TYPE
PRODUCT SPECIFICATION
NUMBER
GS-12-130
(Was GES-12-130)
TITLE PAGE REVISION
1 of 16 K
AUTHORIZED BY DATE
USB + Power Product Specification
XK Z
HANG 07/05/10
CLASSIFICATION
UNRESTRICTED
This document is the property of and embodies CONFIDENTIAL and PROPRIETARY information of FCI Electronics. No part of the information shown on this document may be used in
any way without the written consent of FCI Electronics.
Form E-3005
Rev A 02/12/01
V20603
GS-01-001
1.0 OBJECTIVE
This specification defines the performance, test, quality and reliability requirements of the USB+Power
(Universal Serial Bus with keyed power terminals) including the following: Series “A” Right Angle
2.0 SCOPE:
This specification is applicable to the termination characteristics of the USB+ Power family of products,
which provides interconnection of computer peripherals.
3.0 GENERAL
This document is composed of the following sections:
Paragraph Title
1. OBJECTIVE
2. SCOPE
3. GENERAL
4. APPLICABLE DOCUMENTS
5. REQUIREMENTS
5.1 Qualification
5.2 Product Examination
5.3 Material
5.4 Finish
5.5 Design and Construction
6. ELECTRICAL CHARACTERISTICS
7. MECHANICAL CHARACTERISTICS
8. ENVIRONMENTAL CHARACTERISTICS
9. QUALITY ASSURANCE PROVISIONS
9.1 Equipment Calibration
9.2 Inspection Conditions
9.3 Sample Quantity And Description
9.4 Acceptance
9.5 Qualification Testing
9.6 Re-qualification Testing
Figure 1 CONTACT RESISTANCE MEASUREMENT POINTS
Figure 2 SHOCK AND VIBRATION MOUNTING FIXTURE
Table 1 QUALIFICATION TESTING AND SEQUENCE MATRIX
PDM: Rev:J Released .STATUS: Printed: May 06, 2010
PDM: Rev:K Released .STATUS: Printed: Nov 28, 2010
TYPE
PRODUCT SPECIFICATION
NUMBER
GS-12-130
(Was GES-12-130)
TITLE PAGE REVISION
2 of 16 K
AUTHORIZED BY DATE
USB + Power Product Specification
XK ZHANG07/05/10
CLASSIFICATION
UNRESTRICTED
This document is the property of and embodies CONFIDENTIAL and PROPRIETARY information of FCI Electronics. No part of the information shown on this document may be used in
any way without the written consent of FCI Electronics.
Form E-3005
Rev A 02/12/01
V20603
GS-01-001
4.0 APPLICABLE DOCUMENTS
4.1 Specifications:
4.1.1 Engineering Drawings
55917, 57489,10063583 USB + Power Receptacle Assembly
74233, 57496 USB + Power Plug Assembly
4.2 Military Standards:
4.2.1 MIL-STD-202F: Test Methods for Electronic Component Parts
4.2.2 MIL-STD-1344A: Test Methods for Electrical Connectors
4.2.3 MIL-C-45662: Equipment Calibration
4.3 Federal Specifications:
4.3.1 QQ-N-290: Nickel Plating (Electrodeposited)
4.3.2 QQ-B-750: Phosphor Bronze Alloy Strip
4.3.3 QQ-S-571: Solder
4.4 Other Standards and Specifications:
4.4.1 UL94: Flammability
4.4.2 ASTM B-103: Phosphor Bronze
4.4.3 ISO 9000:
4.4.4 EIA 364: Electrical connector/socket test procedures including
environmental classifications
4.4.5 ASTM-D-4565: Physical and Environmental Performance Properties of
Insulation and Jacket for Telecommunications Wire and
Cable, Test Standard Method
4.4.6 ASTM-D-4566: Electrical Performance Properties of Insulation and
Jacket for Telecommunication Wire and Cable, Test
Standard Method
4.4.7 USB Universal Serial BUS Specification
4.5 Berg Specifications:
4.5.1 BUS-03-114: Capacitance Measurement
4.5.2 BUS-03-404: Normal Force Measurement
4.5.3 BUS-03-405: Insertion/Withdrawal Force Measurement
4.5.4 BUS-03-601: Current Rating/30° Temperature Rise
4.5.5 BUS-16-016: Phosphor Bronze Strip
4.5.6 BUS-16-074: PCT, 30% glass
4.5.7 BUS-19-002: Solderability
4.5.8 BUS-19-020: Porosity
4.5.9 BUS-19-040: Plating Adhesion
4.5.10
BUS-19-002: Surface Mount Solder Joint Reliability
4.5.11
BUS-19-122: Solder Joint Reliability Test Procedure for Surface Mount
Connectors
PDM: Rev:J Released .STATUS: Printed: May 06, 2010
PDM: Rev:K Released .STATUS: Printed: Nov 28, 2010
TYPE
PRODUCT SPECIFICATION
NUMBER
GS-12-130
(Was GES-12-130)
TITLE PAGE REVISION
3 of 16 K
AUTHORIZED BY DATE
USB + Power Product Specification
XK ZHANG 07/05/10
CLASSIFICATION
UNRESTRICTED
This document is the property of and embodies CONFIDENTIAL and PROPRIETARY information of FCI Electronics. No part of the information shown on this document may be used in
any way without the written consent of FCI Electronics.
