CCM-J

Smart Card CCM-J T he CCMJ-014C-E with an ejector mechanism and landing system opens new opportunities for future on board applications. It offers higher reliability, durability, maximized space savings, and easy installation. This product delivers higher performance in the most compact, lower profile (4 mm height) design. Applications: • Access Control • Electronic Fund Transfer • Electronic Toll collection • Identification • Intelligent Transportation System For more information: www.ittcannon.com/cat213 Product Features • Landing Method, a Cannon patent, lifts the card to the contacts with a guaranteed connection and minimal wiping. The connector itself is highly durable and protects the IC card as well. The card is fully inserted into the connector. • Data Security – The sequential delay time • for card extraction between switch and contact is more than 10 ms. Easy installation – no soldering is necessary. Only a simple connection of FFC interface cable to the user’s interface connector. • Available with left side ejector button. • Reads cards of the ISO standard 7816 (full size smart card). Performance Specifications Card Detection Switch Card insertion: After IC card’s terminal is activated, the card detection switch indicates “off” more than 1 ms. Card ejection: When eject button is pushed, card detector is activated. Then required more than 10 ms delay time until contact is removed from IC card. 12 N min. 10 N max. 200,000 mating cycles 100 mΩ max. 10 µA min./1 A max. 500 V ac rms min. 1,000 MΩ min. 8 –30°C to 85°C (–22°F to 185°F) 6 per tray, 30 trays per box. 1 mΩ max. Peak value 20 g – Duration 6 ms, 3 shocks in each direction of each axis. Electrical discontinuity 1 µs max. Frequency 10 to 200 Hz, Acceleration 5 g (50.0 m/s2) constant, Logarithm sweep, sweep speed 10-200-10 Hz (15 min). Number of sweeps, vertical 8 cycles-2H, horizontal. 0.1 mA min./10 mA max. Frequency 33 Hz. Acceleration 6.8 g (66.6 m/s2) constant. Duration: vertical 8H, horizontal (left-right 2H) (forward-backward 2H). Dielectric discontinuity 1 µs max. Smart Card Card Ejector Button Push Force Card Insertion Force Connector Durability Contact Resistance Current Dielectric Strength Insulation Resistance Number of Circuits Operating Temperature Packaging Rc Card Detection Switch Shock Sweep Vibration Switch Current Rating Vibration Materials & Finishes Description Eject Mechanism Contact Material Stainless Steel Copper Alloy Finish — Gold Alloy inlay Please contact your local Cannon representative: www.ittcannon.com/suppor t/ContactUs Dimensions are shown in mm (inch) Dimensions subject to change T-06 Version 05.01.03 www.ittcannon.com