FAGD16556ECLBA Intel, FAGD16556ECLBA Datasheet - Page 24

• Manufacturer Part Number: FAGD16556ECLBA
• Manufacturer: Intel

Specifications of FAGD16556ECLBA

• Operating Supply Voltage (typ): 3.3V
• Operating Temperature Classification: Commercial
• Mounting: Surface Mount
• Pin Count: 100
• Lead Free Status / RoHS Status: Not Compliant

AC Characteristics - GD16556
T
Figure 25.Low-speed Output Timing.
Figure 26.Loop-back Timing.
Note 1:
Data Sheet Rev.: 23
Symbol:
J
J
J
S
CID
t
t
t
L
F
F
F
CASE
ACQUISITION
CKO
LB
TRANSFER
TRAN. Loop-back
TOL. Loop-back
LOS_DET
LBCK/N
LB/N
BP/N
LIA
= -5 °C to +75 °C (For /ECL version T
This figure applies when the GD16556 is used in non-transponder systems. In this type of application it may be
necessary to adjust the loop-filter depending on the bit-rate to achieve the jitter-transfer and jitter tolerance (This
implies that true on-the-fly operation between bit-rates is not possible). The recommended loop-filter(s) is to be used.
Customer input is required with respect to jitter-transfer in transponder systems.
Characteristic:
Jitter transfer
Jitter transfer
Jitter tolerance
Linear Input Amplifier sensitivity (differential)
Consecutive Identical Digits (Number of bits
without transitions)
Acquisition time
Output phase delay
Loop-back output phase delay
LOS_DET low to high
LOS_DET high to low
Maximum frequency of LBCK, LBCKN
Maximum frequency of LB, LBN
Maximum frequency of BP, BPN
LBCKN
LBCK
CKO
DOx
LBN
LB
CASE
= -5 °C to +90 °C).
GD16556/GD16557*
Conditions:
Note 1
@3R loop-back
@3R loop-back
BER = 1E-10
Transition
density=0.5
BER above preset
level
BER below preset
level
t
CKO
t
LB
MIN.:
2.67
2.67
131
0
3
Refer to Figure 27
Refer to Figure 28
TYP.:
2000
0.3
50
84
5
5
5
5
MAX.:
0.65
316
0.1
26
8
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UNIT:
Gbit/s
Gbit/s
GHz
mV
dB
ms
ns
ps
ms
ms