Novanta SUB-10045 Manuals

Manuals and User Guides for Novanta SUB-10045. We have 1 Novanta SUB-10045 manual available for free PDF download: User Manual

Novanta SUB-10045 User Manual (59 pages)

Brand: Novanta | Category: Rfid Systems | Size: 1 MB

Copyright Information
2
Revision History
2
Table of Contents
3
Introduction
8
Release Notes
8
Hardware Overview
9
Hardware Interfaces
9
Module Pin-Out
9
Figure 1: Module Pinout with Drill Drawing Bottom View
9
Table 1: Module Pinout Definition
10
Antenna Connections
12
Voltage and Current Limits
12
Control Signal Specification
12
Table 2: Voltage and Current Limits
12
General Purpose Input/Output (GPIO)
13
Table 3: Receiver Baud Rate Tolerance
13
RUN Line
14
DC Power Requirements
14
RF Power Output Impact on DC Input Current and Power
14
Figure 2: Current Draw Vs. DC Voltage and RF Output Level
15
Figure 3: Module Output Power Vs. Module Voltage
15
Power Supply Ripple
16
Idle DC Power Consumption
16
Figure 4:Power Consumption Vs. DC Voltage and RF Output Level
16
Power Consumption
17
RF Characteristics
17
RF Output Power
17
Receiver Adjacent Channel Rejection
17
Environmental Specifications
17
Thermal Considerations
17
Thermal Management
17
Table 4:Power Modes and Power Consumption
17
Electro-Static Discharge (ESD) Specification
18
Shock and Vibration
18
Authorized Antennas
18
FCC Modular Certification Considerations
19
Table 5:Authorized Antennas
19
Physical Dimensions
20
Module Dimensions
20
Table 6: Module Dimensions
20
Figure 5: Mechanical Drawing with Module Dimensions
20
Tape-And-Reel Dimensions
21
Figure 6: Tape and Reel Drawing
21
Figure 7: Tape and Reel Dimensions
21
SMT Reflow Profile
22
Hardware Integration
22
Landing Pads
22
Figure 8: SMT Reflow Profile Plot
22
Figure 9: Landing Pads and Heat Sync Areas
23
Module Carrier Board
24
Table 7: Pinout of 15-Pin Connector on Carrier Board
24
Figure 10: Carrier Board
24
Figure 11:Carrier Board Schematic
25
Carrier Board Heat Sinking
26
Firmware Overview
26
Bootloader
26
Figure 12: Carrier Board Heat Spreader
26
Application Firmware
27
Programming the Thingmagic Module
27
Upgrading the Thingmagic Module Firmware
27
Verifying Application Firmware Image
27
Custom On-Reader Applications
27
Serial Communication Protocol
27
Host-To-Reader Communication
27
Reader-To-Host Communication
28
CCITT CRC-16 Calculation
28
Regulatory Support
28
Supported Regions
28
Table 8: Supported Regions
28
Frequency Units
30
Table 9: Regional Frequency Specifications
30
Frequency Hop Table
31
Support for Set/Get Quantization Value and Minimum Frequency
31
Protocol Support
32
Gen2 Protocol Configuration Options
32
Supported Gen2 Functionality
32
Table 10:Gen2 Protocol Supported Combinations
32
Table 11: Standard Supported GEN2 Functions
32
Antenna Port
33
Using a Multiplexer
33
GPIO State to Logical Antenna Mapping
33
Table 12: Logical Antenna Mapping
33
Port Power and Settling Time
34
Tag Handling
34
Tag Buffer
34
Table 13: Tag Buffer Fields
34
Tag Streaming/Continuous Reading
35
Tag Read Metadata
35
Power Management
36
Power Modes
36
Performance Characteristics
36
Event Response Times
36
Table 14: Event Response Times
37
Module Specifications
38
Compliance and IP Notices
40
Communication Regulation Information
40
Federal Communication Commission (FCC) Interference Statement
40
ISED Canada
41
Authorized Antennas
42
EU Compliance
43
EU Authorized Antennas
44
Appendix A: Error Messages
45
Common Error Messages
45
Table 15: Common Fault Errors
45
Table 16: Bootloader Fault Errors
46
Table 17: Protocol Fault Errors
47
Table 18: Analog Hardware Abstraction Layer Fault Errors
50
Table 19: Tag ID Buffer Fault Errors
51
Table 20: System Fault Errors
51
Appendix B: Dev Kit
52
Dev Kit Hardware
52
Figure 13: Carrier Board on Dev Kit Board
52
Setting up the Development Kit
53
Connecting the Antenna
53
Powering up and Connecting to a PC
53
Dev Kit USB Interface USB/RS232
53
Development Kit Jumpers
54
Development Kit Schematics
55
Demo Application
55
Notice on Restricted Use of the Development Kit
55
Appendix C: Environmental Considerations
56
ESD Damage Overview
56
Identifying ESD as the Cause of Damaged Readers
56
Common Installation Best Practices
57
Raising the ESD Threshold
57
Further ESD Protection for Reduced RF Power Applications
58
Variables Affecting Performance
58
Environmental
58
Tag Considerations
58
Antenna Considerations
58
Multiple Readers
59

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