SP504MCF-L Exar Corporation, SP504MCF-L Datasheet - Page 19

• Manufacturer Part Number: SP504MCF-L
• Description: IC, WAN MULTIMODE SERIAL TXRX, MQFP-80
• Manufacturer: Exar Corporation

Specifications of SP504MCF-L

• Device Type: Transceiver
• No. Of Drivers: 7
• Supply Voltage Range: 4.75V To 5.25V
• Driver Case Style: MQFP
• No. Of Pins: 80
• Operating Temperature Range: 0°C To +70°C
• Termination Type: SMD
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant

Table . Driver Mode Selection
Table 2. Receiver Mode Selection
TDEC
RDEC
Pin Label
Pin Label
SCT(a)
SCT(b)
SD(a)
SD(b)
TR(a)
TR(b)
RS(a)
RS(b)
RL(a)
RL(b)
ST(a)
ST(b)
RD(a)
RD(b)
CS(a)
CS(b)
DM(a)
DM(b)
RR(a)
RR(b)
LL(a)
LL(b)
TT(a)
TT(b)
RT(a)
RT(b)
IC(a)
IC(b)
3
- TDEC
3
- RDEC
0
0
>12kΩ to GND
>12kΩ to GND
>12kΩ to GND
>12kΩ to GND
>12kΩ to GND
>12kΩ to GND
>12kΩ to GND
>12kΩ to GND
>12kΩ to GND
>12kΩ to GND
>12kΩ to GND
>12kΩ to GND
>12kΩ to GND
>12kΩ to GND >12kΩ to GND
tri-state
tri-state
tri-state
tri-state
tri-state
tri-state
tri-state
tri-state
tri-state
tri-state
tri-state
tri-state
tri-state
tri-state
Mode:
0000
Mode:
0000
Exar Corporation 48720 Kato Road, Fremont CA, 94538 • 50-668-707 • www.exar.com
>12kΩ to GND
>12kΩ to GND
>12kΩ to GND
>12kΩ to GND
>12kΩ to GND
>12kΩ to GND
tri-state
tri-state
tri-state
tri-state
tri-state
tri-state
tri-state
RS232
0010
V.28
RS232
V.28
V.28
V.28
V.28
V.28
V.28
0010
V.28
V.28
V.28
V.28
V.28
V.28
V.28
SP504 Receiver Mode Selection
SP504 Driver Mode Selection
>12kΩ to GND
>12kΩ to GND
>12kΩ to GND
>12kΩ to GND
tri-state
tri-state
tri-state
tri-state
V.35
1110
V.35–
V.35+
V.35+
V.28
V.35–
V.35–
V.28
V.28
V.28
V.35+
V.35
1110
V.35+
V.35–
V.35+
V.35–
V.35+
V.35–
V.28
V.28
V.28
V.28
RS422
V.11+
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
0100
V.11–
V.11+
V.11–
V.11–
V.11+
RS422
V.11–
V.11+
0100
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
9
RS485–
RS485+
RS485–
RS485+
RS485–
RS485+
RS485–
RS485+
RS485–
RS485+
RS485–
RS485+
RS485–
RS485+
RS485
RS485–
RS485+
RS485–
RS485+
RS485–
RS485+
RS485–
RS485+
RS485–
RS485+
RS485–
RS485+
RS485–
RS485+
0101
RS485
0101
>12kΩ to GND
tri-state
tri-state
RS449
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
V.11–
1100
V.11+
V.11–
V.11+
V.10
V.10
RS449
1100
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
V.10
>12kΩ to GND
EIA530
1101
tri-state
tri-state
EIA530
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
V.10
V.10
1101
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
V.10
>12kΩ to GND
>12kΩ to GND
EIA-530A
EIA-530A
tri-state
tri-state
1111
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
V.10
V.10
1111
V.11+
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
V.11–
V.11–
V.11+
V.10
V.10
SP504_02_2708
>12kΩ to GND
>12kΩ to GND
>12kΩ to GND
>12kΩ to GND
tri-state
tri-state
tri-state
tri-state
V.11–
V.11+
V.11–
V.11+
V.11–
V.11+
V.36
0110
V.10
V.10
V.10
V.10
0110
V.36
V.11+
V.11–
V.11+
V.10
V.11–
V.11+
V.11–
V.10
V.10
V.10