Welcome – Echelon LonWorks Twisted Pair Control Module User Manual

Page 3

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LonWorks Twisted Pair Control Module User's Guide

iii

Welcome

Echelon’s L

ON

W

ORKS

®

Twisted Pair Control Modules contain the core elements

for device designs using L

ON

W

ORKS

technology. The core elements of a control

module are an FT 5000 Smart Transceiver or Neuron

®

3150

®

Chip, crystal clock

circuit, I

2

C EEPROM or JEDEC MO-052 AE PLCC memory socket (32-pin

rectangular), Communications Transformer or twisted pair transceiver, and

unbuffered access to the I/O, SERVICE~, and RESET~ signals.
All of the Neuron 3150 L

ON

W

ORKS

Twisted Pair Control Modules share a

common footprint and I/O interface to allow systems with different media

requirements to share common application electronics board designs. The FT

5000 Control Module has a similar I/O interface so that you can easily modify

designs that use a Neuron 3150 Control Module to use the FT 5000 Control

Module.
Table 1 lists the available modules.

Table 1. LONWORKS Twisted Pair Control Modules

Module

Model

Number

Features

FT 5000 Control Module

55040R-10 Transformer-isolated, free topology, 78

kbps communications, up to 80 MHz

system clock (the system clock rate is

application configurable; see

Configuration for FT 5000 Control

Modules on page 41).

TP/FT-10 Free Topology Control

Module

55020R-01 Transformer-isolated, free topology, 78

kbps communications, 5 MHz clock

TP/FT-10F Free Topology Flash

Control Module

55020R-10 Transformer-isolated, free topology, 78

kbps communications, flash memory

support, 10 MHz clock

TP/XF-78 Control Module

55010R-00 Transformer-isolated, bus operation, 78

kbps communications, 5 MHz clock

TP/XF-78F Flash Control Module

55010R-10 Transformer-isolated, bus operation, 78

kbps communications, flash memory

support, 10 MHz clock

TP/XF-1250 Control Module

55030R-10 Transformer-isolated, bus operation, 1.25

Mbps communications, 10 MHz clock

This manual provides technical specifications for the electrical and mechanical

interfaces and operating environment characteristics for the control modules.

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