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NXP Semiconductors PN7150 Manuals
Manuals and User Guides for NXP Semiconductors PN7150. We have
7
NXP Semiconductors PN7150 manuals available for free PDF download: User Manual, Hardware Design Manual, Manual, Quick Start Manual
NXP Semiconductors PN7150 User Manual (126 pages)
NFC controller for contactless communication at 13.56 MHz
Brand:
NXP Semiconductors
| Category:
Controller
| Size: 1 MB
Table of Contents
1 Introduction
3
2 The PN7150 Architecture Overview
4
Reader/Writer Operation in Poll Mode
5
Card Emulation Operation in Listen Mode
6
Peer to Peer Operation in Listen & Poll Mode
7
Combined Modes of Operation
8
3 NCI Overview
10
NCI Components
10
NCI Modules
10
NCI Core
10
Transport Mappings
11
NCI Concepts
11
Data Messages
12
Interfaces
12
RF Communication
13
NFCEE Communication
14
Identifiers
14
NCI Packet Format
15
Common Packet Header
15
Control Packets
16
Data Packets
17
Segmentation and Reassembly
18
4 DH Interface
19
Introduction
19
NCI Transport Mapping
19
Write Sequence from the DH
19
Read Sequence from the DH
20
Split Mode
21
Optional Transport Fragmentation
21
Description of the I²C Fragmentation
22
Illustration of the I²C Fragmentation
24
5 Compliance to [NCI] and PN7150 Extensions
26
Feature-Based Comparison of [NCI] and [PN7150-NCI]
26
NCI] Implementation in the PN7150
26
Logical Connections & Credits
27
Compliance to [NCI] Control Messages
28
Compliance to [NCI] RF Interfaces
29
Compliance to [NCI] RF Discovery
30
Compliance to [NCI] Configuration Parameters
30
Compliance to [NCI] Data Messages
31
Extensions to [NCI] Allowing Full Control of PN7150
31
PN7150-NCI] Ext. to [NCI] RF Protocols
31
[PN7150-NCI] Ext. to [NCI] Bit Rates in ISO15693 and NFC-F
32
[PN7150-NCI] Ext. to [NCI] RF Interfaces
32
PN7150-NCI] Ext. to [NCI] Control Messages
32
PN7150-NCI] Ext. to [NCI] Configuration Parameters
37
PN7150-NCI] Ext. to [NCI] Proprietary Parameters Space
37
PN7150-NCI] Ext. to [NCI] Status Codes
38
PN7150-NCI] Ext. to [NCI] Reason Code in CORE_RESET_NTF
38
PN7150-NCI] Ext. to [NCI] RF Technology & Mode
39
6 Initialization & Operation Configuration
40
Reset / Initialization
40
Manufacturer Specific Information in [NCI] CORE_INIT_RSP
40
Whole Sequence to Prepare the PN7150 Operation
41
Proprietary Command to Enable Proprietary Extensions
42
Configuration Template
43
PLL Input Clock Management
43
Transmitter Voltage Configurations
44
CFG1: Transmitter Supply Voltage from Battery Supply
44
CFG2: Transmitter Supply Voltage from External 5V Supply
45
7 Reader/Writer Mode
46
T1T, T2T, MIFARE Ultralight, MIFARE Classic & MIFARE Plus Tags
46
Access through the [NCI] Frame RF Interface
46
PN7150-NCI] Extension: TAG-CMD Interface
47
[PN7150-NCI] Extension: Payload Structure of the TAG-CMD RF Interface
47
PN7150-NCI] Extension: List of Reqs & Rsps
48
PN7150-NCI] Extension: Raw Data Exchange Reqs & Rsps
49
PN7150-NCI] Extension: T2T & MFU Reqs & Rsps
50
PN7150-NCI] Extension: MIFARE Classic Reqs & Rsps
50
Access through the TAG-CMD RF Interface
53
T3T Tag
53
Access through the Frame RF Interface
53
T4T & ISO-DEP Tags/Cards
54
Access through the Frame RF Interface
54
Access through the ISO-DEP RF Interface