Form E-3005
Rev A 02/12/01
V20603
GS-01-001
5.0 REQUIREMENTS
5.1 Qualification
Connectors furnished under this specification shall be capable of meeting the qualification test
requirements specified herein.
5.2 Product Examination
Product will be examined per EIA-364-18 verifying visually paragraphs 5.3, 5.4, and 5.5.
Dimensional examination is not required.
5.3 Material
Material for each part shall be specified herein, or equivalent. Substitute material shall meet the
performance requirements of this specification.
5.3.1 Receptacle and Plug Terminal - The material shall be high strength copper alloy strip.
5.3.2 Receptacle and Plug Insulator Housings and Covers - Connectors shall be molded of
plastic that is rated UL94-V-0 or better in accordance with UL-94.
5.3.3 Receptacle and Plug Shell - The base material shall be phosphor-bronze strip.
5.3.4 Insulator housings and covers of lead free part - The insulator housings and covers of lead
free part will withstand exposure to 260
o
C peak temperature for 40 seconds in a
convection, infra-red or vapor phase reflow oven. For 10063583, it also can withstand
exposure to 260
o
C peak temperature for 10 seconds for 3 times.
5.3.5 Lead free products – All lead free products are RoHS compatible.
5.4 Finish
5.4.1 Receptacle and Plug terminals - shall be plated in the contact area with 0,76um (30 µinches)
palladium nickel with gold flash minimum over 1,27um (50 µinches) minimum nickel. The
receptacle terminal solder tail sections shall be plated with 2,54um (100 µinches) 90/10 tin-
lead minimum or 2,54um (100 µinches) minimum matted tin for lead free part over 1,27um
(50 µinches) minimum nickel. The terminal areas outside of the contact areas and the
solder tail areas shall be plated with 1,27um (50 µinches) nickel minimum.
5.4.2 Outside shells - shall be plated with 2, 00um (75µinches) minimum 90/10 bright tin-lead
over 1,27um (50 µinches) minimum nickel underplate or 2, 00um (75µinches) minimum
bright tin over 1,27um (50 µinches) minimum nickel underplate or only 1.27um (50 micro
inches) minimum nickel.
5.4.3 Lead free plating - All plating chemical for lead free part are qualified by FCI. FCI
qualification include solderability, whiskering, solder joint reliability and tarnishing effects.
5.5 Design and Construction
PDM: Rev:J Released .STATUS: Printed: May 06, 2010
PDM: Rev:K Released .STATUS: Printed: Nov 28, 2010
TYPE
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(Was GES-12-130)
TITLE PAGE REVISION
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CLASSIFICATION
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This document is the property of and embodies CONFIDENTIAL and PROPRIETARY information of FCI Electronics. No part of the information shown on this document may be used in
any way without the written consent of FCI Electronics.
