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MAX96706 Datasheet, PDF (19/73 Pages) Maxim Integrated Products – 14-Bit GMSL Deserializer with Coax or STP Cable Input
MAX96706
14-Bit GMSL Deserializer
with Coax or STP Cable Input
Pin Description (continued)
PIN
OTHER PINS
1
3
4
6
7
9
10
11
12
27
32
NAME
GPI
IN1+
IN1-
IN0+
IN0-
RX/SDA
TX/SCL
ERRB
LOCK
PWDNB
MS
FUNCTION
General-Purpose Input with Internal Pulldown to EP. Serializer
GPO (or INT) output follows the state of the GPI.
Noninverting CML Serial-Data Input 1. Coax input when CXTP is
high.
Inverting CML Serial-Data Input 1
Noninverting CML Serial-Data Input 0. Coax input when CXTP is
high.
Inverting CML Serial-Data Input 0
Receive/Serial Data. Input/output with internal 30kΩ pullup to
IOVDD. In UART mode, RX/SDA is the Rx input of the serializer's
UART. In I2C mode, RX/SDA is the SDA input/output of the serial-
izer's I2C master/slave. RX/SDA has an open-drain driver and
requires a pullup resistor.
Transmit/Serial Clock. Input/output with internal 30kΩ pullup to
IOVDD. In UART mode, TX/SCL is the Tx output of the serializer's
UART. In I2C mode, TX/SCL is the SCL input/output of the serial-
izer's I2C master/slave. TX/SCL has an open-drain driver and
requires a pullup resistor.
Error Output. Active-low, open-drain video data error output with
internal pullup to IOVDD. ERRB goes low when decoding errors
during normal operation exceed a programmed threshold, or when
at least one PRBS error is detected during a PRBS test. ERRB is
output high when PWDNB is low.
Lock Output. Open-drain output with internal pullup to IOVDD.
LOCK high indicates PLLs are locked with correct serial-word
boundary alignment. LOCK low indicates PLLs are not locked, or
incorrect serial-word boundary alignment. LOCK is low when the
configuration link is active. LOCK is output high when PWDNB is
low.
Active-Low, Power-Down Input with Internal Pulldown to EP.
Set PWDNB low to enter power-down mode to reduce power
consumption.
Mode-select Input with Internal Pulldown to EP. Set MS low to
select base mode. Set MS high to select bypass mode.
REF SUPPLY
IOVDD
IOVDD
IOVDD
IOVDD
IOVDD
IOVDD
IOVDD
TYPE
Digital
Digital
Digital
Digital
Digital
Digital
Digital
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