NUMBER
TYPE
GS-12-598
TITLE
PRODUCT SPECIFICATION
PAGE
REVISION
1mm CONTACT SPACING FPC CONNECTOR
(HFW_ _R-1/2ST_ _ _HLF)
1 of 10
AUTHORIZED BY
DATE
C
28 MAY 2012
S.Watanabe
CLASSIFICATION
UNRESTRICTED
1. SCOPE
This specification covers the requirements for the connector (HFW_ _ R-1/2STA _ _ HLF) which the edge
of 1mm spacing FPC(Flexible Printed Circuit) and FFC(Flexible Flat Cable) are inserted into directly and
connected to and which copes with automatic mounting and SMT.
2. APPLICABLE STANDARDS
JIS C 5402
Method for Test of Connectors for Electronic Equipment
JIS C 0806
Packaging of Electronic Components on Continuous Tapes
(Surface Mount Components)
UL - 94
TESTS FOR FLAMMABILITY OF PLASTIC MATERIALS FOR PARTS
IN DEVICES AND APPLIANCES
3. CATALOG NO. STRUCTURE
HFW
Series
Number of Contacts
Right Angle
For FPC/FFC, Contact direction
1: Lower contact type
2: Upper contact type
Cope with automatic mounting & SMT
Gold Plating
A : Gold plating
B : Selective Gold plating
Plastic Tape Packaging
Halogen and Lead Free
4. CONNECTOR SHAPE, DIMENSIONS AND MARTERIALS
Refer product drawings.
5. ACCOMMODATED CONDUCTORS (FPC)
Refer product drawings.
6. PACKAGING CONDITION
Refer product drawings.
7. RECOMMENDED MOUNTING PATTERN DIMENSIONS
Refer product drawings.
8. RATING
8-1. Voltage: A.C. 100V
8-2. Current : A.C. 1A
8-3. Operating Temperature
Copyright FCI
Form E-3334
Rev F
GS-01-001
20
R - 1
ST
A
E1
HLF
PDS: Rev :C
D.C. 100V
D.C. 1A (Refer to the following note.)
: -55°C ~ +105°C (Including terminal temperature rises)
STATUS:Released
Printed: May 30, 2012
NUMBER
TYPE
GS-12-598
TITLE
PRODUCT SPECIFICATION
PAGE
REVISION
1mm CONTACT SPACING FPC CONNECTOR
(HFW_ _R-1/2ST_ _ _HLF)
2 of 10
AUTHORIZED BY
DATE
C
28 MAY 2012
S.Watanabe
CLASSIFICATION
UNRESTRICTED
PDS: Rev :C
Copyright FCI
Form E-3334
Rev F
STATUS:Released
Printed: May 30, 2012
GS-01-001
NUMBER
TYPE
GS-12-598
TITLE
PRODUCT SPECIFICATION
PAGE
REVISION
1mm CONTACT SPACING FPC CONNECTOR
(HFW_ _R-1/2ST_ _ _HLF)
3 of 10
AUTHORIZED BY
DATE
C
28 MAY 2012
S.Watanabe
CLASSIFICATION
UNRESTRICTED
NOTE
Allowable maximum current for one contact is 1A. Total allowable current for a whole connector is the
value which is shown in the following figure.
6
5
Total 4
Current 3
(A)
2
1
0
0
2
4
6
8 10 12 14 16 18 20 22 24 26 28 30
Number of contacts of the connector
9. PERFORMANCE CHARACTERISTICS
9-1. Electrical Performance
No.
Test Item
Test Method
1) Measure contact resistance
between V
1
-V
2
by voltage drop
method using the following circuit
by mating accommodated
conductor specified in clause 5
after reflow soldering the connector
on the P.C.B.
9-1-1
Contact
resistance
Requirements
1) Initial value: Less than 30mΩ
2) Contact resistance after the test
is in accordance with the value
specified in each test item.
9-1-2
Insulation
resistance
9-1-3
Dielectric
withstanding
voltage
2) Open circuit voltage :
Less than A.C. 20mV
3) Test current : Less than A.C. 20mA
1) Measure insulation resistance
between adjacent contacts in a
connector individual.
