Datasheet

PRODUCT SPECIFICATION
REVISI ECR/ECN DOCUMENT NUMBER SHEET
A
EK2015-0***
PS-80239-001
6 of 8
DATE: CREATED / REVISED CHECKED BY: APPROVED BY:
2015/08/03
Eric Bai Jerry Wang Larry Chen
minimum of 5 minutes). Humidity is not
controlled. Perform 500 such cycles.
3.9.17 Mixed
Flowing Gas
Comply with method EIA 364-65,Class II A.
duration:7-days, Options #1A and #1B as
specified in EIA 364-1000.01.
After the test, the sample shall
pass the requirement of 3.9.1,
3.9.2 specification.
High Frequence Characteristics
3.9.18 Mated
Connector
Impedance
(Differential)
Comply with method EIA 364 -108.
This test ensures that the signal conductors of
the USB Type C connectors have the proper
impedance.Rise time =40ps(20%-80%) rise
time of a differential TDR. (Mated connector
includes cable termination areas).
76Ω minimum, 96Ω maximum.
(Only for connector Area.)
SuperSpeed pairs only.
3.9.19
Differential
Insertion Loss
of Super
Speed Pairs of
Mated Cable
Assembly
Comply with method EIA-360-101.
The differential insertion loss measures the
differential signal energy transmitted through
the mated connector.
The differential insertion loss
curve must be above or on the
curve defined by the following
vertices: (100 MHz, -0.25 dB),
(2.5 GHz, -0.35 dB), (5 GHz, -
0.45 dB), (10 GHz, -0.75 dB)
and (15 GHz, -1.85 dB), See
Figure 3-1.
3.9.20
Differential
Return Loss of
Super Speed
Pairs of Mated
Cable
Assembly
Comply with method EIA-360-101.
The differential return loss measures the
differential signal energy transmitted through
the mated connector.
The differential insertion loss
curve must be above or on the
curve defined by the following
vertices: (100 MHz, -20 dB), (5
GHz, -20 dB), (10 GHz, -13 dB)
and (15 GHz, -6 dB), See Figure
3-2.
3.9.21
Differential
Near-End and
Far-End
Crosstalk
between Super
Speed Pairs of
Mated Cable
Assembly
Comply with method EIA-360-90.
The differential crosstalk measures the
unwanted coupling between differential pairs.
Both neat-end crosstalk and
far-end crosstalk for mated
connector pairs are specified,
The recommended limit is
defined by the follow vertices:
(100 MHz, -40 dB), (5 GHz, -40
dB), (10 GHz, -36 dB) and (15
GHz, -30 dB), See Figure 3-3.
3.9.22
Differential
Crosstalks
between Super
Speed Pairs
and D+/D- pair
of Mated Cable
Assembly
Comply with method EIA-360-90.
The differential near-end and far-end crosstalk
between the D+/D- pair and the Super Speed
pairs in mated connector should be managed
not to exceed the limit.
The recommended limit is
defined by the follow vertices:
(100 MHz, -40 dB), (5 GHz, -40
dB), and (7.5 GHz, -36 dB), See
Figure 3-4.
Figure 3-2. Differential return loss
requirement
Figure 3-1. Differential insertion loss
requirement