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ZTEWelink Z-Wave ZM5202 Manuals
Manuals and User Guides for ZTEWelink Z-Wave ZM5202. We have
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ZTEWelink Z-Wave ZM5202 manual available for free PDF download: Hardware Development Manual
ZTEWelink Z-Wave ZM5202 Hardware Development Manual (61 pages)
transceiver module
Brand:
ZTEWelink
| Category:
Transceiver
| Size: 1 MB
Table of Contents
Revision History
3
Table of Contents
4
1 About this Document
9
Application Range
9
Purpose
9
Supported & Reference Document List
9
Table 1-1 Supported Document List
9
Abbreviations
10
Table 1-2 Abbreviation List
10
2 Product Overview
11
Mechanic Features
11
Figure 2-1 Product Illustration
11
Figure 2-2 Module Dimensions
12
Technical Parameters
13
Table 2-1 Major Technical Parameters
14
Function Overview
16
Baseband Function
16
Radio Frequency Function
16
Figure 2-3 System Connection Structure
16
Table 2-2 Working Frequency Band
17
3 Interfaces
18
Definition of Pins
18
Definition of PIN I/O Parameters
18
PIN Configuration Diagram
18
Table 3-1 PIN Parameters
18
PIN Description
19
Figure 3-1 PIN Configuration Diagram
19
Table 3-2 PIN Interface Definition
19
Working Condition
23
Table 3-3 Working Condition
23
Feature of Interface Power Level
24
Feature of Digital Power Level Signal
24
Power Interface
24
Description of Power Pins
24
Requirement of Power Supply
24
Table 3-4 Power Level Range of Digital Signal
24
U)SIM Card Interface
25
Description of Pins
25
Electric Feature
25
Table 3-5 Definition & Description of (U)SIM Card Signal Group
25
Application of (U)SIM Card Interface
26
SD Card Interface
26
Description of Pins
26
Figure 3-2 (U)SIM Card Signal Connection Circuit
26
Table 3-6 Definition of SD Card Signal Interface
26
Electric Feature
27
Application of SD Card Interface
27
Figure 3-3 SD Typical Application Circuit
27
USB2.0 Interface
28
Description of Pins
28
Electric Feature
28
Application of USB Interface
28
Serial Interface
29
SPI (Serial Peripheral Interface) Bus Interface
29
Figure 3-4 USB Typical Circuit Application
29
Table 3-7 Definition of SPI Signal
29
I2C Bus
30
Figure 3-5 SPI Bus Sequence Chart
30
Figure 3-6 I2C Reference Circuit Diagram
31
UART Interface
32
Table 3-8 Definition of UART Signal
32
Figure 3-7 Module Serial Port & AP Application Processor
33
Figure 3-8 the Connection of ZM5202 UART and Standard RS-232-C Interface
33
JTAG (Joint Test Action Group) Interface
34
Description of Pins
34
Application of JTAG Interface
34
Power-On/Power-Off & Reset Signal
34
Table 3-9 Definition of JTAG Signal
34
Figure 3-10 Recommended Circuit for Power-On/Power-Off & Reset
35
Figure 3-9 Module Power-On Plan
35
Interface Application
35
Interactive Application Interface
36
Description of Pins
36
Interface Application
36
Table 3-10 Interactive Application Interface
36
LED Indicator Interface
37
Description of Pins
37
Figure 3-11 the Output of MODULE_WAKEUP_AP
37
Table 3-11 Definition of LED PIN Signal
37
Interface Application
38
Figure 3-12 Reference Circuit of Status Indicator
38
Table 3-12 Definition of Indicator Status
38
4 Electric Feature
39
Power Feature
39
Power Supply
39
Working Current
39
Table 4-1 Input Voltage
39
Table 4-2 Working Current
39
Power-On/Power-Off Flow
40
Figure 4-1 Power-On Sequence Chart of ZM5202 Module
41
Figure 4-2 Power-Off Sequence Chart of ZM5202 Module
41
Table 4-3 Power-On/Power-Off Time
41
Resetting Flow
42
Figure 4-3 Module Resetting Flow
42
5 Technical Index of Radio Frequency
43
Technical Index of Radio Frequency under UMTS Mode
43
Umts (Wcdma)
43
Technical Index of Radio Frequency under GPRS/GSM/EDGE Mode
43
Technical Parameters of Antenna Testing Console
43
Sourceless Index
44
Sourced Index
44
Table 5-1 Sourceless Index of Main Antenna (Recommended)
44
6 Related Test & Testing Standard
45
Testing Reference
45
Table 6-1 Testing Standard
45
Description of Testing Environment
46
Table 6-2 Testing Environment
46
Table 6-3 Testing Instrument & Device
46
Reliability Testing Environment
47
Table 6-4 Reliability Features
47
Reliability Testing Result
48
Table 6-5 Temperature Testing Result under Windless Environment
48
Table 6-6 High/Low-Temperature Running & Storage Testing Result
48
7 Design Guide
49
General Design Rule & Requirement
49
Power Supply Circuit Design
49
RF Circuit Design
50
RF Antenna Circuit Design
50
Figure 7-1 Main Antenna RF Connector Interface
50
Figure 7-2 Interface of Main Antenna and AGPS Antenna Welding Pad
52
Figure 7-3 RF Interface Testing Console (W.FL-R-SMT-1 from HRS)
52
Precautions During the Initial Design of Antenna
53
Figure 7-4 Testing Cable
53
Suggestions for EMC & ESD Design
55
Suggestions for PCB Wielding Panel Design
56
Suggestions for Heat-Dissipation Design
56
Recommended Product Upgrading Plan
57
8 Manufacturing Guide
58
Design of Steel Mesh
58
Furnace Temperature Curve
58
Figure 8-1 Recommended Pattern of Steel Mesh on Wielding Panel
58
9 FCC Regulations
59
Table 8-1 Curve Temperature Curve Parameter Setting
60
Figure 8-2 Furnace Temperature Curve Reference Diagram
61
Figure 8-3 T Esting Result
61
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