Fiche technique pour 206107-0001 Prod Spec de Molex

molex TOC
PRODUCT SPECIFICATION
TOC
REVISION:
ECR/ECN INFORMATION:
USB 2.0 to Pico-lock assembly
SHEET No.
A
EC No:
1 of 6
DATE:
DOCUMENT NUMBER:
CREATED / REVISED BY:
CHECKED BY:
APPROVED BY:
PS-206107-0001
CISSY WANG
LIU LIHUA
FRED NIE
FILENAME: PS75431r0.DOC
Molex is a registered trademark of Molex, LLC in the United States of America and may be registered in other countries; all other trademarks listed herein belong to their respective owners.
TITLE
USB 2.0 to Pico-lock cable assembly
molex TOC
PRODUCT SPECIFICATION
TOC
REVISION:
ECR/ECN INFORMATION:
USB 2.0 to Pico-lock assembly
SHEET No.
A
EC No:
2 of 6
DATE:
DOCUMENT NUMBER:
CREATED / REVISED BY:
CHECKED BY:
APPROVED BY:
PS-206107-0001
CISSY WANG
LIU LIHUA
FRED NIE
FILENAME: PS75431r0.DOC
Molex is a registered trademark of Molex, LLC in the United States of America and may be registered in other countries; all other trademarks listed herein belong to their respective owners.
Table of Contents
1.0 SCOPE
2.0 PRODUCT DESCRIPTION
3.0 PRODUCT SPECIFICATIONS
3.1 Rating voltage
3.2 Rating current
3.3 Temperature
4.0 QUALIFICATION
5.0 PERFORMANCE
5.1 Electrical characteristics
5.2 Mechanical characteristics
5.3 Environmental characteristics
molex TOC
PRODUCT SPECIFICATION
TOC
REVISION:
ECR/ECN INFORMATION:
USB 2.0 to Pico-lock assembly
SHEET No.
A
EC No:
3 of 6
DATE:
DOCUMENT NUMBER:
CREATED / REVISED BY:
CHECKED BY:
APPROVED BY:
PS-206107-0001
CISSY WANG
LIU LIHUA
FRED NIE
FILENAME: PS75431r0.DOC
Molex is a registered trademark of Molex, LLC in the United States of America and may be registered in other countries; all other trademarks listed herein belong to their respective owners.
1.0 SCOPE
This specification covers the requirements for USB 2.0 to Pico-lock Cable Assy.
2.0 PRODUCT DESCRIPTION
See the sales drawing for product shape; dimension and materials, the other section of this specification for the
necessary referenced document and specification. The part number serial covered in this specification are as
follow table:
Molex Series Detail
206107 USB 2.0 to Pico-lock cable assembly
3.0 PRODUCT SPECIFICATIONS
3.1 Rated voltage (Maximum): 30V DC
3.2 Rated current (Maximum): 1.0A for power wire
0.5A for signal wire
3.3 Temperature
Operating temperature range: 0°C to +50°C
Storage temperature range: -20°C to +60°C
4.0 QUALIFICATION
Laboratory conditions and sample selection are in accordance with EIA-364-1000.01
molex TOC
PRODUCT SPECIFICATION
TOC
REVISION:
ECR/ECN INFORMATION:
USB 2.0 to Pico-lock assembly
SHEET No.
A
EC No:
4 of 6
DATE:
DOCUMENT NUMBER:
CREATED / REVISED BY:
CHECKED BY:
APPROVED BY:
PS-206107-0001
CISSY WANG
LIU LIHUA
FRED NIE
FILENAME: PS75431r0.DOC
Molex is a registered trademark of Molex, LLC in the United States of America and may be registered in other countries; all other trademarks listed herein belong to their respective owners.
5.0 PERFORMANCE
5.1 ELECTRICAL CHARACTERISTICS
Test
Description
Test Condition
Performance Requirement
Low Level
Contact
Resistance
(LLCR)
(USB end)
EIA 364-23
The low level contact resistance (LLCR)
measurement is made across the plug and
receptacle mated contacts and does not
include any internal paddle cards or
substrates of the plug or receptacle. The test
boards shall be provided with the connectors
to be tested.
Measure at 20 mV (max) open circuit at 100
mA.
The following requirements apply to the power and
signal contacts:
30mΩ(max) initial
10 mΩ maximum change for post test LLCR
Insulation
Resistance
Test voltage=300±30V DC
Mate/Un-mate connector, apply 300(Type A)
VDC adjacent terminals or ground.
(EIA-364-21)
20M ohms Min.
Between adjacent contacts and contacts and shell
Dielectric
Withstanding
Voltage
Test voltage 100 VAC,1 Min. (EIA-364-20)
No breakdown
Cable
Assembly
Voltage
Drop
The maximum rated VBUS current of the
cable assembly shall be used.
The measurement includes representative
receptacles at both ends of the cable
assembly, mounted on test fixtures.
