Echelon Series 6000 Chip databook Manual de usuario Pagina 20
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Key Features of Series 6000 Chips
Series 6000 chips include the following key features:
• Provide a high performance Neuron Core, with internal system clock rates up to 80
MHz
• Require as little as 30 mW of power for operations
• Packaged as a 7 mm by 7 mm 48-pin quad flat no leads (QFN) chip
• Include a serial memory interface for inexpensive external flash non-volatile memory
• Support up to 254 network variables (NVs) for FT 6000 Smart Transceivers and
Neuron 6000 Processors, without the need for a host microprocessor
• Support user-programmable interrupts to provide fast response time to external
events
• Provide an interface for the Institute of Electrical and Electronics Engineers (IEEE)
Standard Test Access Port and Boundary-Scan Architecture (IEEE 1149.1-1990) of
the Joint Test Action Group (JTAG) to allow a Series 6000 chip to be included in the
boundary-scan chain for device production tests
• Include 12 I/O pins with 35 programmable standard I/O models that support both 5 V
and 3.3 V I/O operation
• Support up to 256 KB of user application code space (with a 1MB external flash)
• Include 64 KB RAM (of which 44 KB is user accessible) and 16 KB of ROM on-chip
• Include a unique 48-bit MAC ID in every device for network installation and
management
• Support a –40°C to +85°C operating temperature range
• Compliant with the European Union Restriction of Hazardous Substances (RoHS)
Directive 2002/95/EC.
Additional Key Features for FT 6000 Smart
Transceivers
FT 6000 Smart Transceivers include the following additional key features:
• Support polarity insensitive free topology star, daisy chain, bus, loop, or mixed
topology wiring for TP/FT-10 channels
• Compliant with TP/FT-10 channels that currently use FT 3120 Smart Transceivers,
FT 3150 Smart Transceivers, FTT-10A transceivers, LPT-11 transceivers or FT-5000
Transceivers
• Provide very high common-mode noise immunity
8 Introduction
- Series 6000 1
- Chip Data 1
- Welcome 3
- Audience 3
- Neuron Chips 3
- Related Documentation 4
- ONWORKS devices and 5
- Table of Contents 8
- Introduction 13
- Product Family Overview 14
- FT 6000 Smart Transceiver 14
- Neuron 6000 Processor 14
- ONWORKS Networks 15
- Transceivers 20
- Specification Summaries 21
- Hardware Resources 25
- Series 6000 Architecture 26
- Multiple Processors 29
- Interrupts 31
- Assembly Instruction Set 31
- Memory Architecture 35
- On-Chip Memory 36
- Memory Map 36
- Device Support 40
- Device Programming 41
- Recovering a Device 41
- Transience 42
- Data Logging 42
- Boot Loader 42
- JTAG Interface 43
- Operating Conditions 44
- ))1012(( 45
- Pin Assignments 46
- Neuron 6000 49
- Processor 49
- Pin Connections 51
- Smart Transceiver 52
- 6000 Processor 56
- Single-Ended Mode 58
- Special-Purpose Mode 62
- TPT/XF-1250 Transceivers 69
- EIA-485 Transceivers 70
- GROUND GUARD 72
- Reset Function 75
- RST~ Pin 75
- Reset Sources 76
- Power-Up and LVI 77
- Watchdog Timer 77
- Software-Controlled Reset 78
- Reset Processes and Timing 78
- SVC~ Pin 81
- Integrity Mechanisms 82
- Processor Integrity 82
- System Firmware Image 82
- PC Board Layout Guidelines 86
- Host Microprocessor 88
- (optional) 88
- Power Supply 88
- Circuitry 88
- I/O Circuitry 88
- Design and Test for 89
- Achieving High Immunity 91
- Electrostatic Discharge 91
- Transceiver 93
- +3.3 V Output 94
- Dressler 96
- Alpha 250 / 75W 96
- ATT 6 / 75 96
- Surge and Burst 97
- Lightning Protection 98
- Network Line Protection 98
- Shield Protection 98
- Summary and Testing Results 101
- Network Connection 104
- Network Topology Overview 104
- System Specifications 107
- Overview 112
- Two 16-Bit Timer/Counters 112
- Hardware Considerations 121
- Programming Considerations 125
- Development Hardware Setup 126
- Release Hardware Setup 127
- SNMP Support 128
- Supported Commands 128
- Supported Objects 128
- Connections 134
- Checklist 4: Power Supply 136
- Qualified TP/FT-10 Cable 141
- Specifications 141
- Qualified Cables 142
- FT-X3 Communications 147
- Transformer 147
- Top View 148
- Schematic View 148
- ONWORKS 149
- Transformer pad 151
- Handling and Manufacturing 153
- Guidelines 153
- Application Considerations 154
- Termination of Unused Pins 154
- Decoupling Capacitors 158
- Recommended Solder Profile 158
- Example Schematic 167
- Basic Electrical Connections 168
- Memory Interface Connections 169
- Transformer Connections 169
- I/O and Network Connections 169
- BOM for Example Schematic 170
- Vendor Contact Information 172
- Vendor Information 173
- Abracon Corporation 173
- Atmel Corporation 173
- Belden Inc 173
- BPM Microsystems 174
- Citel Inc 174
- CommScope Inc 174
- Emulation Technology Inc 175
- Fairchild Semiconductor Inc 175
- Laird Technologies PLC 176
- Littelfuse Inc 176
- Numonyx BV 176
- NXP Semiconductors BV 177
- ON Semiconductor 177
- Panasonic Corp 177
- Sankosha Corp 178
- Taiyo Yuden Company Ltd 179
- TDK Corp 179
- Total Phase Inc 179
- Vishay Intertechnology Inc 180
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