Dimensions are shown in mm
Dimensions subject to change
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Contacts Copper alloy
Plating Contact area : Gold alloy inlay
Terminals: Tin lead (2µ min)
Moldings High temp. thermoplastic UL 94V-0 rated
Spring Stainless steel
Card detection switch actuator Stainless steel
Number of Contacts 8
Mechanical life 500,000 cycles min
Card insertion force 10 N max
Card extraction force 1 N min / 10 N max
Contact force 0.25 N min / 0.5 N max
Card detection switch 0.8 N max for actuation (end travel switch
actuation force actuates when card is 1,0 mm from
card stop) 1.8 N max for complete depression
Vibration Frequency 10 to 500 Hz. Acceleration 50m/s
2
Duration 6 hours - amplitude 0,35 mm
Max electrical discontinuity 1µs
Shock Peak value 500 m/s
2
– Duration 11 ms
3 shocks in each direction of each axis
Max electrical discontinuity 1 µs
Insulation resistance 1,000 MΩ min
Resistance 100 mΩ max
Current rating 10 µA min / 1 A max
Dielectric strength 750 Vrms min
Card detection switch Normally open
Contact resistance 100 mΩ max
Dielectric strength 250 Vrms min
Current rating 1 mA min / 10 mA max
Maximum power 0.2 VA
Operating temperature -40°C to +85°C
Soldering temperature Temperature/time profile acc. to CECC00802
para. 6.1, Fig. 3 with peak temperature 250°C
Damp heat IEC 512 test number 11c (10 days)
Salt mist IEC 512 test number 11f (96 hours)
Card detection switch Sealed IP 54
30 per tray, 10 trays per box.
15
CCM02 MK II
The CCM02 MK II connectors with
landing contacts are dedicated for
applications where the reader usage is
high and the life span of the card is a
key consideration. A connector with
contacts which land on the card, rather
than slide over it, should be specified so
as to minimize card wear. The CCM02
has been redesigned to give an even
higher performance in a compact,
affordable package.
Features
• 500,000 card insertion cycles.
• The contacts do not touch the card
until it is almost fully inserted – A
minimal wiping action removes any
non-conductive material.
• The connector has been designed to
give a positive indication once the
card has been fully inserted.
• The reduced size of the contact base
saves PCB space, making the
connector more stable during surface
mounting, and creates an air gap
between the contacts and card entry
slot, which reduces the risk of an
electrostatic transfer to the PCB.
• For added reliability, the integrated card
end-travel switch, which is normally
open, is sealed against dust and grit.
• By using an inlay finish in the contact
area, the life of the precious metal is
extended by more than 10 times that
of standard gold plating.
• The contact area is spooned to reduce
the risk of accidental (or deliberate)
damage and to optimize the electrical
connection with the card.
• Snap-locks underneath the molding
position and hold the connector on
the PCB, and give additional support
to the contact terminals.
• The plastic moldings are made from a
high temperature thermoplastic suited
for infrared and convection soldering
processes.
EMV
TM
is a trademark owned by EMVCoLLC.
Part Number Number of Termination PCB Packaging
Contacts Tails Design Locating Multiple
CCM02-2503 8 Through Hole
4 Board Lock (PCB 1.6 mm thick)
300
CCM02-2504 8 SMT
4 Board Lock (PCB 1.6 mm thick)
300
CCM02-2508 8 SMT 2 Pegs 300
CCM02-2511 8 Through Hole 4 Pegs 300
CCM02-2512 8 SMT 4 Pegs 300
CCM02-2758 8 SMT 2 Pegs (without cover) 300
CCM02-2763 8 SMT 4 Board Lock + 2 Pegs 300
CCM02-2765 8 Through Hole 4 Board Lock (PCB 1mm thick) 300
CCM02-2766 8 SMT 4 Board Lock (PCB 1mm thick) 300
Construction
Mechanical Data
Contact Electrical Data
Switch Electrical Data
Environmental Data
Ordering Code
Packaging
EMV
TM
compatible
