Datasheet

DS100BR111
www.ti.com SNLS338E –JANUARY 2011–REVISED FEBRUARY 2013
Electrical Characteristics (continued)
Parameter Test Conditions Min Typ Max Units
I
IN
Input Leakage Current Vinput = 0V or VDD -15 +15 µA
VDD_SEL = Float
Vinput = 0V or VIN -15 +15
VDD_SEL = Low
I
IN-P
Input Leakage Current Vinput = 0V or VDD - 0.05V -160 +80 µA
4-Level Input
(2)
VDD_SEL = Float
Vinput = 0V or VIN - 0.05V
VDD_SEL = Low
LOS and ENABLE / DISABLE Timing
T
LOS_OFF
Input IDLE to Active See
(3)
0.035 µS
RX_LOS response time
T
LOS_ON
Input Active to IDLE See
(3)
0.4 µS
RX_LOS response time
T
OFF
TX Disable assert Time See
(3)
0.005 µS
TX_DIS = HIGH to
Output OFF
T
ON
TX Disable negateTime See
(3)
0.150 µS
TX_DIS = LOW to
Output ON
T
LP_EXIT
Auto Low Power Exit See
(3)
150 nS
ALP to Normal
Operation
T
LP_ENTER
Auto Low Power Enter See
(4)
100 uS
Normal Operation to
Auto Low Power
CML Receiver Inputs
V
TX
Source Transmit Launch Default power-up conditions 190 800 1600 mV
Signal Level ENSMB = 0 or 1
RL
RX-IN
RX return loss SDD11 @ 4.1 GHz -12 dB
SDD11 @ 11.1 GHz -8
SCD11 @ 11.1 GHz -10
High Speed Transmitter Outputs
V
OD1
Output Voltage OUT+ and OUT- AC coupled 500 650 800 mVp-p
Differential Swing and terminated by 50Ω to
GND
VOD_SEL = LOW (700 mV
setting)
DE = LOW
V
OD2
Output Voltage OUT+ and OUT- AC coupled 800 1000 1100
Differential Swing and terminated by 50Ω to
GND
VOD_SEL = FLOAT (1000
mV setting)
DE = LOW
V
OD3
Output Voltage OUT+ and OUT- AC coupled 950 1150 1350
Differential Swing and terminated by 50Ω to
GND
VOD_SEL = 20K (1200 mV
setting)
DE = LOW
V
OD_DE1
De-Emphasis Levels OUT+ and OUT- AC coupled -3 dB
and terminated by 50Ω to
GND
VOD_SEL = FLOAT (1000
mV setting)
DE = FLOAT
(2) Input is held to a maximum of 50 mV below VDD or VIN to simulate the use of a 1K resistor on the input.
(3) Parameter not tested in production.
(4) Parameter not tested in production.
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