QT2032-EKG-1A2 Applied Micro Circuits Corporation, QT2032-EKG-1A2 Datasheet - Page 196

• Manufacturer Part Number: QT2032-EKG-1A2
• Manufacturer: Applied Micro Circuits Corporation

Specifications of QT2032-EKG-1A2

• Lead Free Status / RoHS Status: Supplier Unconfirmed

QT2022/32 - Data Sheet: DS3051
Table 69: Serial Receiver Specifications (Continued)
Figure 48: 10 Gb/s Receiver Input Compliance Mask in XFP mode
196
SCC11
SCD11
JTOL_XFP
JTOL_
nonXFP
Tl
Parameter
Common-mode input return loss
Differential to common-mode conversion
Jitter amplitude tolerance
Eye Mask in XFP mode
CDR Lock Time at Start-up
Note
Note
additional length corresponding to a worst-case XFI compliant channel; SJ is applied as per the template given in Figure 48.
Note 3:
made up of DDJ+DCD+RJ+SJ where the DDJ is generated using a 7.5GHz Bessel-Thomson filter, DCD (minimum
0.05UIpp) is generated using 1GHz sinusoidal amplitude interference and the SJ is applied as per the template given in
Figure 52-4 of IEEE802.3.
Note
1: Return Loss given by equation SDD11(dB)= 10 - 16.6Log10(f/7.5), with f in GHz
2: Total Jitter made up of DDJ+RJ+SJ; DDJ is generated using a length of FR4 to achieve 18ps pp DJ and then an
4: Baud rate is specified relative to the reference clock frequency in Table 66 on page 191
Jitter arrived at according to the same procedure as described in IEEE 802.3 Clause 52.9.10.2. Total Jitter (TJ)
Differential
Amplitude
mVpp
Description
AppliedMicro - Confidential & Proprietary
+525
-525
+55
-55
0
(100mV allocated for multiple reflections)
6
12
0.65
0.4
Min
X1=0.325
Figure 48
Typ
Time in UI
200
Max
1-X1=0.675
dB
dB
UIpp
UIpp
ms
Units
0.1-15GHz
0.1-15GHz
XFP = 1, SJ@80MHz (see
XFP = 0, SJ@80MHz (see
XFP = 1
from application of input data and de-
assertion of RXLOSB_I
Conditions
Revision 5.11
Note
Note
2)
3)