Gemalto Cinterion EMS31-US LTE Module Manuals

Manuals and User Guides for Gemalto Cinterion EMS31-US LTE Module. We have 2 Gemalto Cinterion EMS31-US LTE Module manuals available for free PDF download: Manual, Hardware Interface Overview

Gemalto Cinterion EMS31-US Manual (98 pages)

Brand: Gemalto | Category: Network Hardware | Size: 2 MB

Table of Contents
3
Introduction
9
Key Features at a Glance
9
EMS31-US System Overview
11
Figure 1: EMS31-US System Overview
11
Circuit Concept
12
Figure 2: EMS31-US Baseband Block Diagram
12
Interface Characteristics
13
Application Interface
13
Pad Assignment
13
Figure 3: Numbering Plan for Connecting Pads (Bottom View)
13
Table 1: Pad Assignments
14
Signal Properties
15
Table 2: Signal Properties
15
Absolute Maximum Ratings
20
Table 3: Absolute Maximum Ratings
20
Serial Interface ASC0
21
Figure 4: Serial Interface ASC0
21
Serial Interface Start-Up Behavior
22
Figure 5: ASC0 Start-Up Behavior (TBC)
22
Serial Interface ASC1
23
Figure 6: Serial Interface ASC1
23
Figure 7: ASC1 Start-Up Behavior (TBC)
24
UICC/SIM/USIM Interface
25
Table 4: Signals of the SIM Interface (SMT Application Interface)
25
Figure 8: External UICC/SIM/USIM Card Holder Circuit
26
Machine Identification Module (MIM)
27
Figure 9: MIM Not Populated and Module Is Soldered on Carrier PCB
27
Figure 10: MIM Is Not Populated and 2Nd SIM Interface Is Used Externally
28
GPIO Interface
29
Table 5: GPIO Lines and Possible Alternative Assignment
29
Figure 11: GPIO Start-Up Behavior
30
Control Signals
31
Status LED
31
Figure 12: Status Signaling with LED Driver
31
Power Indication Circuit
32
Figure 13: Power Indication Circuit
32
Host Wakeup
33
Table 6: Host Wake-Up Line
33
Figure 14: Wake-Up Via RING0
33
Figure 15: Example of RING0 Pull-Up Resistor
34
RF Antenna Interface
35
Antenna Interface Specification
35
Table 7: Return Loss in the Active Band
35
Table 8: RF Antenna Interface LTE
35
Antenna Installation
36
Figure 16: Antenna Pad (Bottom View)
36
RF Line Routing Design
37
RF Interface Signals Circuit Diagram Example
37
Figure 17: RF Interface Signals Example
37
Routing Example
38
Figure 18: Routing to Application's RF Connector - Top View
38
Figure 19: PCB Layer Stack of the EMS31-US Evaluation Board
38
Line Arrangement Examples
39
Figure 20: Embedded Stripline with 65ΜM Prepreg (1080) and 710ΜM Core
39
Figure 21: Microstrip Line on 1.0Mm Standard FR4 2-Layer PCB - Example 1
40
Figure 22: Microstrip Line on 1.0Mm Standard FR4 PCB - Example 2
41
Figure 23: Microstrip Line on 1.5Mm Standard FR4 PCB - Example 1
42
Figure 24: Microstrip Line on 1.5Mm Standard FR4 PCB - Example 2
43
Sample Application
44
Figure 25: Schematic Diagram of EMS31-US Sample Application
45
Preventing Back Powering
46
Sample Level Conversion Circuit
47
Figure 26: Sample Level Conversion Circuit
47
Operating Characteristics
48
Operating Modes
48
Table 9: Overview of Operating Modes
48
Power Up/Power down Scenarios
49
Turn on EMS31-US
49
Connecting EMS31-US BATT+ Lines
49
Figure 27: Simple Circuit for Applying Power Using an External ΜC
49
Switch on EMS31-US Using on Signal
50
Figure 28: on Pin Connection
50
Restart EMS31-US
51
Restart EMS31-US Via AT+CFUN Command
51
Figure 29: on Timing
51
Restart EMS31-US Using EMERG_RST
52
Figure 30: EMERG_RST Signal Internal Connection to Chipset
52
Figure 31: Emergency Restart Timing
53
Signal States after First Startup
54
Table 10: Signal States
54
Turn off EMS31-US
56
Turn off EMS31-US Using at Command
56
Figure 32: Switch off Behavior
56
Automatic Shutdown
57
Thermal Shutdown
57
Table 11: Temperature Dependent Behavior
57
Undervoltage Shutdown
58
Overvoltage Shutdown
58
Power Saving
59
Power Saving While Attached to LTE Networks
59
Figure 33: Power Saving and Paging in LTE Networks in DRX and (E)Drx Modes
59
Figure 34: Behavior in LTE PSM
60
Wake-Up Via RTS0/RTS1
61
Figure 35: Wake-Up Via RTS0/RTS1
61
Power Supply
62
Power Supply Ratings
62
Table 12: Voltage Supply Ratings
62
Table 13: Current Consumption Ratings