2) Test voltage : D.C. 500V
3) Read value one minute after
applying test voltage.
1) For one minute, apply A.C. 500V
between adjacent contacts in a
connector individual.
2) Set current : A.C. 1mA
1) More than 500MΩ
1) Free from any short circuit and
insulation breakdown.
PDS: Rev :C
Copyright FCI
Form E-3334
Rev F
STATUS:Released
Printed: May 30, 2012
GS-01-001
NUMBER
TYPE
GS-12-598
TITLE
PRODUCT SPECIFICATION
PAGE
REVISION
1mm CONTACT SPACING FPC CONNECTOR
(HFW_ _R-1/2ST_ _ _HLF)
4 of 10
AUTHORIZED BY
DATE
C
28 MAY 2012
S.Watanabe
CLASSIFICATION
UNRESTRICTED
9-2. Mechanical Performance
No.
Test Item
Test Method
Requirements
1) Measure contact resistance before 1) Initial contact resistance:
and after the test by the method in
Less than 30mΩ
clause 9-1-1 by using the
2) Contact resistance after
accommodated conductor specified
the test: Less than 50mΩ
Durability
in clause 5.
9-2-1
(Insertion and
3) Free from any defect such as
extraction)
2) Number of insertion and extraction:
break etc. on the connector and
30 times.
the conductor.
3) Speed of insertion and extraction:
Less than 10 times per minute.
JIS C 60068-2-6 (IEC60068-2-6)
1) Frequency range : 10 ~ 500Hz
2) Amplitude : 0.75mm
or Acceleration : 100m/s
2
3) Sweep rate : 1 octave / minute
4) Kind of test : Sweep endurance test
5) Test time : 10 cycles
1) During the test, no circuit
opening for more than 1µs
2) Free from any defect such as
break, deformation, loosing
and falling off etc. on each
portion of the connector.
9-2-2
Vibration
(Sinusoidal)
PDS: Rev :C
Copyright FCI
Form E-3334
Rev F
STATUS:Released
Printed: May 30, 2012
GS-01-001
NUMBER
TYPE
GS-12-598
TITLE
PRODUCT SPECIFICATION
PAGE
REVISION
1mm CONTACT SPACING FPC CONNECTOR
(HFW_ _R-1/2ST_ _ _HLF)
5 of 10
AUTHORIZED BY
DATE
C
28 MAY 2012
S.Watanabe
CLASSIFICATION
UNRESTRICTED
9-3. Environmental Performance
No.
Test Item
Test Method
JIS C 60068-2-78 (IEC60068-2-78)
1) Measure contact resistance before
and after the test by the method in
clause 9-1-1 by using the
accommodated conductor
specified
in clause 5.
2) Measure insulation resistance after
the test by the method in clause 9-
1-2.
9-3-1
Damp heat
(Steady state)
3) Bath temperature : 40°C
4) Bath humidity : 90~95%
(Relative humidity)
5) Period of exposure : 48 hours
6) Expose conductor and connector
after mating them (Without
insertion and extraction) and dry
them naturally after posttreatment.
JIS C 60068-2-11 (IEC60068-2-11)
1) Measure contact resistance before
and after the test according to the
method in clause 9-1-1 by using
accommodated conductor specified
in clause 5.
2) Salt solution concentration : 5%
3) Period of exposure : 48 hours
4) Expose conductor and connector in
mated condition and dry them
naturally after post treatment.
(24 hours)
Requirements
1) Initial contact resistance:
Less than 30mΩ
2) Contact resistance after
the test: Less than 50mΩ
3) Insulation resistance after the
test: More than 100MΩ
1) Initial contact resistance
Less than 30mΩ
2) Contact resistance after
the test: Less than 50mΩ
9-3-2
Salt spray
PDS: Rev :C
Copyright FCI
Form E-3334
Rev F
STATUS:Released
Printed: May 30, 2012
GS-01-001
微控制器 MCU