Form E-3005
Rev A 02/12/01
V20603
GS-01-001
5.5.1 Receptacle connector - is a multiple piece assembly having a lower single row of contacts
(USB standard terminals) spaced on dissimilar centerlines (the two inner contacts are
spaced 2.0mm apart and the terminals adjacent to these terminals are spaced 2.5mm
away) in the interface area. The Upper row of contacts used for power transmission is
spaced 2.5mm apart. Each terminal transition will be a 90 degree bend to allow for
termination to the PC board by a through hole leg. The outside shell has six resilient
contact arms (four on the sides and two on the bottom) that act as ESD grounding as well
as cable plug retention features. The two arms on the side of the shell assure that there is
constant contact between the shell and the shell of the cable assembly plug while the
connectors are mated. The receptacle is has a recess to accommodate the spring latch on
the plug connector. The entire receptacle assembly is attached to the printed circuit board
via four retention claws on the outside shell. The connector has four keys for various
supply voltages. Refer to the Customer Drawing for recommended P.C. Board thickness
and keying positions.
5.5.2 The plug connector - is a multiple piece assembly having a lower single row of contacts
(USB standard terminals) spaced on dissimilar centerlines (the two inner contacts are
spaced 2.0mm apart and the terminals adjacent to these terminals are spaced 2.5mm
away) in the interface area. The Upper row of contacts used for power transmission is
spaced 2.5mm apart. Each terminal is straight and is soldered to the cable connectors.
The connector is fitted with two shells. The front shell when mated with the receptacle is in
contact with the resilient contact arms of the receptacle providing EMI protection. The rear
shell provides EMI protection as well as clamps to the cable providing a specified cable
strain relief pull force. The outside shell has six resilient contact arms (four on the sides
and two on the bottom) that act as ESD grounding as well as cable plug retention features.
The two arms on the side of the shell assure that there is constant contact between the
shell and the shell of the cable assembly plug while the connectors are mated. A plastic
spring latch on top of the connector positively latches into the receptacle connector when
mated. The connector provides four keying positions for various supply voltages. Refer to
the Customer Drawing keying positions.
5.5.3 Mating - The connectors shall be capable of mating and unmating manually without the use
of special tools.
5.5.4 Workmanship - Connectors shall be uniform in quality and shall be free from burrs,
scratches, cracks, voids, chips, blisters, pin holes, sharp edges, other defects, debris and
any ingress of foreign material that will adversely affect life or serviceability.
5.5.5 Temperature Rating - The receptacle connector shall be capable of withstanding a storage
temperature range of -55
o
C to 85
o
C and an operating temperature range of -55
o
C to 85
o
C.
6.0 ELECTRICAL CHARACTERISTICS
6.1 Low Level Contact Resistance(LLCR)
6.1.1 Test Standard: EIA 364-23
6.1.2 Acceptance Criteria: 30mΩ max.
6.1.3 Connection Method: Attach current and voltage leads as shown in Figure 1
for p/n 55917, 74233/ Figure 3 for p/n 57489, 57496
PDM: Rev:J Released .STATUS: Printed: May 06, 2010
PDM: Rev:K Released .STATUS: Printed: Nov 28, 2010
TYPE
PRODUCT SPECIFICATION
NUMBER
GS-12-130
(Was GES-12-130)
TITLE PAGE REVISION
5 of 16 K
AUTHORIZED BY DATE
USB + Power Product Specification
XK ZHANG 07/05/10
CLASSIFICATION
UNRESTRICTED
This document is the property of and embodies CONFIDENTIAL and PROPRIETARY information of FCI Electronics. No part of the information shown on this document may be used in
any way without the written consent of FCI Electronics.
Form E-3005
Rev A 02/12/01
V20603
GS-01-001
6.2 Insulation Resistance
6.2.1 Test Standard: EIA 364-21
6.2.2 Acceptance Criteria: >1000 megohms, mated and unmated
6.2.3 Test Voltage: 500 volts DC
6.2.4 Electrification Time: 2 minutes
6.2.5 Measurement Points: Between adjacent contacts and between contacts shell
PDM: Rev:J Released .STATUS: Printed: May 06, 2010
PDM: Rev:K Released .STATUS: Printed: Nov 28, 2010
TYPE
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(Was GES-12-130)
TITLE PAGE REVISION
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AUTHORIZED BY DATE
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XK ZHANG 07/05/10
CLASSIFICATION
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This document is the property of and embodies CONFIDENTIAL and PROPRIETARY information of FCI Electronics. No part of the information shown on this document may be used in
any way without the written consent of FCI Electronics.
