2.488 GBPS – 2.7 GBPS QUAD MUX WITH FAN OUT BUFFERS
S3053
Table 4. AC Characteristics (Over recommended operating conditions.)
Parameter
Description
Min
Typ
Max Units
Conditions
Serial Data rise time.
(OUT0, OUT1).
TR
TF
T1
175
150
ps
ps
ns
20% to 80% tested
on a sample basis.
(100Ω line-to-line.)
Serial Data fall time.
(OUT0, OUT1).
Flow through propagation
delay IN to OUT.
2.0
4
100Ω load line-to-line.
Random jitter
2
ps
ps
RJ
DJ
Deterministic jitter
20
Table 5. LVTTL Input DC Characteristics (Over recommended operating conditions.)
Parameter
VIH(ITL)
Description
Min
2.0
0
Typ
Max Units
Conditions
Input HIGH voltage (SEL-TTL)
Input LOW voltage (SEL-TTL)
Input HIGH current (SEL-TTL)
Input LOW current (SEL-TTL)
VCC
0.8
50
V
V
VIL(ITL)
IIH(ITL)
IIL(ITL)
µA
µA
VIN = 2.4V
VIN = 0.5V
-500
-50
Table 6. CML Output DC Characteristics
Parameter
Description
Min
Typ
Max Units
Conditions
Vcc
-1.0
Vcc
V
VOL
VOH
CML Output LOW Voltage
100Ω line-to-line.
-0.55
Vcc
-0.35
Vcc
V
CML Output HIGH Voltage
100Ω line-to-line.
-0.10
CML Serial Output Differential
Voltage Swing
100Ω line-to-line. See
Figure 3. Rext = open.
∆VOUTDIFF
900
450
1460
730
mV
100Ω line-to-line. See
mV Figure 3. Rext =ch
open.
CML Serial Output Single-
ended Voltage Swing
∆VOUTSINGLE
Table 7. Internally Biased LVPECL Input DC Characteristics
Parameters
∆VINDIFF
Description
Min
Typ
Max Units
Conditions
See Figure 3.
Min. Differential Input Voltage
Swing
300
1200
mV
Min. Single-ended Input
Voltage Swing
∆VINSINGLE
150
80
600
120
mV
See Figure 3.
Ω
RDIFF
Differential Input Resistance
100
7
October 10, 2000 / Revision D
AMCC [ APPLIED MICRO CIRCUITS CORPORATION ]