62
Minimizing Power Losses
63
Measuring the Supply Voltage (BATT+)
63
Figure 36: Position of Reference Points BATT+ and GND
63
Monitoring Power Supply Using at Command
64
Operating Temperatures
64
Table 14: Board Temperature
64
Electrostatic Discharge
65
ESD Protection for Antenna Interface
65
Table 15: Electronic Values
65
Figure 37: ESD Protection for RF Antenna Interface
65
Blocking against RF on Interface Lines
66
Figure 38: EMI Circuits
66
Table 16: EMI Measures on the Application Interface
67
Reliability Characteristics
68
Table 17: Summary of Reliability Test Conditions
68
Mechanical Dimensions, Mounting and Packaging
69
Mechanical Dimensions of EMS31-US
69
Figure 39: EMS31-US - Top and Bottom View
69
Figure 40: Dimensions of EMS31-US (All Dimensions in MM)
70
Figure 41: Dimensions of EMS31-US (All Dimensions in MM) - Bottom View
70
Mounting EMS31-US Onto the Application Platform
71
SMT PCB Assembly
71
Land Pattern and Stencil
71
Figure 42: Combined Land Pattern (Top View)
71
Figure 43: Recommended Design for 150 Micron Thick Stencil (Top View, Dual Design)
72
Board Level Characterization
73
Moisture Sensitivity Level
73
Soldering Conditions and Temperature
74
Reflow Profile
74
Table 18: Reflow Temperature Ratings
74
Figure 44: Reflow Profile
74
Maximum Temperature and Duration
75
Durability and Mechanical Handling
76
Storage Conditions
76
Table 19: Storage Conditions
76
Processing Life
77
Baking
77
Electrostatic Discharge
77
Packaging
78
Tape and Reel
78
Orientation
78
Figure 45: Carrier Tape
78
Figure 46: Reel Direction
78
Barcode Label
79
Figure 47: Barcode Label on Tape Reel
79
Shipping Materials
80
Moisture Barrier Bag
80
Figure 48: Moisture Barrier Bag (MBB) with Imprint
80
Figure 49: Moisture Sensitivity Label
81
Transportation Box
82
Figure 50: Humidity Indicator Card - HIC
82
Trays
83
Figure 51: Small Quantity Tray
83
Figure 52: Tray to Ship Odd Module Amounts
83
Figure 53: Tray with Packaging Materials
83
Figure 54: Tray Dimensions
84
Regulatory and Type Approval Information
85
Directives and Standards
85
Table 20: Directives
85
Table 21: Standards of North American Type Approval
85
Table 22: Standards of GCF and PTCRB Type Approval
85
Table 23: Requirements of Quality
85
Table 24: Standards of the Ministry of Information Industry of the
86
Table 25: Toxic or Hazardous Substances or Elements with Defined Concentration
86
SAR Requirements Specific to Portable Mobiles
87
Reference Equipment for Type Approval
88
Figure 55: Reference Equipment for Type Approval
88
Compliance with FCC and ISED Rules and Regulations
89
Table 26: Antenna Gain Limits for FCC and ISED
89
Document Information
91
Revision History
91
Related Documents
92
Terms and Abbreviations
92
Safety Precaution Notes
96
Appendix
97
List of Parts and Accessories
97
Table 27: List of Parts and Accessories
97
Table 28: Molex Sales Contacts (Subject to Change)
97

Gemalto Cinterion EMS31-US Hardware Interface Overview (33 pages)

Brand: Gemalto | Category: Control Unit | Size: 0 MB

Table of Contents
3
1 Introduction

6
2 Interface Characteristics

9
3 Operating Characteristics

18
- Operating Modes
  18
- Power Supply
  18
- Table 4: Overview of Operating Modes
  18
4 Mechanical Dimensions, Mounting and Packaging

19
5 Regulatory and Type Approval Information

21
6 Document Information

27
- Revision History
  27
- Related Documents
  27
- Terms and Abbreviations
  27
- Safety Precaution Notes
  31
7 Appendix

32

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Gemalto Cinterion EMS31-US LTE Module Manuals

Gemalto Cinterion EMS31-US Manual (98 pages)

Table of Contents

Gemalto Cinterion EMS31-US Hardware Interface Overview (33 pages)

Table of Contents

1 Introduction

2 Interface Characteristics

3 Operating Characteristics

4 Mechanical Dimensions, Mounting and Packaging

5 Regulatory and Type Approval Information

6 Document Information

7 Appendix

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Gemalto Categories