Form E-3005
Rev A 02/12/01
V20603
GS-01-001
6.3 Dielectric Withstanding Voltage
6.3.1 Test Standard: EIA 364-20, Method A
6.3.2 Acceptance Criteria: No evidence of arc-over, insulation breakdown, or
excessive current leakage(> 1 mA) mated and
unmated connectors
6.3.3 Test Voltage: 750 volts AC, 60
6.3.4 Test Barometric Pressure: 760mm Hg, Sea level
6.4 Current Rating
6.4.1 Test Standard: BUS-03-601
6.4.2 Acceptance Criteria: 30
0
C Max. delta T any point.
6.4.3 Test Methods: USB Section;
With all contacts energized 1.5 Amp per contact
Power Section;
With all contacts energized,3.0 Amps per contact.
Note: All contacts to be energized for this test
6.4.4 Ambient Conditions: Still air at 25 degrees C.
6.5 Capacitance
6.5.1 Test Standard: EIA 364-30
6.5.2 Acceptance Criteria: 2 pF max.
6.5.3 Ambient Conditions: Still air at 25 degrees C.
6.5.4 Frequency: 1 kHz (default 1 MHz)
6.5.5 Points of Measurement Between adjacent contacts in an unmated
connector
7.0 MECHANICAL CHARACTERISTICS
7.1 Mating/Unmating Force
7.1.1 Test Standard: EIA 364-13
7.1.2 Acceptance Criteria:
7.1.2.1 Mating: <66.0 N (15 Lb.)per plug
7.1.2.2 Unmating: <44.0 N (10 Lb.)per plug after latch is unlatched
7.1.3 Cross Head Speed: 1 inch per minute
7.1.4 Mounting: Free floating fixtures
7.2 Contact Retention
7.2.1 Test Standard: EIA 364-29
7.2.2 Acceptance Criteria: Axial Load > 0.5 pounds without dislodging
7.2.3 Application Rate: 0.2 inches/minute
PDM: Rev:J Released .STATUS: Printed: May 06, 2010
PDM: Rev:K Released .STATUS: Printed: Nov 28, 2010
TYPE
PRODUCT SPECIFICATION
NUMBER
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(Was GES-12-130)
TITLE PAGE REVISION
7 of 16 K
AUTHORIZED BY DATE
USB + Power Product Specification
XK ZHANG 07/05/10
CLASSIFICATION
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This document is the property of and embodies CONFIDENTIAL and PROPRIETARY information of FCI Electronics. No part of the information shown on this document may be used in
any way without the written consent of FCI Electronics.
Form E-3005
Rev A 02/12/01
V20603
GS-01-001
7.3 Latch Pull Force
7.3.1 Test Standard: EIA 364-13
7.3.2 Acceptance Criteria: Mated condition Multi-directional <66.0 N (15 Lb.)
without loss of continuity and without causing
visible physical damage to the receptacle and plug
7.3.3 Application Rate: 0.2 inches/minute
7.4 Cable Pull Out
7.4.1 Test Standard: EIA 364-46
7.4.2 Acceptance Criteria: Axial pull without loss of continuity, No jacket tears
or visual exposure of shield. No jacket movement
greater than 1.5 mm at point of exit
7.4.3 Application Rate: Plug Unmated condition Cable Axial-directional
<132.0 N (30 Lb.) 0.2 inches/minute
7.5 Cable Flexing
7.5.1 Test Standard: EIA 364-41, Condition I: dim x=3.7 x cable diameter or
thickness; 100 cycles in each of two planes
7.5.2 Acceptance Criteria: No discontinuities, DWV, IR,
7.5.3 Application Rate: Mated Condition Cable
8.0 ENVIRONMENTAL CONDITIONS
Acceptance Criteria - After exposure to the following environmental conditions in accordance with the
specified test procedure and/or details, the product shall show no physical damage and shall meet the
electrical and mechanical requirements per paragraphs 6.0 and 7.0 as specified in the Table 1. Unless
specified otherwise, assemblies shall be mated during exposure.
