSP ............................................................................................................73
Figure 6.6
Top Marking of the ZIOL2xxx CSP ......................................................................................................74
Figure 9.1
Register Representation in Principle (Example) ..................................................................................78
Figure 10.1 Peak Register Access Scenarios.........................................................................................................82
Figure 10.2 Overload Counter Behavior in permanent Over-Current Situations ....................................................83



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