
D19
1.27 Pitch Coaxial Ribbon Cable Connector
HIF6R Series
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Features
1.Coaxial Ribbon Cable Connector
Assemble 1.27mm pitch coaxial ribbon cable AWG#30 in
insulation displacement at a time. Usable cable
characteristic impedance is 50
ohms
.
2. Compatibility
The pin header side is HIF3 series.
3. Short Preventive Mechanism
The socket side is equipped with a convex portion in order
to prevent false-insertion.
Note 1: Includes temperature rise caused by current flow.
Note 2: The term "storage" refers to products stored for long period of time prior to mounting and use. Operating Temperature Range and
Humidity range covers non conducting condition of installed connectors in storage, shipment or during transportation.
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Applications
Computers, peripheral and terminal equipment,
communication transmission equipment, medical
electronic apparatuses, measuring instruments, other
various office automation machines, etc.
Connection Type
Applicable Coaxial Ribbon Cable
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Product Specifications
Rating
Current rating: 0.5A
Voltage rating: 30V AC
Operating Temperature Range:-55 to +85
(Note 1)
Operating Humidity Range:40 to 80%
Storage Temperature Range:-10 to +60
(Note 2)
Storage Humidity Range: 40 to 70%
250V DC
300V AC/1 minute
0.1mA
Frequency: 10 to 55 Hz, single amplitude of 0.75 mm, 2 hours in each of the 3 directions.
96 hours at temperature of 40 and humidity of 90% to 95%
Flow: 260 for 10 seconds
Manual soldering: 300 for 3 seconds
500 cycles
(-65
: 30 minutes
15 to 35
: 5 minutes max.
125
: 30 minutes
15 to 35
: 5 minutes max.)5 cycles
Item
7.Durability
(Mating/un-mating)
8.Resistance to
Soldering heat
6.Temperature Cycle
Specification
No deformation of
components affecting performance.
Contact resistance: signal: 30m
ohms
max
No damage, cracks, or parts looseness.
Condition
1.
Insulation Resistance
2.
Withstanding voltage
3.Contact Resistance
4.
Vibration
5.
Humidity (Steady state)
1000M
ohms
min.
No flashover or insulation breakdown.
30m
ohms
max.
No electrical discontinuity of 1μs or more
Insulation resistance: 1000M
ohms
min.