FDZ
CONNECTOR
2.54mm
(.100") pitch
Connectors for FPC and membrane switch leads
Features ––––––––––––––––––––––––
• Double-sided contact
The contact is double-sided, thus providing redundant and highly
reliable contact with FPC and membrane switch leads. This allows
greater freedom in specifying the membrane switch lead conducting
surfaces for use in keyboards.
• Zero insertion force and locking mechanism
A ZIF mechanism increases wear resistance and extends the
connector's mating life. The leads are securely connected by simply
moving the slide. This greatly reduces the damage to the conducting
surfaces of the leads. This mechanism is therefore ideal for silver-paste
carbon-printed pattern leads which are susceptible to wear.
The slide also has a hook to ensure secure contact and a tight hold.
• Temporary board retention feature
The contact solder tail has a board retention feature that allows the
connector to be temporarily held on the printed circuit board while it is
being soldered. As a result, the connector can be located accurately
in the finished product.
• Boss for polarity identification
The FDZ connector, a Zero Insertion Force
(ZIF) connector, was developed to connect
FPC and membrane switch leads. This
combination of features allows greater
freedom in internal wiring designs. No
force is required to insert the leads. Once
inserted, the leads are securely held and
locked by moving the slide. The contact is
double-sided to ensure greater reliability.
A boss (projection) on the bottom of the housing prevents improper
insertion in the printed circuit board and provides greater mounting
stability.
• Flux is not a problem
The bottom of the connector housing is raised 2.0mm (.079") from the
surface of the printed circuit board. This prevents flux being trapped
under the connector. In addition, the central section of the contact
has a special form that prevents flux from rising into the connector
due to capillary action.
Caution: Flux level should be lower than the printed circuit board.
Specifications –––––––––––––––––––
Tin-plated copper foil lead/1.0A AC, DC
Silver paste carbon-pinted lead/50mA AC, DC
• Voltage rating: 250V AC, DC
• Temperature range: -40˚C to +85˚C
(including temperature rise in applying
electrical current)
• Contact resistance: <Tin-plated copper foil lead>
lnitial value/30m Ω max.
After environmental testing/40m Ω max.
<Silver paste carbon-printed lead>
lnitial value/10 Ω max.
After environmental testing/15 Ω max.
• Insulation resistance:
1,000M Ω min.
• Withstanding voltage: 1,200V AC/minute
• Applicable FPC and membrane switch lead:
Lead pitch/2.54mm(.100")
Lead width/1.3mm(.051")
Mating part thickness/125 micron(.005")
• Applicable PC board thickness: 1.6mm(.063")
<Note
>
FPC to be actually used should be checked for applicability.
• Current rating:
* Contact JST for details.
Standards ––––––––––––––––––––––
0
1
Recognized E60389
Certified LR20812
421
FDZ
CONNECTOR
Connector –––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––
Top entry type (Before slide lock)
B
Hook
12.7(.500)
7.7(.303)
Circuits
5
6
8
Model No.
Top entry type Side entry type
05FDZ-BT
06FDZ-BT
08FDZ-BT
09FDZ-BT
10FDZ-BT
11FDZ-BT
12FDZ-BT
13FDZ-BT
17FDZ-BT
05FDZ-ST
06FDZ-ST
08FDZ-ST
09FDZ-ST
10FDZ-ST
11FDZ-ST
12FDZ-ST
13FDZ-ST
17FDZ-ST
Dimensions mm(in.)
A
10.16( .400)
12.70( .500)
17.78( .700)
20.32( .800)
22.86( .900)
25.40(1.000)
27.94(1.100)
30.48(1.200)
40.64(1.600)
B
23.56( .928)
26.10(1.028)
31.18(1.228)
33.72(1.328)
36.26(1.428)
38.80(1.528)
41.34(1.628)
43.88(1.728)
54.04(2.128)
Q'ty /
box
100
100
100
100
100
50
50
50
50
Boss
10.2(.402)
9
10
11
12
1.5
(.059)
3.5
(.138)
1.5
(.059)dia.
2.54(.100)
2.54
(.100)
0.6
(.024)
2.6
(.102)
5.3
(.209)
13
17
A
Material and Finish
Contact: Phosphor bronze, tin-plated
Housing: Glass-filled PBT, UL94V-0, black
Side entry type (After slide lock)
B
3.1
(.122) 7.7(.303)
1.5
(.059)
2.54
(.100)
5.3
(.209)
2.0
(.079)
1.5
(.059)dia.
2.54(.100)
2.6
(.102)
A
Lead section dimensions of FPC ––––––––––––––––––––––––––––––––––––––––––––
2.54
(.100)
(Number of circuits +1)x2.54(.100)
(Number of circuits -1)x2.54(.100)
2.54
1.3
3.81
(.100)
(.051)
(.150)
10.2(.402)
2.54
(.100)
75 to 200 micron
(recommendable
value: 125 micron)
1.2
(.047)
422
3.0
(.118)
5.0
(.197)
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