5V nominal at 500mA.
125mV max drop across power pair from pin to pin.
Cable
Impedance
(USB end)
Connect the cable to test fixture, measure by
TDR.
Measurement configuration is on next page.
Calculates by cable impedance=(2n rate +5n
rate)/2
USB 2.0 spec.
1.Differential impedance (rt=200ps 10~90%)
76.5 Ohm to 103.5 Ohm
2.Com. Impedance(rt=200ps 10~90%))
21 Ohm to 39 Ohm
Attenuation
(USB end)
Connect connector to attenuation test fixture,
measure by network Analyzer. Measurement
configuration is next page.
-1.90 dB Max @ 100.0 MHz
-3.20 dB Max @ 200.0 MHz
-5.80 dB Max @ 400.0 MHz
Propagation
Delay
(USB end)
Connect the cable to test fixture, measure by
TDR.
Measurement configuration is next page.
26.0ns/cable max.
molex TOC
PRODUCT SPECIFICATION
TOC
REVISION:
ECR/ECN INFORMATION:
USB 2.0 to Pico-lock assembly
SHEET No.
A
EC No:
5 of 6
DATE:
DOCUMENT NUMBER:
CREATED / REVISED BY:
CHECKED BY:
APPROVED BY:
PS-206107-0001
CISSY WANG
LIU LIHUA
FRED NIE
FILENAME: PS75431r0.DOC
Molex is a registered trademark of Molex, LLC in the United States of America and may be registered in other countries; all other trademarks listed herein belong to their respective owners.
Propagation
Delay Skew
(USB end)
Connect the cable to test fixture, measure by
TDR.
Measurement configuration is next page.
USB 2.0 spec.
100ps/ cable max
5.2 MECHANICAL CHARACTERISTICS
Test Description
Test Condition
Performance Requirement
Appearance
(cable assy’)
EIA 364-18
Visual, dimensional and functional
inspection in accordance with the USB
quality inspection plans
Must meet the minimum requirements specified by
the most current version of specification.
Cable Flexing
(USB end)
EIA 364-41, Condition I
Weight :200g
Angle:±90 degree
Speed :13 cycles/minute
Flexing:100cycles.
No physical damage and discontinuity over
1 microsecond during flexing shall occur to the
cable assembly
Mating Force
EIA 364-13
The mating force test shall be done at a
maximum rate of 12.5 mm (0.492") per
minute.
USB end
35N maximum
(No burs or sharp edges are allowed on
top of locking latches)
Pico-lock end
15 Newtons Maximum
(Insert and withdraw connectors 30 cycles
repeatedly)
Un-mating Force
EIA 364-13
The un-mating force test shall be done at
a maximum rate of 12.5 mm (0.492") per
minute.
USB end
10 Newtons minimum at a maximum rate of
12.5 mm (0.492”) per minute.
USB end
1.1 Newtons Minimum
(Insert and withdraw connectors 30 cycles
repeatedly)
Cable Pull-Out
(USB end)
EIA 364-38 Test Condition A
The cable assembly shall is subjected to
a 40N axial load for a minimum of 1
minute while clamping one end of the
cable plug.
No visible physical damage and no electrical
discontinuity over 1 microsecond to the cable
assembly.
molex TOC
PRODUCT SPECIFICATION
TOC
REVISION:
ECR/ECN INFORMATION:
USB 2.0 to Pico-lock assembly
SHEET No.
A
EC No:
6 of 6
DATE:
DOCUMENT NUMBER:
CREATED / REVISED BY:
CHECKED BY:
APPROVED BY:
PS-206107-0001
CISSY WANG
LIU LIHUA
FRED NIE
FILENAME: PS75431r0.DOC
Molex is a registered trademark of Molex, LLC in the United States of America and may be registered in other countries; all other trademarks listed herein belong to their respective owners.
Durability or
Insertion/Extraction
Cycles
(USB end)
EIA 364-09
Cycle rate of 500 cycles per hour if done
automatically and 200 if manual cycle
1,500 cycles minimum.
Conductor resistance and dielectric
withstanding voltage shall be checked to be
within spec after the durability cycles
5.3 ENVIRONMENTAL CHARACTERISTIC
Test
Description
Test Procedure
Performance Requirement
Temperature
Life
The object of this test procedure withstand
The temperatures -20ºC±2/48 hours and
60 ºC±2/48 hours with applied voltage.
No physical damage and product function is good
Salt Spray
(USB end)
Mate connector and expose to the following
salt mist condition. Upon completion of the
exposure period, salt deposits shall be
removed by a gentle wash or dip in running
water, after which the specified
measurements shall be performed.
Nacl solution:
Concentration: 5%±1%.
Spray time: 24h±1h.
Ambient Temperature: 35 ºC ±2ºC.
EIA-364-26
Appearance
No Damage
Contact
Resistance
Change form initial
requirement :
Contact:30 milliohm
Max.
Shell:50 milliohm
Max.