55
PN7150-NCI] Extension: Presence Check Command/Response
56
[PN7150-NCI] Extension: S-Block Command/Response
57
PN7150-NCI] Extension: WTX Notification
58
PN7150-NCI] Extension: Higher Bit Rates in Poll NFC-A & NFC-B
59
PN7150-NCI] Extension: 15693 & I-Code Tags
60
Access through the Frame RF Interface
60
PN7150-NCI] Extension: Specific Parameters for NFC_15693 Poll Mode
61
PN7150-NCI] Extension: Data Mapping between the DH and RF
61
PN7150 Behavior with Multiple Viccs
62
PN7150-NCI] Extension: KOVIO Tags
63
8 Card Emulation Mode
65
ISO-DEP Card Emulation through NFC-A & NFC-B
65
T3T Card Emulation through NFC-F
66
Configuring the T3T Card Emulation
66
Access through the Frame RF Interface
66
9 P2P Initiator & Target Mode
67
P2P Passive Mode
67
P2P Active Mode
68
Presence Check Command
69
WTX Notification
69
10 RF Discovery Management
70
RF Discovery Functionalities
70
NFC FORUM Profile as Defined in [NCI]
72
PN7150-NCI] Extension: Additional Technologies Not yet Supported by the NFC FORUM
73
[PN7150-NCI] Extension: Low Power Card Detector (LPCD) Mode
74
Description
74
Notification When the Trace Mode Is Enabled
77
PN7150-NCI] Extension: Emvco Profile in Poll & Listen Modes
78
Emvco Profile in Poll Mode
78
Configuring PN7150 to Implement the Emvco Polling Loop Profile
78
Notification for RF Technology Collision
80
Modification of the NCI RF State Machine in Case of Failure During Data Exchange
80
Deactivation Procedures as Requested by Emvco 2.3.1 (or Later)
81
Emvco Profile in Listen Mode
82
PN7150-NCI] Extension: Power Optimization
82
Core_Set_Power_Mode
82
Command/Response
82
Standby Wake-Up
83
11 Configurations
84
PN7150-NCI] Extension: System Configurations
84
PN7150-NCI] Extension: RF Discovery Configuration
90
Poll Mode
90
Listen Mode
93
PN7150-NCI] Extension: Contactless Interface Configurations
93
12 Test Mode
96
Test Session
96
Test_Prbs_Cmd/Rsp
96
Test_Antenna_Cmd/Rsp
97
Test_Get_Register_Cmd/Rsp
100
13 PN7150 Practical Approach
101
Basic Examples for Reader/Writer Mode
101
R/W Mode with 1 NFC Endpoint
101
R/W Mode with 2 NFC Endpoints
103
Basic Examples for Card Emulation Mode
105
Basic Examples for P2P Passive Mode
107
Target in P2P Passive Mode / NFC-A @ 106Kbps
107
Initiator in P2P Passive Mode
109
Basic Examples for P2P Active Mode
110
Target in P2P Active Mode
110
Initiator in P2P Active Mode
112
14 Annex A: Details on RF State Machine
113
15 Abbreviations
117
16 References
118
17 Legal Information
119
Definitions
119
Disclaimers
119
Licenses
119
Trademarks
119
18 List of Figures
120
19 List of Tables
122
20 Contents
124
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NXP Semiconductors PN7150 Hardware Design Manual (32 pages)
Brand:
NXP Semiconductors
| Category:
Controller
| Size: 1 MB
Table of Contents
Introduction
3
Fig 1. Interfaces Summary
4
Interfaces
4
Fig 2. Typical Application Schematic in HVQFN Package
6
Fig 3. Typical Application Schematic in WLCSP Package
6
Typical Application Schematics
6
Host Interface
7
Host Interface Pinning
7
Host Interface Pin Characteristics
7
Digital Interface Levels
7
I²C Bus Specificities
7
Frames Reading Synchronization
8
Reset Control (VEN)
8
Fig 4. Crystal Based Clock Configuration
