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DS3173N Datasheet(PDF) 29 Page - Dallas Semiconductor

Part # DS3173N
Description  Single/Dual/Triple/Quad DS3/E3 Single-Chip Transceivers
PDF  232 Pages
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Manufacturer  DALLAS [Dallas Semiconductor]
Direct Link  https://www.maximintegrated.com/en.html
Logo DALLAS - Dallas Semiconductor

DS3173N Datasheet(HTML) 29 Page - Dallas Semiconductor

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PIN NAME
TYPE
PIN DESCRIPTION
This output is enabled when the TX LIU is enabled and the output is enabled to be
driven. When it is not enabled, it is in a high impedance state.
o
DS3: 44.736 Mbps +20ppm
o
E3: 34.368 Mbps +20ppm
RXPn
Ia
Receive Positive analog
RXPn: This pin and the RXNn pin form a differential AMI input which is coupled to the
outbound 75
W coaxial cable through a 2:1 step-up transformer (Figure 1-1). This input
is used when the RX LIU is enabled and is ignored when the LIU is disabled.
o
DS3: 44.736 Mbps +20ppm
o
E3: 34.368 Mbps +20ppm
RXNn
Ia
Receive Negative analog
RXNn: This pin and the RXPn pin form a differential AMI input which is coupled to the
outbound 75
W coaxial cable through a 2:1 step-up transformer (Figure 1-1). This input
is used when the LIU is enabled and is ignored when the LIU is disabled.
o
DS3: 44.736 Mbps +20ppm
o
E3: 34.368 Mbps +20ppm
RLCLKn
I
Receive Line Clock Input
RLCLKn: This clock is typically used for the reference clock for the RPOSn / RDATn,
RNEGn / RLCVn signals but can also be used as the reference clock for the RSERn,
RSOFOn / RDENn, TSOFIn, TSERn, TSOFOn / TDENn, TPOSn / TDATn and
TNEGn signals. This input is ignored when the LIU is enabled.
This input signal can be inverted.
o
DS3: 44.736 MHz +20 ppm
o
E3: 34.368 MHz +20 ppm
RPOSn /
RDATn
Iad
Receive Positive AMI / Data
RPOSn: When the port line is configured for B3ZS, HDB3 or AMI mode and the LIU is
disabled, a high on this pin indicates that a positive pulse has been detected using an
external LIU. The signal is sampled on the positive clock edge of the referenced clock
pin if the clock pin signal is not inverted, otherwise it is sampled on the falling edge of
the clock. The signal is typically referenced to the RLCLKn line clock input pins, but it
can be referenced to the RCLKOn output pins.
This input signal can be inverted.
RDATn: When the port line interface is configured for UNI mode, the un-encoded
receive signal is input on this pin. The signal is sampled on the positive clock edge of
the referenced clock pin if the clock pin signal is not inverted, otherwise it is sampled
on the falling edge of the clock. The signal is typically referenced to the RLCLKn line
clock input pins, but it can be referenced to the RCLKOn output pins.
This input signal can be inverted.
o
DS3: 44.736 Mbps +20ppm
o
E3: 34.368 Mbps +20ppm
RNEGn /
RLCVn
Iad
Receive Negative AMI / Line Code Violation / Line OH Mask input
RNEGn: When the port line is configured for B3ZS, HDB3 or AMI mode and the LIU is
disabled, a high on this pin indicates that a negative pulse has been detected using
an external LIU. The signal is sampled on the positive clock edge of the referenced
clock pin if the clock pin signal is not inverted, otherwise it is sampled on the falling
edge of the clock. The signal is typically referenced to the RLCLKn line clock input
pins, but it can be referenced to the RCLKOn output pins.
This input signal can be inverted.
o
DS3: 44.736 Mbps +20ppm
o
E3: 34.368 Mbps +20ppm
RLCVn: When the port line interface is configured for UNI mode, the BPV counter in
the encoder/decoder block is incremented each clock when this signal is high. The
signal is sampled on the positive clock edge of the referenced clock pin if the clock
pin signal is not inverted, otherwise it is sampled on the falling edge of the clock. The
signal is typically referenced to the RLCLKn line clock input pins, but it can be



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