SP509 Datasheet, PDF (28/29 Pages) Sipex Corporation – Rugged 40Mbps, 8 Channel Multi-Protocol Transceiver with Programmable DCE/DTE and Termination Resistors

DTE CONFIGURATION
SP508 Multiprotocol Configured as DTE
Interface to Port-
Interface to System Logic
Connector
Pin
Number
28
3
29
4
30
5
31
6
32
7
33
8
34
9
35
10
36
11
37
12
38
13
39
14
40
15
41
16
42
17
43
18
Pin Mnemonic
TxD
SDEN
TxCE
TTEN
ST
STEN
RTS
RSEN
DTR
TREN
DCD_DCE
RRCEN
RL
RLEN
LL
LLEN#
RxD
RDEN#
RxC
RTEN#
TxC
TxCEN#
CTS
CSEN#
DSR
DMEN#
DCD_DTE
RRTEN#
RI
ICEN#
TM
TMEN
Circuit
Driver_1
Driver_2
Driver_3
Driver_4
Driver_5
Driver_6
Driver_7
Driver_8
Receiver_1
Receiver_2
Receiver_3
Receiver_4
Receiver_5
Receiver_6
Receiver_7
Receiver_8
Pin Mnemonic
SD(A)
SD(B)
TT(A)
TT(B)
ST(A)
ST(B)
RS(A)
RS(B)
TR(A)
TR(B)
RRC(A)
RRC(B)
RL(A)
Pin
Number
97
100
92
95
87
90
83
85
75
78
81
79
65
LL(A)
63
RD(A)
48
RD(B)
47
RT(A)
50
RT(B)
49
TxC(A)
53
TxC(B)
51
CS(A)
55
CS(B)
54
DM(A)
57
DM(B)
56
RRT(A)
60
RRT(B)
59
IC
61
TM(A)
62
Spare drivers and receivers may be used for optional signals (Signal
Quality, Rate Detect, Standby) or may be disabled using individual
enable pins for each driver and receiver
Recommended Signals and Port Pin Assignments
RS-232 or V.24
EIA-530
Signal Mnemo DB-25
Type nic Pin(M)
V.28 BA
2
V.28 DA 24
Signal Mnemo
Type nic
V.11 BA(A)
V.11 BA(B)
V.11 DA(A)
V.11 DA(B)
DB-25
Pin(M)
2
14
24
11
RS-449
Signal Mnemo
Type nic
V.11 SD(A)
V.11 SD(B)
V.11 TT(A)
V.11 TT(B)
DB-37
Pin(M)
4
22
17
35
V.35
Signal Mnemo M34
Type nic Pin(M)
V.35 103
P
V.35 103
S
V.35 113
U
V.35 113
W
X.21
Signal Mnemo
Type nic
V.11 T(A)
V.11 T(B)
V.11 X(A)
V.11 X(B)
DB-15
Pin(M)
2
9
7**
14**
AppleTalk™
Signal
Type
V.11
V.11
Mnemo
nic
TxD -
TxD +
DIN-8
Pin(F)
3
6
V.28 CA
4 V.11 CA(A)
4
V.11 RS(A)
7
V.28 105
C V.11 C(A)
3
V.11 CA(B) 19 V.11 RS(B) 25
V.11 C(B) 10
V.28 CD 20 V.11/10 CD(A) 20 V.11 TR(A) 12 V.28 108
H
V.10 HSKo
1
V.11/Z CD(B) 23 V.11 TR(B) 30
V.28 RL
21 V.10 RL
21 V.10 RL
14 V.28 140
N
V.28 LL
18 V.10 LL
18 V.10 LL
10 V.28 141
L
V.28 BB
3 V.11 BB(A)
3
V.11 RD(A)
6
V.35 104
R V.11 R(A)
4
V.11 RxD-
5
V.11 BB(B) 16 V.11 RD(B) 24 V.35 104
T V.11 R(B) 11
V.11 RxD+
8
V.28 DD
17 V.11 DD(A) 17
V.11 RT(A)
8
V.35 115
V
V.11 DD(B)
9
V.11 RT(B) 26 V.35 115
X
V.28 DB
15 V.11 DB(A) 15
V.11 ST(A)
5
V.35 114
Y V.11 S(A)
6
V.11 DB(B) 12 V.11 ST(B) 23 V.35 114 AA V.11 S(B) 13
V.28 CB
5 V.11 CB(A)
5
V.11 CS(A)
9
V.28 106
D V.11 I(A)
5
GND
V.11 CB(B) 13 V.11 CS(B) 27
V.11 I(B)
12 V.10* HSKi
2
V.28 CC
6 V.11/10 CC(A)
6
V.11 DM(A) 11 V.28 107
E V.11 B(A) 7** V.10 GPi
7
V.11/Z CC(B) 22 ‡ V.11 DM(B) 29
V.11 B(B) 14**
V.28 CF
8 V.11 CF(A)
8
V.11 RR(A) 13 V.28 109
F
V.11 CF(B) 10 V.11 RR(B) 31
V.28 CE 22 V.10 RI
22 ‡
V.28 125
J
V.28 TM 25 V.10 TM
25 V.10 TM
18 V.28 142 NN
Pin assignments and signal functions are subject to national or regional variation and proprietary
/ non-standard implementations
‡ EIA-530 uses V.11 (differential) for DSR (CC) and DTR (CD) signals; EIA-530-A uses single-
ended V.10 for DSR and DTR and adds RI signal on pin 22
** X.21 use either B() or
X(), not both
Date: 6/14/04
SP509 Enhanced WAN Multi–Protocol Serial Transceiver
28
© Copyright 2004 Sipex Corporation