8.1 Thermal Shock
8.1.1 Test Standard: EIA 364-32, Test Condition I
8.1.2 Number of Cycles: 5
8.1.3 Time at each Temperature: 30 minutes
8.1.4 Transfer Time: 5 minutes maximum
8.2 Temperature & Humidity
8.2.1 Test Standard: As specified below
8.2.2 High Temperature/Humidity:
Low Temperature/Humidity 60+/-3 degrees C @ 90-95 RH
25+/-3 degrees C @ 55 +/- 10% RH
8.2.3 Cycle times: 8 hours total
1.75 hours @ Low, 1.5 ramp up, 4 hours @
high, .75 hour ramp down
8.3 High Temperature Life
PDM: Rev:J Released .STATUS: Printed: May 06, 2010
PDM: Rev:K Released .STATUS: Printed: Nov 28, 2010
TYPE
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(Was GES-12-130)
TITLE PAGE REVISION
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This document is the property of and embodies CONFIDENTIAL and PROPRIETARY information of FCI Electronics. No part of the information shown on this document may be used in
any way without the written consent of FCI Electronics.
Form E-3005
Rev A 02/12/01
V20603
GS-01-001
8.3.1 Test Standard: EIA 364-17, Test Condition 3, Method A
8.3.2 Test Temperature: 85 degrees C
8.3.3 Test Duration: 250 hours
8.4 Industrial Mixed Flowing Gas (IMFG)
8.4.1 Test Standard: EIA 364-65, Class: III
8.4.2 Duration: 7 days
8.4.3 Condition: Mated connectors
8.5 Vibration, Random
8.5.1 Test Standard: EIA 364-28, Test Condition: V ,Test Letter A
8.5.2 Acceptance Criteria: No discontinuities greater than 1 microsecond
8.5.3 Duration: 15 minutes along each of three orthogonal axes
8.5.4 Mounting: See Figure 2 for p/n 55917, 74233/ Figure 4 for p/n
57489, 57496
8.6 Mechanical Shock
8.6.1 Test Standard: EIA 364-27, Condition: H
8.6.2 Acceptance Criteria: No discontinuities greater than 1microseconds
8.6.3 Mounting: See Figure 2
8.7 Durability
8.7.1 Test Standard: Standard laboratory procedure as applicable to the
specific product, Latch removed
8.7.2 Number of Cycles: 1500 cycles
8.7.3 Cycling Rate: 200 cycles/hour Maximum
8.8 Solderability
8.8.1 Test Standard: ANSI-J-002, Test Condition A
8.8.2 Acceptance Criteria: Meets ANSI-J-002 requirements
8.8.3 Steam Aging: 4 hours
8.9 Resistance to Solder Heat
8.9.1 Test Standard:
8.9.1.1 Thru Hole EIA 364-56,Procedure 3,Condition E
8.9.1.2 Surface Mount EIA 364-56,Procedure 5, Level 3
8.9.2 Acceptance Criteria: There shall be no evidence of physical or mechanical
damage
PDM: Rev:J Released .STATUS: Printed: May 06, 2010
PDM: Rev:K Released .STATUS: Printed: Nov 28, 2010
TYPE
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(Was GES-12-130)
TITLE PAGE REVISION
9 of 16 K
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XK ZHANG 07/05/10
CLASSIFICATION
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This document is the property of and embodies CONFIDENTIAL and PROPRIETARY information of FCI Electronics. No part of the information shown on this document may be used in
any way without the written consent of FCI Electronics.
Form E-3005
Rev A 02/12/01
V20603
GS-01-001
8.10 Resistance to Solvents
8.10.1
Test Standard: EIA 364-11, Class IV
8.10.2
Acceptance Criteria: No evidence of physical or mechanical damage
8.10.3
Solvent Temperature: 25 C
8.10.4
Immersion Time: 3 minutes
9.0 QUALITY ASSURANCE PROVISIONS
9.1 Equipment Calibration
All test equipment and inspection facilities used in the performance of any test shall be maintained
in a calibration system in accordance with MIL-C-45662 and ISO 9000.
