Yamaichi NFP-64G-0100BF Idc transition header (1.27mm pitch) Datasheet

NF Series
IDC Transition Header (1.27mm Pitch)
Part Number (Details)
Specifications
Insulation Resistance:
Withstanding Voltage:
Contact Resistance:
Current Rating:
Operating Temp. Range:
Soldering Temperature:
1,000MΩ min. at 500V DC
500V AC rms for 1 minute
15mΩ max. at 10mA
1A
–20°C to +85°C
260°C / 5 sec.
NFP
-
10G - 0100
BF
Series (plug)
No. of Leads
Type of Plating:
Materials and Finish
Housing: PBT (glass filled), UL 94V-0 rated
Contacts: Beryllium Copper
Plating: Au over Ni
Base
Mating Face
Solder Terminals
BF
Ni 2.5~4.5µm
Au 0.3µm min.
Au 0.05µm min.
FF
Ni 2.5~4.5µm
Au 0.5µm min.
Au 0.05µm min.
Applicable Cables
Features
Contact pitch 1.27mm connectors for high-density mounting
Variations include cable connection and board-to-board
connection types
Unique three-fork contact of IDC type allows termination of
0.635mm pitch flat cable
AWG 30 stranded wire, AWG 30 solid wire,
0.635mm pitch (e.g. FLEX-*S, see Section E)
Jigs and Tools
Hand press: FX-003
Applicable jig: NFG-105
Platen: Standard platen
Outline Dimensions
View ‘A’
Recommended PCB Layout
Top View from Socket
View ‘A’
Standard types
Part Number
No. of
Leads
A
NFP-10G-0100BF
NFP-16G-0100BF
NFP-20G-0100BF
NFP-20G-0100FF
NFP-26G-0100BF
NFP-26G-0100FF
NFP-34G-0100BF
NFP-34G-0100FF
NFP-40G-0100BF
NFP-40G-0100FF
10
16
20
20
26
26
34
34
40
40
11.08
14.89
17.43
17.43
21.24
21.24
26.32
26.32
30.13
30.13
B
5.08
8.89
11.43
11.43
15.24
15.24
20.32
20.32
24.12
24.12
Part Number
No. of
Leads
NFP-50G-0100BF
NFP-50G-0100FF
NFP-60G-0100BF
NFP-64G-0100BF
NFP-64G-0100FF
NFP-80G-0100BF
NFP-80G-0100FF
NFP-100G-0100BF
NFP-100G-0100FF
50
50
60
64
64
80
80
100
100
A
B
36.48
36.48
42.83
45.37
45.37
55.53
55.53
68.23
68.23
30.48
30.48
36.83
39.37
39.37
49.53
49.53
62.23
62.23
For the following versions below please contact Yamaichi, minimum order quantity may be required
NFP-10G-0100FF
NFP-16G-0100FF
NFP-60G-0100BF
Sockets and Connectors
10
16
60
11.08
14.89
42.83
5.08
8.89
36.83
SPECIFICATIONS AND DRAWINGS ARE SUBJECT TO ALTERATION WITHOUT PRIOR NOTICE - DIMENSIONS IN MILLIMETER