1.7mm pitch, Low Profile Wire-to-Board Connectors for Power Supplies
DF65 Series
(UL, C-UL, Listed)
Lock structure and operation
Socket
Latch
Header
Latches are deflected
slightly during mating.
Features
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1. Enhanced contact reliability and lock structure
The unique locking structure reinforces the
engagement between the wire side portion and
the header. This prevents the wire side from
becoming misaligned due to stress from poorly
routed wiring. (Fig.1) (Patented)
2. Vertical mating provides superior handling
The use of vertical mating style reduces
assembly time and maximizes precious board
space which gives designers more freedom
when designing other components on the PCB.
(Fig.2)
And snap back in when
mating is complete.
3. Highly reliable contact structure
The two point contact structure provides optimum
reliability, a low mated height of 1.8mm and an
effective mating length of 0.35mm.
A click feeling will be felt!
Fig.1
Vertical mating provides superior
operability and maximizes board space.
4. Increased cable retention
The header is designed to press the terminal
lance down during the mating operation; this
prevents the lance from moving and enhances
its strength.
Side view of the PCB
Vertical mating type
Vertical mating style allows other parts to be mounted.
(Enhances freedom in designing PCB)
5. High current of MAX 4A (24 AWG)
By utilizing highly conductive material for the
female terminals and suppressing the contact
resistance, the DF65 series can handle a
maximum of 4A with 24 AWG wire.
The mating face is easy to see,
resulting in proper insertion.
6. Solder wicking prevention
Molding is done in a way that removes the gap
between the contacts and the housing to prevent
wicking.
Unused, open area
Horizontal mating type
7. Prevents Accidental unmating
The molded structure is designed to prevent
accidental unmating due to poorly routed wiring
and harsh loads.
8. UL and C-UL Certified
The mating face can be hard to see,
which can lead to awkward insertion.
9. Glow Wire compliance
Fig.2
(Compliant with IEC 60695-2-11)
1
2016.3
②