10
Clock Interface
10
Use of Crystal Oscillator
10
Fig 5. Clock Request through CLK_REQ Pin
11
Use of System Clock
11
Input Clock Characteristics
11
Clock Request Mechanism
11
Fig 6. External System Clock Configuration
12
Fig 7. Power Application Schematic
13
Power Interface
13
Power Management Unit
13
External Capacitors Requirement
13
Power Application Schematic
13
Fig 8. Typical Reading Distance Vs TVDD Using OM5578 Board
14
TVDD Supply Options
14
Config 1: VBAT Used to Generate TVDD
14
Fig 9. Configuration 1: VBAT Used to Generate TVDD
15
Fig 10. Configuration 1: TVDD Offset Behavior
15
Fig 11. Configuration 2: External 5V Used to Generate TVDD
16
Fig 12. Configuration 2: TVDD Offset Behavior
16
Config 2: External 5V Used to Generate TVDD
16
TVDD Configuration Summary
16
Fig 13. Battery Discharge Curve
17
Fig 14. Typical Antenna Matching Circuit
18
Antenna Interface
18
Typical Matching Circuit
18
Matching Circuit Bom Optimization
18
Fig 15. Optimized Matching Circuit
19
Damping Resistors
19
Parallel Capacitor
19
Rx Path
20
Fig 16. Power Modes
21
Power Modes
21
Layout Guidelines
22
Antenna EMC Inductors
22
Fig 17. Recommended EMC Inductances Placement
23
RF Paths
23
Fig 18. RF Paths Floorplan
24
Fig 19. Antenna Matching Layout Example
24
Fig 20. XTAL Connection Example
25
De-Coupling (Blocking) Capacitors
25
Input Clock
25
XTAL Layout Recommendations
25
References
27
Abbreviations
28
Definitions
29
Disclaimers
29
Legal Information
29
Licenses
29
Trademarks
29
Table of Contents
30
List of Figures
30
List of Tables
31
Contents
32
NXP Semiconductors PN7150 Quick Start Manual (16 pages)
BeagleBone Black SBC Kit
Brand:
NXP Semiconductors
| Category:
Computer Hardware
| Size: 1 MB
Table of Contents
1 Introduction
3
Android Driver Support
3
Fig 1. OM5578/BBB Kit Overview
3
Linux Driver Support
3
OM5578/PN7150BBB Demo Kit
3
Fig 2. OM5578/PN7150S Beaglebone Configuration
4
Hardware Setup
4
2 Quick Startup on Beaglebone
4
Required Items
4
Fig 3. OM5578/PN7150S and Beaglebone Black Stacked Together
5
Fig 4. Win32 Disk Imager
5
On Windows
5
Software Setup
5
Fig 5. Identifying Device Number under Linux
6
On Linux
6
On MAC os X
6
Application Details
7
Fig 6. Bone-Debian GUI
7
Linux NFC Demo Application
7
Starting Linux NFC Demo
7
Fig 7. Linux Demo Application Commands
8
Fig 8. Linux Demo Application Polling Mode
8
Polling Mode
8
Device Push Mode
9
Fig 9. Linux Demo Application Tag Writing Mode
9
Tag Writing Mode
9
Android NFC Demo
10
Fig 10. Linux Demo Application Device Push Mode
10
Fig 11. Android Home Screen
10
Fig 12. Android "Setting/Wireless&Network" Menu
11
Fig 13. Android Applications
11
Fig 14. Android Taginfo Application
12
Fig 15. Android Tagwriter Application
12
3 References
13
Definitions
14
Disclaimers
14
4 Legal Information
14
Licenses
14
Trademarks
14
Table of Contents
15
5 List of Figures
15
6 Contents
16
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NXP Semiconductors PN7150 User Manual (26 pages)
NFC controller SBC kit
Brand:
NXP Semiconductors
| Category:
Rfid Systems
| Size: 1 MB
Table of Contents
Revision History
2
Introduction
3
Overview
4
Kits Description
4
PN7150 NFC Controller Board
5
OM29110 Interface Boards
6
NFC Sample Card