9.2 Inspection Conditions
Unless otherwise specified herein, all inspections shall be performed under the following ambient
conditions:
9.2.1 Temperature: 25 +/- 5 degrees C
9.2.2 Relative Humidity: 30% to 60%
9.2.3 Barometric Pressure: Local ambient
9.3 Sample Quantity and Description
Total Receptacles: 52
Total Plugs 57
9.3.1 Groups 1, 2 ,7: 8 samples in each group ( 8 receptacles, 8 plugs)
9.3.2 Groups 3, 5, 6: 5 samples in each group (5 receptacles, 5 plugs)
9.3.3 Group 4: 3 samples in group ( 3 receptacles, 3 plugs)
9.3.4 Group 8, 9: 5 samples in group ( 5 receptacles, 5 plugs)
9.3.5 Group 10: 5 samples in group ( 5 plugs)
Note: Group 3: Receptacle is loose piece and not mounted to the test board
9.4 Acceptance
9.4.1 Electrical and mechanical requirements placed on test samples as indicated in paragraphs
6.0 and 7.0 shall be established from test data using appropriate statistical techniques or
shall otherwise be customer specified, and all samples tested in accordance with this
product specification shall meet the stated requirements.
9.4.2 Failures attributed to equipment, test set-up, or operator error shall not disqualify the
product. If product failure occurs, corrective action shall be taken and samples resubmitted
for qualification.
9.5 Qualification Testing - Qualification testing shall be performed on sample units produced with
equipment and procedures normally used in production. The test sequence shall be as shown in
Table 1.
PDM: Rev:J Released .STATUS: Printed: May 06, 2010
PDM: Rev:K Released .STATUS: Printed: Nov 28, 2010
TYPE
PRODUCT SPECIFICATION
NUMBER
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(Was GES-12-130)
TITLE PAGE REVISION
10 of 16 K
AUTHORIZED BY DATE
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XK ZHANG 07/05/10
CLASSIFICATION
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This document is the property of and embodies CONFIDENTIAL and PROPRIETARY information of FCI Electronics. No part of the information shown on this document may be used in
any way without the written consent of FCI Electronics.
Form E-3005
Rev A 02/12/01
V20603
GS-01-001
9.6 Re-qualification Testing - If any of the following conditions occur, the responsible product engineer
shall initiate re-qualification testing consisting of all applicable parts of the qualification test matrix
(Table 1).
9.6.1 A significant design change is made to the existing product which impacts the product
form, fit or function. Examples of significant changes shall include, but not be limited
to, changes in the plating material composition or thickness, contact force, contact
surface geometry, insulator design, contact base material, or contact lubrication
requirements.
9.6.2 A significant change is made to the manufacturing process which impacts the product
form, fit or function.
9.6.3 A significant event occurs during production or end use requiring corrective action to be
taken relative to the product design or manufacturing process.
PDM: Rev:J Released .STATUS: Printed: May 06, 2010
PDM: Rev:K Released .STATUS: Printed: Nov 28, 2010
TYPE
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This document is the property of and embodies CONFIDENTIAL and PROPRIETARY information of FCI Electronics. No part of the information shown on this document may be used in
any way without the written consent of FCI Electronics.
Form E-3005
Rev A 02/12/01
V20603
GS-01-001
PDM: Rev:J Released .STATUS: Printed: May 06, 2010
PDM: Rev:K Released .STATUS: Printed: Nov 28, 2010
TYPE
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any way without the written consent of FCI Electronics.
Form E-3005
Rev A 02/12/01
V20603
GS-01-001
PDM: Rev:J Released .STATUS: Printed: May 06, 2010
PDM: Rev:K Released .STATUS: Printed: Nov 28, 2010
TYPE
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any way without the written consent of FCI Electronics.
Form E-3005
Rev A 02/12/01
V20603
GS-01-001
PDM: Rev:J Released .STATUS: Printed: May 06, 2010
PDM: Rev:K Released .STATUS: Printed: Nov 28, 2010
TYPE
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NUMBER
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(Was GES-12-130)
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CLASSIFICATION
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This document is the property of and embodies CONFIDENTIAL and PROPRIETARY information of FCI Electronics. No part of the information shown on this document may be used in
any way without the written consent of FCI Electronics.
Form E-3005
Rev A 02/12/01
V20603
GS-01-001
PDM: Rev:J Released .STATUS: Printed: May 06, 2010
PDM: Rev:K Released .STATUS: Printed: Nov 28, 2010
TYPE
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(Was GES-12-130)
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This document is the property of and embodies CONFIDENTIAL and PROPRIETARY information of FCI Electronics. No part of the information shown on this document may be used in
any way without the written consent of FCI Electronics.
