
4-8
RTR-10 Overview
Table 4.2
RTR-10 Router Transceiver IDs
I D
Name
Media
Bit Rate
(bps)
Input
Clock
01 (01 hex)
TP/XF-78
Transformer-Isolated
Twisted Pair
78k
10MHz
03 (03 hex)
TP/XF-1250
Transformer-Isolated
Twisted Pair
1.25M
10MHz
04 (04 hex)
TP/FT-10
Free Topology and
Link Power
78k
10MHz
05 (05 hex)
TP/RS485-39
RS-485 Twisted Pair
39k
10MHz
07 (07 hex)
1
RF-10
49MHz Radio Frequency
4.9k
5MHz
09 (09 hex)
PL-10
Spread-Spectrum
Power Line
10k
10MHz
10 (0A hex)
TP/RS485-625
RS-485 Twisted Pair
625k
10MHz
11 (0B hex)
TP/RS485-125
RS-485 Twisted Pair
1.25M
10MHz
12 (0C hex)
TP/RS485-78
RS-485 Twisted Pair
78k
10MHz
16 (10 hex)
2
PL-20C
C-Band Power Line
5kbps
10MHz
17 (11 hex)
2
PL-20N
C-Band Power Line
5kbps
10MHz
18 (12 hex)
PL-30
A-Band Power Line
2kbps
10MHz
24 (18 hex)
FO-10
Microsym Fiber Optic
1.25M
10MHz
27 (1B hex)
DC-78
Direct Connect
78k
10MHz
28 (1C hex)
DC-625
Direct Connect
625k
10MHz
29 (1D hex)
DC-1250
Direct Connect
1.25M
10MHz
30 (1E hex)
3
Custom
Custom
N/A
N/A
Note: See Appendix A for a listing of the communications parameters for each
transceiver type.
1
Type 7 can only be used on Side B.
2
PL-20C enables the CENELEC-compliant access protocol; PL-20N
disables it.
3
Type 30 can be used for any transceiver type; the communications port is
initially defined as all inputs to prevent circuit conflicts. The side using type
30 must be reprogrammed via the other router side.
PKT
The PKT output can be used as an activity indicator. When packets are passed between
the router sides, PKT will be active. This is the unbuffered IO0 signal from the Neuron
Chips. A pulse stretcher circuit driven by PKT can be used to make an activity LED flash,
as in the example circuit shown in figure 5.1.