7
PN7150 NFC Controller Board Details
8
Schematics
8
Layout
9
Components Layers
9
Layer 1
10
Layer 2
10
Layer 3
11
Layer 4
11
Top Silkscreen Layer
12
PN7150 NFC Controller Board Performances
13
Settings Configuration
13
RF Performances
13
Additional Information
15
Using Different Antenna
15
Using Different TVDD Supply Option
16
Using Different I2C Address
17
Using in Another System
17
Product Certification
19
European Conformity
19
Federal Communication Commission Interference Statement
19
FCC Grant
19
Installation Instructions
19
References
21
Legal Information
22
NXP Semiconductors PN7150 Manual (23 pages)
NFC Controller
Brand:
NXP Semiconductors
| Category:
Controller
| Size: 1 MB
Table of Contents
Introduction
2
Purpose
2
Scope
2
Audience
2
High-Level Comparison between PN7150 and PN7160
3
And PN7160
4
Hardware Considerations
4
Pin-To-Pin Compatibility
4
Packaging Information
5
NFC Antenna Matching
6
Software Considerations
7
MCU Baremetal Software Considerations
8
Linux Software Considerations
13
Alternative to Nxpnfc Kernel Driver
14
Build and Install
14
Kernel Driver
14
Kernel Driver Nxpnfc
14
NFC Library
14
Android Software Considerations
15
Verify the NFC Functionality
15
Configuration Files
16
Firmware Library
16
Kernel Driver
16
NXP-NCI Library
16
Build and Install
17
Verify the NFC Functionality
17
References
18
Revision History
19
Legal Information
20
NXP Semiconductors PN7150 Quick Start Manual (14 pages)
PN7150 Raspberry Pi SBC Kit
Brand:
NXP Semiconductors
| Category:
Controller
| Size: 0 MB
Table of Contents
1 Introduction
3
Fig 1. OM5578/PN7150RPI Demo Kit Overview
3
Linux Driver Support
3
OM5578/PN7150RPI Demo Kit
3
Windows Iot Driver Support
3
Fig 2. OM5578/PN7150RPI Demo Kit Assembly
5
Hardware Setup
5
2 Quick Startup on Raspberry Pi
5
Required Items
5
Fig 3. OM5578/PN7150RPI Demo Kit and Raspberry Pi Stacked Together
6
Software Setup
6
Application Details
7
Fig 4. Raspbian GUI
7
Linux NFC Demo Application
7
Starting the Application
7
Fig 5. Linux Demo Application Parameters
8
Fig 6. Linux Demo Application Polling Mode
8
Polling Mode
8
Device Push Mode
9
Fig 7. Linux Demo Application Device Push Mode
9
Fig 8. Linux Demo Application Tag Writing Mode
9
Tag Writing Mode
9
Fig 9. Proximity_Basictest Application
10
Winiot NFC Demo
10
3 References
11
Definitions
12
Disclaimers
12
4 Legal Information
12
Licenses
12
Trademarks
12
Table of Contents
13
5 List of Figures
13
6 Contents
14
NXP Semiconductors PN7150 Quick Start Manual (19 pages)
Arduino SBC kit
Brand:
NXP Semiconductors
| Category:
Controller
| Size: 12 MB
Table of Contents
1 Revision History
2
2 Introduction
3
OM5579/PN7150ARD Demo Kit
3
Linux Driver Support
3
Android Driver Support
3
RTOS and Null os Support
4
3 Quick Startup on UDOO Neo
5
Required Items
5
Hardware Preparation
5
Software Preparation
6
Linux NFC Demo Application
7
Application Details
7
Starting the Application
7
Polling Mode
9
Device Push Mode
9
Tag Emulation Mode
10
Tag Writing Mode
10
Android NFC Demo
11
4 Quick Startup on FRDM-K64F, OM13071, OM13074 or OM13058
14
Required Items
14
Hardware Setup
14
Software Setup
14
5 References
15
6 Legal Information
16
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