Form E-3005
Rev A 02/12/01
V20603
GS-01-001
Qualification Testing and Sequence Matrix
See paragraph. 9.3 for quantities
Table 1
Qualification Testing and
Sequence Matrix
Test Procedure Para 1 2 3 4 5 6 7 8 9 10
Product Examination 5.2 1,11 1,7 1,5,11 (C)
1,3
1,3 1,4
1,5
1,3 1,5 1,3
Contact Resistance 6.1 3,5,8, 10
2,4,6
2,6
Insulation Resistance 6.2 3,10 (C)
2,6
Dielectric Withstanding
Voltage
6.3 4,9 (C)
3,7
Current Rating 6.4 2
Capacitance 6.5 2,8 (C)
Mating / Unmating Forces 7.1 2,9
Contact Retention 7.2 8 (B)
Thermal Shock 8.1 6 3 (D)
Temperature and Humidity
8.2 7 5(E)
High Temperature Life 8.3 5
Ind. Mixed Flowing Gas 8.4 4
Vibration
8.5 6
Mechanical Shock 8.6 7
Durability 8.7 4 3(A)
Solderability 8.8 2
Resistance to Soldering
Heat 8.9 2
Resistance to Solvents 8.10 3
Latch Test 7.3 2
Cable Flex Test 7.4 4
Cable Pull Out 7.5 2
( A ) Condition samples with 10 cycles of durability
( B ) Testing to be done on loose piece (un-terminated) connector that has been exposed to high temperature life testing
( C ) Loose piece parts used for this testing
( D ) Condition samples with 5 cycles of durability
( E ) Test durability 7 days only
PDM: Rev:J Released .STATUS: Printed: May 06, 2010
PDM: Rev:K Released .STATUS: Printed: Nov 28, 2010
TYPE
PRODUCT SPECIFICATION
NUMBER
GS-12-130
(Was GES-12-130)
TITLE PAGE REVISION
16 of 16 K
AUTHORIZED BY DATE
USB + Power Product Specification
XK ZHANG 07/05/10
CLASSIFICATION
UNRESTRICTED
This document is the property of and embodies CONFIDENTIAL and PROPRIETARY information of FCI Electronics. No part of the information shown on this document may be used in
any way without the written consent of FCI Electronics.
Form E-3005
Rev A 02/12/01
V20603
GS-01-001
REVISION RECORD
REV PAGE DESCRIPTION EC # DATE
A All Released V81785 9/29/98
B All Removed group 7 from matrix
Renamed groups 8,9,10,11 to 7,8,9,10,
Decreased quantity of group 4 from 9 to 3
Paragraph 9.3 Quantities were Total Receptacles
63, Total plugs 68
V82003 11/04/98
C ALL Para. 7.1 Changed from >44.0 N to < 44.0 N
Para 7.1.2 Added without causing visible physical
damage to the receptacle.
V01739 08/03/00
D ALL Para 7.3.2 Added without causing visible physical
damage to the plug and receptacle. V01775 08/28/00
E ALL Guardian Site Transfer To Taiwan. T20205 08/14/02
F ALL Add Figure 3&4 to describe electrical test T20276 09/10/02
G ALL Update current rating T04-0101 03/05/04
H 3 5.4.1 Add “or 2,54um (100 µinches) minimum
matted tin for lead free part” N04-0072 10/21/04
3 5.4.2 Add “or 2,00um (75 µinches) minimum
matted tin for lead free part” N04-0072 10/21/04
3 Add 5.3.4 Insulator housings and covers of lead
free part N04-0072 10/21/04
3 Add 5.4.3 lead free plating N04-0072 10/21/04
3 Add 5.3.5 lead free part material N04-0072 10/21/04
J 2 4.1.1 Add engineering drawing 10063583 N06-0234 09/05/06
3 5.4.2 Add plating option: only nickel N06-0234 09/05/06
H 4 5.5.5 Change the storage temperature range from N10-0120 07/05/10
-40oC~~60oC to -55oC~~85oC.And change the
operating temperature range from 0oC~~40oC
to -55oC~~85oC.
PDM: Rev:J Released .STATUS: Printed: May 06, 2010
PDM: Rev:K Released .STATUS: Printed: Nov 28, 2010
